AEROSPACE SINGAPORE January - April 2016 by Paul & Marigold

VO L 9 / N O . 1 / 2016

A regional publication of the Association of Aerospace Industries (Singapore) MCI 114/06/2015

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Inside >>

SINGAPORE PAVILION @ SINGAPORE AIRSHOW 2016 SPECIAL SUPPLEMENT

AEROSPACE SINGAPORE

Flight innovations gaining altitude

JANUA RY-AP RI L

AeroNews SG

ST Electronics Launches TeLEOS-1

InFocus

Embraer KC-390

InProfile

Boeing: Crafting the Ultimate Inflight Experience

AeroStyle

No Flight of Fancy

MESSAGE

The Future of Flight Travel and Aerospace MRO

ith the new year off to a great start, it is an opportune moment to take a look at the emerging technologies and trends coming up in the aviation and aerospace industries. In this issue of Aerospace Singapore, we seek to understand the needs and development of the sector, and what could transpire for airport operators, airlines and travellers in future. By 2019, Asia Pacific is expected to receive 345 million international arrivals, driven by improved flight connectivity, investment in infrastructure, online and

mobile sales. Projections by the International Air Transport Association show that passenger numbers are expected to reach 7 billion by 2034 with routes to, from and within the Asia Pacific seeing an extra 1.8 billion annual passengers, for an overall market size of 2.9 billion. Comparing with other regions, the APAC region will increase to 42 percent of global passenger traffic and its annual average growth rate of 4.9 percent will be the joint-highest with the Middle East. As travellers’ demands change according to their habits on land, airport and airline operators are turning to innovative ways to keep up with consumers’ wants. The next generation of travel and the technology that powers it will focus on three key factors – personalisation, connectivity and sustainability. Passengers can look forward to a more seamless, responsive and personalised travel experience integrating wearable technology, virtual reality, and biometrics among others. The growing Asian aircraft fleet and expansion of aviation infrastructure would also lead a corresponding increase for MRO and other auxiliary services. MRO providers need to invest in new capabilities over the next few years as manufacturers deliver next generation aircraft and engines. The use of big data in the aviation industry will become pervasive, with the rise of aircraft health monitoring and predictive maintenance systems. The way MRO providers manage aircraft maintenance will also change with wearable and other new repair technologies, including additive manufacturing. Amidst these exciting development, the Singapore Airshow returns from 16 to 21 February with a renewed focus on driving global aviation industry trends and the adoption of emerging technologies. The fifth edition airshow will see participation of over 1,000 companies from some 50 countries. Aerospace Singapore will take this opportunity to whet our readers’ appetite with a special Interactive Digital Edition. I hope you enjoy this issue and have an exciting 2016! philip quek / President, AAIS

January - April

CONTENTS VOL 9 / NO.1 / 2016

AERONEWS

04 Gulfstream GV and GIV Approved For Cabin Connectivity Upgrade AERONEWS SINGAPORE

07 BOC Aviation Places Order for 30 Airbus A320 Family Aircraft

FEATURE

Flight innovations gaining altitude The aviation industry takes flight with new technologies and inventions

INFOCUS

Carving a niche – Excel Aerospace The company specialises in aircraft cabin interior works, modification and upgrades

Embraer KC-390 A tactical transport aircraft that is a project of the Brazilian Air Force

Get connected! Adaptive and RIMOWA are set to transform the travellers’ experience INPROFILE

Connecting Far and Wide Deepak Mathur of SES talks about the growing demand of inflight connectivity

Crafting the ultimate inflight experience Boeing’s Blake Emery shares what makes a great cabin interior

Cover photo: Courtesy of Aerion Corporation

AEROEDU/YOUTH

Giving Youths a Hands-on Experience with Aerospace Technologies SUTD offers a multidisciplinary curriculum with handson projects and research

RMIT University ties up with kaplan Discover the Mechanical and Aerospace Engineering degree programmes in this partnership

ready for takeoff!

AAIS MANAGEMENT COMMITTEE 2015-2017

PUBLISHER

1st Vice President Jeffrey Lam ST Aerospace Ltd

Association of Aerospace Industries (Singapore)

2nd Vice President Ho Tin Pau Rolls-Royce Singapore Pte Ltd

Director, Sales & Marketing / Head, Publications Agnes Chua agneschua@aais.org.sg

Honorary Secretary Steven Pearson Aviall Pte Ltd Honorary Treasurer Chow Kok Wah Singapore Institute of Aerospace Engineers Assistant Honorary Secretary Lim Hee Joo Wah Son Engineering Pte Ltd

AEROSTYLE

Assistant Honorary Treasurer Jimson Ngiam Thales Solutions Asia Pte Ltd

See cool examples of autonomous cars from Mercedes-Benz, Audi and Nissan AAIS

44 A roundup of recent happenings at the Association

Philip Ang Vector Aerospace Asia Pte Ltd

President Philip Quek SIA Engineering Company Ltd

Students from the Nanyang Polytechnic successfully built an aircraft from scratch

No flight of fancy

Thomas Kennedy SR Technics Singapore Pte Ltd

Committee Members Lien Whai Cheng Coway Engineering & Marketing Pte Ltd Philip Sung Esterline Sensors Services Asia Pte Ltd Steve Price International Engine Component Overhaul Pte Ltd

Assistant Manager, Corporate Communications Ann Majid ann@aais.org.sg

EDITORIAL & DESIGN

Managing Director Arvind Pasricha Mobile: +65 9189 9672 arvind@paulandmarigold.com www.paulandmarigold.com Director of Advertising Sales Melissa Yeo Editor Gwen Ong

Ekkehard Pracht Liebherr-Singapore Pte Ltd

Contributors Danny Tan

Fergus Lopez Parker Aerospace

Art Director Arul Devadawson

Co-opt Committee Members Prof Graham Hunt Embry Riddle Aeronautical University

Designer Hafiz Zakaria Photography AEROPHOTOWORKS

ASSOCIATION OF AEROSPACE INDUSTRIES (SINGAPORE) 4 Changi South Lane , #07-01A, AAIS AeroHub Nan Wah Building, Singapore 486127 Tel: 65 6922 1788 • Fax: 65 6783 9129 www.aais.org.sg • www.facebook.com/aero.sg All rights reserved. Copyright 2016. Reproduction in whole or part of the magazine is strictly prohibited without the expressed permission of the publisher. The views of the contributors are entirely their own and do not necessarily represent those of the AAIS or the management committee. AAIS does not endorse any products and services featured in the magazine’s advertisements except those in its own advertisements. AEROSPACE Singapore is printed by Atlas Cetak (M) Sdn Bhd (97608-x) MCI 114/06/2015

AeroNews

Gulfstream GV and GIV Approved For Cabin Connectivity Upgrade

Gulfstream Aerospace Corp. announced it has received approval from the US Federal Aviation Administration (FAA) to install the Gogo Business Aviation UCS 5000 smart cabin system on Gulfstream GV and GIV aircraft.

“T

his cabin connectivity and entertainment enhancement significantly enriches the passenger experience in the GV and GIV,” said Mike West, Vice President, Product Support Sales and New Business Development, Gulfstream. “Most notably, passengers will have access to an inflight entertainment service – Gogo Vision – that delivers regularly updated on-demand movies and television shows to any personal electronic device in the cabin. UCS 5000 interfaces with Iridium and SwiftBroadband systems. The new equipment’s smart router provides wireless service to multiple users with a single log-on, manages multiple data networks and supports Gogo Text & Talk, a service that enables passengers

to use their smartphones for calling and texting in flight with their own mobile number, in conjunction with Gogo’s ATG 4000 or ATG 5000 inflight Internet system. As a full-function media server, UCS 5000 provides access to the Gogo Vision library of approximately 200 movies and TV shows. This service is activated by purchasing a software key. Operators who elect to use Gogo Vision can update content manually using a USB drive or wirelessly through Gogo Cloud service, which is available at select fixed-based operators in the US. Gulfstream is pursuing similar supplement type certificates from the FAA to begin offering UCS 5000 to G550 and G450 aircraft in 2016.

Aerospace Singapore

Bohai Leasing Completes Acquisition of Avolon

volon Holdings, the international aircraft leasing company, announced the completion of its merger agreement with Chinese-firm, Bohai Leasing. As a wholly-owned subsidiary of Bohai, Avolon’s shares have ceased trading on the New York Stock Exchange. Avolon will be the core aircraft leasing brand for Bohai Leasing and its parent, HNA Group, and assumes management of the Hong Kong Aviation Capital (HKAC) business, another Bohai subsidiary. As of December 2015, Avolon’s owned, managed and committed fleet, together with HKAC fleet, comprises 420 aircraft with an average aircraft age of 3.2 years and a value of US$22 billion (approx. S$32 billion) serving 67 customers in 36 countries. Avolon’s pro-forma fleet includes direct orders from manufacturers for new technology aircraft, including 105 Airbus neo aircraft (A320 family and A330); 20 Boeing 737 MAX aircraft and 6 Boeing 787-9 aircraft. Avolon, together with HNA Group and Bohai’s other aircraft leasing interests, comprises a total fleet of more than 500 aircraft – the world’s fourth largest aircraft leasing business by asset value.

China’s Juneyao Airlines Selects Thales’s Avionic Suite for Its New Airbus Fleet Juneyao Airlines, one of the fastest-growing regional airlines in China operating out of Shanghai has selected Thales’s avionics suite for its new Airbus A320 Family fleet. With its name translating into ‘Auspicious Airlines’, the carrier operates out of both Hongqiao and Pudong airports, thereby serving the whole of the Shanghai Metroplex.

he contract signed with Thales will equip an initial 17 Airbus single aisle aircraft with the Thales Flight Management System (FMS), the navigation solution of choice for Airbus aircraft in China1, alongside the THALES/ACSS T3CAS surveillance platform2, the preferred solution for all Airbus aircraft in the world. The new fleet will also feature the Low Range Radio Altimeter (LRRA) and Emergency Location Transmitters (ELT). Juneyao has been flying T3CAS on their existing fleet and have enjoyed the benefits of a performance-based Terrain

Awareness Warning System (TAWS). In addition, Juneyao is also equipped with Airbus ATSAAIRB (Enhanced Air Traffic Surveillance). “The confidence Juneyao has placed in us is extremely important to our strategy here in China. With Thales employing over 1,000 employees in the country, 95 percent of whom are Chinese citizens, China remains one of our most important growing markets. Competition for the growing client base here is fierce and each new contract is very important,” said Daniel Malka, Vice President and General Manager of Thales Avionics Services Worldwide.

January - April

TAI and LHTEC Sign Contract for CTS800 Engine

urkish Aerospace Industries (TAI) and the Light Helicopter Turbine Engine Company (LHTEC), a 50-50 partnership between Honeywell International Inc and Rolls-Royce, have signed an agreement to supply CTS800 turboshaft engines for the Turkish Light Utility Helicopter, a programme of the Undersecretary for Defense Industry since September 2013. The agreement, which confirms a Memorandum of Understanding signed at 2015’s Paris Air Show, consists of a five-year development programme to integrate and certify the CTS800-4AT engine model on the Turkish Light Utility Helicopter (TLUH) platform. The agreement is expected to result in a production programme that will provide helicopters to the local Turkish military and civil market, as well as globally. With the CTS800, operators will benefit from a proven commercial and military propulsion system that expands mission range and payload. For delivery in 2020, TAI will design a 5-ton, twin-engine utility helicopter equipped with the CTS800, the same engine model that powers the T129 ATAK helicopters currently in use by the Turkish Land Forces. With almost a quarter of the Turkish gross domestic product stemming from its manufacturing sector, the TLUH programme brings significant potential for domestic Turkish suppliers to provide manufacturing and support for both the production programme and engine development. By working directly with local vendors, the CTS800 global support network will help create further job opportunities that match local skills with domestic work demand.

AeroNews

Boeing & ANA Celebrate Airline’s 100,000th 787 Dreamliner Flight Boeing and ANA (All Nippon Airways) celebrated the airline’s 100,000th revenue flight with the 787 Dreamliner during a gate ceremony at Sea-Tac International Airport. The milestone marks yet another record for ANA as it becomes the first airline in the world to reach 100,000 787 flights.

“T

he 787 Dreamliner has played an important role especially in forming the backbone of our international fleet,” said Osamu Shinobe, president and CEO of ANA. “Reaching the 100,000th revenue flight milestone with the 787 Dreamliner is a significant milestone for ANA. As the largest customer of the 787, we look forward to introducing the entire family of Dreamliners into our fleet as we aim to celebrate another 100,000 flights and beyond.” ANA was the launch customer of the 787 Dreamliner family and in 2011, became the first airline to introduce

the innovative airplane to passengers around the world. Since then, the fuelefficient airplane has enabled ANA to launch new routes worldwide, including North America, Europe and Southeast Asia. With this milestone, ANA has accumulated approximately a quarter of all 787 revenue flights. “We are honoured to celebrate this important milestone with ANA, especially here in Seattle,” said Ray Conner, president and CEO, Boeing Commercial Airplanes. “ANA is a valued Boeing customer and has been a tremendous partner on the 787 programme. This milestone

Aerospace Singapore

demonstrates the strength of our long-standing relationship and we look forward to celebrating many more milestones with ANA going forward.” ANA operates the world’s largest Dreamliner fleet with 44 787s, including both the 787-8 and the longer 787-9. The airline has 39 unfilled 787 orders, including for the longest and newest member of the 787 family, the 787-10, in addition to 20 777-9X airplanes. The Boeing 787 Dreamliner is a family of technologically advanced, super-efficient airplanes that bring big-jet ranges to the middle of the market. To date, the 787 has flown more than 75 million passengers on more than 350 routes around the world, including more than 70 new nonstop routes opened through its efficiency.

AeroNews SINGAPORE

BOC Aviation Places Order for 30 Airbus A320 Family Aircraft

ST Engineering’s Electronics Arm Launches TeLEOS-1

Singapore Technologies Engineering Ltd (ST Engineering) announced that its electronics arm Singapore Technologies Electronics Limited (ST Electronics) has successfully launched TeLEOS-1, Singapore’s first Commercial Earth Observation Satellite, into a 55km Near Equitorial Orbit (NEqO).

ingapore-based BOC Aviation Pte. Ltd. announced that it placed an order for 30 Airbus A320 family aircraft at the end of December 2015 as it continues to build on its existing order book to fulfil customer demand. This latest order comprises 18 A320 NEO family and 12 A320 CEO family aircraft. “This order underscores our continued confidence in the reliability and operational efficiency of the A320 family aircraft, and reflects its popularity among our customers for short- and medium-haul routes,” said Robert Martin, Managing Director and Chief Executive Officer of BOC Aviation. “BOC Aviation is a leading lessor based in a fast-growing part of the world, and its latest order not only demonstrates its continued confidence in our product for its airline customers but recognises the A320 as a sound financial asset in its portfolio,” said John Leahy, Airbus Chief Operating Officer, Customers. “We appreciate the mutually beneficial and strong relationship we have built with BOC Aviation over the past 20 years. With this order, BOC Aviation becomes one of Airbus’ top 10 customers.” BOC Aviation is a leading global aircraft leasing company with a portfolio of 270 owned and managed aircraft operated by 62 airlines worldwide in 30 countries, with commitments to acquire 241 aircraft, as of 31st December 2015. BOC Aviation, owned by Bank of China, is based in Singapore with offices in Dublin, London, Seattle and Tianjin.

eLEOS-1 is the first made-inSingapore commercial satellite, designed and developed by a dedicated team of engineers at the state-of-the-art space grade manufacturing in ST Electronics Satellite Systems Centre.

The successful launch marks a milestone in our space industry as it is Singapore’s first dedicated satellite launch with TeLEOS-1 as the primary satellite and five smaller piggy-back satellites. “The successful launch of the TeLEOS-1 satellite represents a major step forward for the Singapore space

January - April

industry. It marks the completion of a very intensive and challenging phase in which we have not only designed a built this highly advanced satellite but successfully developed and built a comprehensive set of indigenous facilities and infrastructure and raised a team of highly dedicated engineers who will now have every confidence to go forward and build even more advanced satellites,” said Mr Lee Fook Sun, Deputy CEO & President, Defence Business of ST Engineering and President of ST Electronics. “This launch has also opened the doors for ST Electronics to become a significant emerging player in the global space industry where we will offer satellite imagery and value-added services to customers worldwide.” TeLEOS-1 was launched by India’s Polar Satellite Launch Vehicle (PSLV-C29) from Satish Dhawan Space Centre, Sriharikota (SDSC, SHAR), the spaceport of India. TeLEOS-1 has a mean revisit time of 12-16 hours and its coverage of the equatorial belt includes many major shipping routes, disaster prone and forest fire regions. With its optical payload, TeLEOS-1 can expeditiously contribute to high-responsive applications in maritime security and safety, humanitarian aid and disaster relief, and environmental activity verification.

AeroNews SINGAPORE

Air France Industries KLM E&M and Ramco Systems To Set Up MRO Lab in Singapore Air France Industries KLM Engineering & Maintenance (AFI KLM E&M) has signed a partnership with Ramco Systems to set up a joint innovation centre in Singapore. A team of around 10 people will work there on designing and developing innovative, rapid-deployment solutions for strategic areas in the aircraft maintenance industry, benefitting AFI KLM E&M customers all around the world.

or over two decades, AFI KLM E&M has been deploying its powers of innovation, whether driven by its people on the ground or in dedicated R&D centres, to develop breakthrough solutions in support of its maintenance processes ad for the benefit of its clients. Recently, the Group formally created ‘The MRO Lab – Adaptive Innovations’ signature to gather its innovation potential and bring it to the marketplace. This programme is part of the Group’s strategy to promote and accelerate its innovation potential, which relies on two pillars: stimulate innovation everywhere across our organisation, and partner with innovative start-ups and universities in France, in the Netherlands and beyond. The creation of a new, joint R&D centre with Ramco is a part of this momentum. The MRO Lab Singapore aims to encourage the rapid emergence and diffusion of innovative, high valueadded, MRO solutions, in the heart of a fast growing MRO market and in a fruitful innovation ecosystem. The project is also the outcome of an exchange of experience and best practice between AFI KLM E&M and its partner, Ramco, which has extensive know-how in the aircraft maintenance sector. James Kornberg, Director for Engineering & Maintenance Innovation at

AIR FRANCE KLM explains: “The team working at The MRO Lab Singapore will be able to benefit from the respective expertise of our two groups in support of their work. This will focus on priority topics identified by their strategic character, from Wearable technology to Optimisation and Big Data-linked applications, improving customer relations, streamlining and monitoring of maintenance data, and so on.” Virender Aggarwal, CEO of Ramco Systems, said: “We at Ramco believe that innovation is the true differentiator

Aerospace Singapore

for any organisation in this fast changing world where business models are getting disrupted everyday. By integrating the deep expertise built in addressing the Aviation industry with future-ready technologies, we strive to help clients’ build on technology to solve business problems. The MRO Lab is strategically located in Singapore to leverage on the aviation industry presence and tap into the best of multi-cultural, multi-lingual and multi-national talent pool the country has to offer.”

SINGAPORE AIRSHOW 2016 SUPPLEMENT

Singapore Pavilion

presented by

SUPPORTED by

CONTENT Exhibitors S1 ACP Metal Finishing Pte Ltd Advanced Integrated Manufacturing Corp. Ltd. S2 Aerotech Supplies Pte Ltd Air Transport Training College S3 Airtec Corporation (Asia) Pte Ltd Applied Total Control Treatment Pte Ltd S4 Blue Waves Flight Simulation Pte Ltd BSB Aviation LLP S5 Busads Pte Ltd GBS (Singapore) Pte Ltd S6 Global Sourcing Services Pte Ltd Globaltronic Precision Pte Ltd S7 HOPE Technik Pte Ltd JCS-Vanetec Pte Ltd S8 JEP Precision Engineering Pte Ltd JTC Corporation S9 Kim Ann Engineering Pte Ltd MAG Engine Systems Pte Ltd S10 MAJ Aviation Pte Ltd Matrix Technological Services Pte Ltd S11 NDT Instruments Pte Ltd Nitto Denko (Singapore) Pte Ltd S12 Optical Gaging (S) Pte Ltd Power Force Technologies Pte Ltd S13 Redsun Aviation Pte, Ltd RFMW Asia Pte Ltd S14 RYCA Pte Ltd SCS Technologies Pte Ltd S15 Snap-on Tools Singapore Pte Ltd ST-Airport Services Pte Ltd S16 Stratech Systems Limited Tecsia Lubricants Pte Ltd S17 TME Systems Pte Ltd Transfingo Pte Ltd S18 Tyco Electronics Singapore Ltd United Aviation (Singapore) Pte Ltd S19 Visi Sys Asia Pte Ltd Yusen Logistics Singapore Pte Ltd

FEATURED Exhibitors S20 S21 S22 S23 S24 S25 S26

Applied Total Control Treatment Pte Ltd JTC CORPORATION Luxaviation Group MAG ENGINE SYSTEMS PRIVATE LIMITED Optical Gaging (S) Pte Ltd RYCA Pte Ltd Tecsia Lubricants Pte Ltd

S27 Capabilities Matrix S28 Pavilion Floorplan

*All information stated in this supplement is correct at time of printing.

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Products/Services Surface treatment

A11 ACP METAL FINISHING PTE LTD For more than 30 years, ACP has built a first-class reputation as a metal surface finisher, supporting the aerospace, bio-medical, consumer electronics, optical, ordinance and semi-conductor sectors in Singapore. It offers various surface finishing processes according to established standards or customer specifications. Today ACP operates with 180 trained personnel in Joo Koon Circle, Singapore.

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Advanced Integrated Manufacturing Corp. Ltd. AIM Corporation is a partner to the world-leading OEM companies across the Aerospace, Defence, Medical and Rail Industries. Our manufacturing services will take your product from concept to production at a higher quality and lower cost. Specialising in the manufacture of high mix / low volume complex parts and equipment, our NADCAP, AS9100 and ISO13485 accredited Electronics and Mechanical Divisions can support your requirements ranging from Printed Circuit Board Assemblies, Mechanical Components, Sub-Assemblies, Full Box Build or Complete Equipment builds. Our manufacturing sites spread across Europe and Asia offer our customers local support on a global scale.

January - April

Contact Details 6 Joo Koon Circle, Singapore 629037 Tel +65 6863 8318 Web www.acpanode.com.sg Contact Person Koh Chan Seng E-mail cskoh@acpanode.com.sg

Products/Services Printed Circuit Board Assemblies Mechanical Components Sub-Assemblies Full Box Build Complete Equipment builds 3rd Party Logistic

Contact Details No.23 Ubi Crescent Singapore 408579 Tel +65 6238 8882 Ext. 857 or Ext.781 Fax +65 6238 8828 Mobile +65 9105 4339 or 9639 3525 Web www.aimcorp.com.sg Contact Persons Jupri Suep; Daniel Cheng E-mail jupri.suep@aimcorp.com.sg; daniel.cheng@aimcorp.com.sg

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Contact Details 9004 Tampines Street 93, Unit #04-90, Industrial Park A, Singapore 528838

C10 Aerotech Supplies Pte Ltd Aerotech Supplies Pte Ltd is a leading supplier of tools, equipment and other related products to the aviation industry in Asia. We represent major aerospace manufacturers and distributors servicing the airlines, defence, MRO and general aviation. Our after sales technical support and services include trouble shooting, repair and calibration where applicable. We are the centre for excellence in sourcing for hard to find parts and components for the aerospace and non-aerospace industries. Besides aviation industry, we also support the marine and electronics manufacturing customers in the Asia region. With our comprehensive products and services, you can count on Aerotech Supplies Pte Ltd for sourcing needs.

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B12 Air Transport Training College Air Transport Training College (ATTC) is the professional development centre of the Singapore Institute of Aerospace Engineers (SIAE), and is a Singapore Airworthiness Requirements (SAR) Part 147 Approved Maintenance Training Organisation. ATTC is also a WDA-Approved Continuing Education & Training (CET) Centre, and a CPEregistered private education institution holding EduTrust certification. ATTC hangar workshop offers skills-based training in electrical, electronic and mechanical disciplines. ATTC hangar houses a Cessna 172 Skyhawk, a fully operational Learjet 25B and Dassault Falcon 20E to provide approved training for aspiring Licensed Aircraft Engineers (LAEâ&#x20AC;&#x2122;s) and a BSc (Hons) degree in aircraft engineering conferred by Kingston University London.

Tel +65 6544 2783 Fax +65 6544 2781 General Enquiry sales@aerotech. com.sg Director simon@aerotech.com.sg

Products/Services Airworthiness Authorities approved Aviation Maintenance Training WDA-approved Aerospace WSQ training for Aerospace Industry Applied Diploma in Aerospace Maintenance (ADAM) Specialist Diploma in Aircraft Maintenance & Engineering (SAME) Foundation Degree in Aircraft Engineering (FdEng) Bachelor of Science (Honours) Aircraft Engineering - Top Up Customised solutions to improve operational efficiency and productivity Contact Details 70 Seletar Aerospace View Seletar Aerospace Training Complex Singapore 797564 Tel +65 6603 6603 Web www.attc.edu.sg Contact Person Lim Boon Pin (David) E-mail davidlim@attc.edu.sg

Aerospace Singapore

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Contact Details 67 Ubi Crescent #01-02 Singapore 408560

A23 AIRTEC CORPORATION (ASIA) PTE LTD Airtec Corporation designs, manufactures and distributes digital tyre inflation systems, to over 80 countries in the world. As a global leader, we focus on innovation to ensure we continuously deliver new and innovative products. Our inflators are known for its accuracy, durability and ease of use. Airtec products are manufactured at our facility in Singapore, to ISO 9001:2008 quality standards and is accredited by SGS International Certification Services Singapore Pte Ltd. Our digital tyre inflation systems are used in aviation, automotive, military, transport, retail petroleum and motorsports industries.

Tel +65 6741 3211 Web www.airtecasia.com Contact Person Mr M.C. Loh E-mail info@airtecasia.com

89XDH (Digital Aircraft Tyre Inflation System) 89DPG (Digital Tyre Pressure Gauge) 89ATC (Portable Digital Aircraft Tyre Inflation System with Optional Temperature Compensation Function) High Pressure Aircraft Inflating Connections

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Applied Total Control Treatment Pte Ltd ATC is a one-stop solution provider for quality surface finishing, for diversified industries such as: Aerospace, Medical Technology, Optical, Oil & Gas, Semiconductor, and others. Besides operating out of the two plant facilities in Singapore, we have also one plant set up in Penang, Malaysia. Nadcap accredited, these three facilities seamlessly integrated and serving customers across the Asia Pacific region by our team of dedicated workforce. Key Capabilities:

Electroplating, Chemical Conversion Coatings: Aluminium Anodizing, Aluminium Conversion Coating, Phosphating, Zinc Plating, Nickel Plating, Electroless Nickel, Silver Plating, Gold Plating, Stainless steel Passivation, Copper Plating, Hard Chrome Plating and Electropolishing Coating Services: Powder Coating and Spray Painting, Xylan Coating, Molykote, Dry Film / Solid Film Lubricant, Primer Special Cleaning Services, Clean Room Cleaning

January - April

Products/Services MIL-A-8625 Anodic Coatings for Aluminium and Aluminium Alloys MIL-C-5541 Chemical Conversion Coatings on Aluminium and Aluminium Alloys AMS 2700 Surface Treatment / Passivation AMS 2404 Electroless Nickel Plating; QQ-S-365 Silver Plating; QQ-P-416 Cadmium Plating AMS 2406 Chromium; ASTM B912 Electropolishing; ASTM B545 Tin Plating Dry Film/Lubricant Coating Solid Film; Painting Contact Details 6 Marsiling Lane (Block B), Singapore 739145 Tel +65 6362 1200 Fax +65 6362 1768 Web www.atc-treatment.com E-mail atc@atc-treatment.com

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Products/Services Training

B02 Blue Waves Flight Simulation Pte Ltd SG Flight Simulations has a full-motion A320 Cockpit Procedure Trainer. The Changi facility is located five minutes from Changi International Airport and provides A320 introduction training for initial jet orientation and preparation for A320 rating. Its development team works on providing affordable realistic general aviation simulator equipment.

Contact Details SG Flight Simulations, Simulations Centre, Changi 15 Changi North Street 1 (I-LOFTS) #01-27, Singapore 498765 Tel +65 6543 9590 Web www.sgflightsimulations.com.sg Contact Person Frans Mosmans E-mail frans@sgflightsimulation.com.sg

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A27 BSB Aviation LLP BSB Aviation is a leading ASA-100 & FAA AC00-56A certified aircraft engine spares and consumables distributor, supplying Airlines & MROs in Southeast Asia through a network of trusted manufacturers. As a distributor of fully traceable aviation spares, the company offers an extensive array of product lines, ensuring maximum product service, choice and availability for its customers.

Products/Services Electrical power, power plant Engine â&#x20AC;&#x201C; reciprocating, fuel and control, engine controls, engine indicating, engine water injection Ignition, fuel cell systems, bleed air, exhaust Turbines (reciprocating engines) Accessory gearboxes Propulsion augmentation

Contact Details Oxley Biz Hub 2, Unit 06-24, Singapore Tel +65 9026 0551 Web www.bsbaviation.com Contact Person Tejpal Singh Sandhu E-mail sales@bsbaviation.com

Aerospace Singapore

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Products/Services Interior Placards Exterior Decals Aircraft Liveries & Wraps

BUSADS PTE LTD BusAds is Singapore’s first AIRCRAFT DECAL GRAPHIC production company. Since 2009, BusAds is the only aircraft printing production house that is certified by Civil Aviation Authority of Singapore (CAAS) and a certified 3M partner to produce and install aircraft exterior and interior decals. 3M Aircraft Exterior Graphic Film is used for all graphics as it can withstand harsh weather conditions and enables you to achieve a large variety of brilliant digitally printed graphics. With more than 10 years of experience, we have installed aircraft graphics for more than 20 airlines including Singapore Airlines, Silkair, Jetstar, AirAsia, Tiger Airways, Dubai Airwing, Vietjet and many others. BusAds was awarded in the prestigious Asian Print Awards in 2013 as Gold winner for a Disney Aircraft installed in Vietnam. “What better way to celebrate SG50 than by proudly flying the National flag around the world’s largest aircraft” Mr. Goh Choon Phong - SIA CEO.

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Contact Details 125 Kaki Bukit Ave 1, Shun Li Industrial Park, Singapore 415997 Tel +65 6848 6213 Web www.busads.com.sg Contact Person Jaya Thevathasan E-mail sales@busads.com.sg

Products/Services Tactical Communication Systems Surveillance Systems Display and Panel PC Sealing Systems

GBS (Singapore) Pte Ltd GBS provides Surveillance Solutions, High Performance Sealing Solutions and Structural Components for land platforms for the Defense industry. We are able to meet the evolving needs of the Defense industry with the latest commercial off the shelf (COTS) Image sensor technology and adapt it to harsh military environments. GBS is the authorised reps for Trelleborg Sealing Solutions. Our Seals have been used in applications ranging from simple hydraulic cylinders to demanding applications such as recoil mechanism and hydro-pneumatic suspension systems.

January - April

Contact Details 2 Serangoon North Avenue 5 #04-02 Singapore 554911 Tel +65 6759 2237 Fax +65 6759 5266 Web www.gbs.com.sg Contact Person Mr Bobby Bock E-mail bbock@gbs.com.sg

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C08 Global Sourcing Services Pte Ltd Global Sourcing Services is a global provider of tooling and industrial solutions to customers in the Aerospace sector. Our procurement and supply division provides a fully comprehensive procurement and supply service to customers locally and worldwide.

Products/Services WRIGHT FSI HUCK CHERRY ZEPHYR PI LED LENSER

Contact Details Blk 3025, #02-153, Ubi Road 3, Singapore 408653 Tel +65 6774 2243 Fax +65 6742 4077 Web www.gss-pl.com Contact Person Elizabeth Chew E-mail esales@gss-pl.com

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Products/Services Aerospace related supporting industries Precision Machining Tooling

Globaltronic Precision Pte Ltd Globaltronic Precision Pte Ltd is a manufacturing precision company, delivering precision mechanical parts to businesses in the Aerospace industry. About 80% of the companyâ&#x20AC;&#x2122;s customers are based overseas, mainly from USA and Europe. Our Mission is to provide Highly Valued-Added Precision Components at competitive price to meet customer expectation and on-time delivery. Our Vision is to be a World Class Supplier of Highly Precision Machining Parts in Aerospace industry. We have good quality management system (QMS) and adhere to international standard of quality management models, certified AS9100C/JISQ9100:2009- Rev-C and ISO9001:2008 standard.

Aerospace Singapore

Contact Details 5 Buroh Street, Singapore 627567 Tel +65 6264 1121 Fax +65 6264 1123 Web www.globaltronic.com.sg Contact Person Christopher Foo E-mail chris_foo@globaltronic.com. sg; globaltronic@pacific.net.sg

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A13 HOPE Technik Pte Ltd HOPE Technik has been delivering world leading engineering solutions to clients demanding high-performance and unique technology since 2006. Headquartered in Singapore, our expertise begins from product conceptualisation through to prototype development and finally commencing with mass production. Regardless of how unusual a project may be, our dedicated team of qualified engineers and technical staff are able to design a world-class solution and translate concepts into reality. Our notable projects include the newest fifth generation Red Rhino (a Light Fire Attack Vehicle catered for the urban environment), SESTO AGV (the next generation of smart logistics systems powered by the latest advances in high-precision laserbased navigation) and the Spider surveillance system, a class of drones with modular airframes and customisable payloads.

Booth

Products/Services Industrial robotics Unmanned systems Special vehicles Special equipment Defence equipment Infrastructure equipment

Contact Details 6 Penjuru Close, Singapore 608614 Tel +65 6877 0193 Web www.hopetechnik.com Contact Person Peter Ho E-mail info@hopetechnik.com

Products/Services Tooling Manufacture of aircraft engine components

B05 JCS-VANETEC PTE LTD JCS-VANETEC is a AS9100 certified company that specialises in the manufacture of 3D compressor airfoils for all sizes of commercial and military aircraft engine, using unique and cost-effective Roll-Forging technologies. Its services include manufacturing of sheet metal components and providing tool and die design and fabrication turnkey solutions.

Contact Details 2 Woodlands Sector 1 #01-07 Woodlands Spectrum 1 Singapore 738068 Tel +65 6269 3931 Web www.jcs-vanetec.com Contact Person Iwan Marks E-mail iwan.marks@jcs-vanetec.com

January - April

singapore pavilion Singapore Airshow 2016

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JEP Precision Engineering Pte Ltd Established in 1990, JEP PRECISION ENGINEERING PTE LTD, a subsidiary of JEP Holdings, offers high quality precision-machined products for the Aerospace, Oil & Gas, Electronics and Machine Tool industries. We provide seamless manufacturing solutions to our customers, offering complete project management services from raw material purchase to fixture designing to machining as well as assembly. We specialise in precision machining of highly complex and large format parts. From machining of engine casings, our business has expanded into other aerospace components such as landing gear components for B787 and A350 and air management system housing for B787. JEP strives on a fully-equipped production facility, comprising of the latest technology in CNC machines and CAD/CAM for product design and manufacturing. In the last five years, JEP has also expanded into the oil and gas sector and is now a leading sub-contractor in both the Aerospace and Oil and Gas industry in this region.

Booth

Products/Services AS 9100, OHSAS 18001 & BizSAFE Star Accredited CNC Precision Engineering Complete Project Management Aircraft engine casing, landing gears, air management systems Conceptualisation and development of fixtures Special Chemical processes

Contact Details 46, Changi South Street 1, Singapore 486761 Tel +65 6545 4222 Web www.jepprecision.com.sg Contact Person Adelene Lau E-mail adelene_lau@jepprecision.com.sg

Products/Services Flexible office space with sizes ranging from 50 sqm to 450 sqm Medium-sized industrial space ranging from 150 sqm to 1,500 sqm

C11 JTC Corporation JTC is the lead government agency responsible for the development of industrial infrastructure to support the growth of industries and enterprises in Singapore. JTC’s landmark projects include the Airport Logistics Park of Singapore and the Seletar Aerospace Park (SAP). The SAP spans 320-hectare of purpose-built land and infrastructure, to capitalise on the growing demand for aviation services within the region. It is an integrated aerospace hub hosting a wide range of aerospace-related activities including maintenance, repair and overhaul (MRO), fixed-based operations (FBO), manufacturing and assembly, business and general aviation, pilot and mechanics training, and research & development. Home to over 50 companies, the SAP’s clustering of aerospace-related operations provides opportunities for synergy, collaboration and economies of scale. JTC’s readybuilt facilities, including JTC Aviation One @ SAP, JTC Aviation Two @ SAP and JTC aeroSpace @ SAP, enable quick start-up for new entrants in the industry. JTC Aviation Two has just been completed and offers a range of industrial, office and amenity spaces.

Aerospace Singapore

Contact Details JTC Corporation The JTC Summit, 8 Jurong Town Hall Road, Singapore 609434 Tel 1800 – 5687 000 (local calls) Tel +65 6560 0056 (overseas calls) Web www.jtc.gov.sg E-mail askjtc@jtc.gov.sg

singapore pavilion Singapore Airshow 2016

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B09 Kim Ann Engineering Pte Ltd Kim Ann Engineering Pte Ltd is a â&#x20AC;&#x153;one-stop supply service centreâ&#x20AC;? offering a comprehensive range of specialty metals and related value-added services such as material cutting, sizing, machining and heat treatment. We operate from four plant facilities in Singapore, coupled with more than 10 overseas service centres in ASEAN, China, and India. Our sales extend to more than 20 countries worldwide. Our customer base consists of industrial players from the precision engineering, oil and gas, electronics and aerospace segments. We are proud to be one of the leading Oil & Gas and Aerospace metal stock centres in Singapore with a strong market presence in Asia Pacific. We provide Value Added Supply Chain Management Services with JIT and Kanban delivery to OEM customers and their contract manufacturers.

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MAG Engine Systems Pte Ltd MAG Engine Systems Pte Ltd is a Maintenance, Repair & Overhaul shop located in Singapore offering MRO services for Aircraft engine accessories. Our certification includes FAA, EASA Part 145 in C6, C7 and D1 Category, DGCA Indonesia and ISO9001:2008 UKAS UK. Our capabilities include test, repair and overhaul of a wide range of Fuel, Oil, Pneumatic and Hydraulic accessories. Special Process includes NDT methods in Fluorescent Particle, Magnetic Particle, Ultrasonic Test and Eddy Current Testing. The Aerospace engine accessories capabilities will be covering CFM563, CFM56-5, and CFM56-7. We utilise latest technology and equipment which allow us to give our customers the best service possible in a shortest turn time and with the highest aerospace level quality.

Products/Services Products/Metal sales Provision of value-added Processing Services Supply Chain Management (SCM) services

Contact Details 3C Joo Koon Circle, Singapore 629035 Tel +65 6230 2696 Web www.kimann.com Contact Person Mr Jameson Low E-mail jameson@kimann.com

Products/Services Test, repair and overhaul of a wide range of Fuel, Oil, Pneumatic Hydraulic and Electrical accessories MRO on Aviation gas turbine engines controls and accessories NDT Capabilities in Fluorescent Penetrant Inspection, Magnetic Particle Inspection, Ultrasonic Inspection and Eddy Current Inspection

Contact Details #05-09 JTC Aviation One, 700 West Camp Road, Seletar Aerospace Park, Singapore 797649. Tel +65 6684 3302 Fax +65 6684 3522 Web www.mag-es.aero E-mail enquiry@mag-es.aero

January - April

singapore pavilion Singapore Airshow 2016

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A39 MAJ Aviation Pte Ltd MAJ Aviation is in aviation engineering support business since 2003. Today its core business spans from manpower support to MRO, to FBO and various aviation related consultancy business and training. The airframe MRO services started off first in general aviation but now it has begun to work on private and business jets, and all hangaring related services. It also works and provides value-added services to medivac, special mission and charter operators operating out of Seletar.

Products/Services Manpower Supply Aircraft Spares and Technical Services General Aviation MRO Support and Services Aviation Consultancy/Projects

Contact Details 80 Seletar Aerospace View, #01-01 Singapore 797563 Tel +65 6483 7470 Web www.majaviation.com.sg Contact Person Mr Khoo Beng Keat E-mail info@majaviation.com.sg

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B06 Matrix Technological Services Pte Ltd Matrix Technological Services Pte Ltd is ISO 9001-2008 certified company to provide NDT Equipment, NDT & Cleaning chemicals for Aerospace, Marine, Oil & Gas and Precision Industries. We are authorised supply source for “Eishin Kagaku Ltd-Japan” NDT products & “Vantage(Petroferm) “cleaning products in Singapore. Our laboratory has the capability to analyse all NDT/Cleaning chemicals. Our technical expertise provides one stop solution for all NDT related equipment design, fabrication and installation. We are specialised in customised cleaning & FPI line design based on customer requirements.

Products/Services Fluorescent Penetrant Inspection (FPI) Chemicals Magnetic Particle Testing (MT) Chemicals. Cleaning chemicals NDT Equipment’s FPI / Cleaning line design & fabrication NDT/Cleaning chemical analysis

Contact Details 5, Soon Lee Street, #03-28 Pioneer Point, Singapore 627607 Tel +65 6635 4215 Fax +65 6635 4216 Web www.matrixndtservices.com Contact Person Mr Sathis Kumar E-mail sales@matrixndtservices.com

S10

Aerospace Singapore

singapore pavilion Singapore Airshow 2016

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Products/Services Testing equipment and service

B07 NDT INSTRUMENTS PTE LTD NDT, Non-Destructive Testing, is the examination of an object or material in a manner which does not affect its future usefulness. NDT Instruments is a German subsidiary, established in 1993 with the mission to identify, source and supply quality products and after-sales maintenance and repair calibration services to customers in the field of NDT and Quality Assurance & Control (QA/QC). Its customers are discerning buyers who demand value in the form of quality at competitive prices.

Booth

Contact Details 50 Ubi Avenue 3, #05-20, Frontier Building, Singapore 408866 Tel +65 6571 0668 Web www.ndt-instruments.com Contact Person Ms. Ashley Tan E-mail Ashley@ndt-instruments.com central@ndt-instruments.com

Products/Services Adhesive Tapes for the aerospace industry

B01 Nitto Denko (Singapore) Pte Ltd Nitto Denko (Singapore) is a subsidiary of Nitto Denko Corporation. Nitto Denko is a world-leading manufacturer and supplier of adhesive tapes that cater to diverse industries including aerospace. Incorporated in 1980, our principal business activity is to serve the markets worldwide by supporting with Nitto products manufactured by Nitto global business network. Nitto Denko supplies more than 13,500 kinds of functional products and materials in almost all fields of industry. Nitto Denko Singapore Pte Ltd (NSG) imports and distributes products made at the various Nitto Denko manufacturing plants which include Nitto Denko (Taiwan), Nitto Denko (Belgium), Nitto Denko (Japan), Nitto Denko (USA), Nitto Denko (Malaysia).

January - April

S11

Contact Details 438 Alexandra Road, #19-01/04, Alexandra Point, Singapore 119958 Tel +65 6223 8277 / +65 9106 0438 Web www.nitto.com Contact Person Marvin Toh E-mail marvin_toh@gg.nitto.co.jp

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Multisensor Metrology SmartScope

Optical Gaging (S) Pte Ltd Optical Gaging (S) Pte Ltd (OGS) is a Quality Vision International Company (QVI). Our parent company Optical Gaging Products Inc., USA was incorporated in Rochester, New York in 1954. We specialise in designing and manufacturing of Multisensor vision measuring systems – OGP SmartScope. Automatic dimensional measurement frees customers to focus on other productive activities. OGP SmartScope handles toughest measuring tasks; its ‘allin-one’ measurement solution includes video, contact probes, laser, micro-probes and rotary indexer used for total part characterisation and better accuracy. This is measured in a fraction of the time compared to other measuring tools. As Asia’s headquarter located in Singapore, OGS provides sales, training and technical service supports to the products we handle. Our extensive network of Sales and Technical Centres as well as authorised representatives to provide unsurpassed training and application support for all our customers in the following regions: Singapore • Malaysia • Thailand • Indonesia • Philippines • Vietnam • Hong Kong • Taiwan • South China • Australia • New Zealand • Middle East.

Booth

B10 Power Force Technologies Pte Ltd Power Force Technologies Pte Ltd provides Maintenance Services across a broad spectrum of Aviation Ground Support Equipment types to a diverse range of customers, primarily the Republic of Singapore Air Force and Local Aviation Companies. The company was incorporated in 1993, when we recognised a need for an offering that combined premium products and services to the Military Ground Support Equipment Industry. Over the years, we expanded our horizons beyond the GSE and move into Aircraft Arresting System maintenance and overhauling, Airfield Lighting System maintenance, supply of Construction equipment for Military application with Integrated Logistics Support and supply of Aviation Spare Parts.

Products/Services Multisensor Metrology Systems QVI ShapeGrabber - 3D Laser Scanner ITACA – FlexGauge innovative Portable Shopfloor CMM SHAKE SHR - 2D X-Ray& 3D CT Scanner Vici Vision - MTL Optical Shaft Measuring Machine Vici Vision - MTP Optical Scanning Machine

Contact Details 21 Tannery Road, Singapore 347733 Tel +65 6741 8880 Fax +65 6741 8998 Web www.smartscope.com.sg E-mail marketing@smartscope.com.sg

Products/Services Supply of Airport Ground Support Equipment Supply of portable Airport Lighting System Supply of Electric Vehicle Supply and distribute Mil-Spec Std parts, Airport GSE spare parts and accessories, (e.g. Engine spares, Generator spares, GPU cables, Jet Start Hose, Air Start Coupling, etc.) Servicing, repair and overhaul for all types of Airport GSE and Aircraft Arresting Equipment

Contact Details 53, Tuas View Place, Linkpoint Place, Singapore 637889 Tel +65 6316 2275 / 6316 2270 Web www.powerforce.com.sg Contact Person Mr Lim Tong Keong E-mail limtongk@powerforce.com.sg

S12

Aerospace Singapore

singapore pavilion Singapore Airshow 2016

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Products/Services Distributor of Aerospace Parts & Equipment

A37 Redsun Aviation Pte Ltd REDSUN Aviation provides complete aircraft and airport ground support equipment (GSE) solutions to corporate airline and general aviation customers worldwide.

Contact Details 33 Ubi Avenue 3, #08-08 Vertex (Tower B) Singapore 408868 Tel +65 6634 8453 Fax +65 6634 8492 Web www.redsunaviation.com E-mail info@redsunaviation.com

Booth

A35 RFMW Asia Pte Ltd RFMW Asia (www.rfmw.com) is a premier technical distributor of Radio Frequency (RF) & Microwave (MW) semiconductors, connectors and components focused in applications and markets of our customers and their end products. Our Partner, Axon’ Cable (www.axoncable.com), is a French group with worldwide presence specialised in the design and manufacture of custom design interconnect solutions such as wires, cables, cable assemblies, harnesses, contacts, connectors and integrated systems. Axon’ products are designed to meet the requirements in aeronautics and space segments.

Products/Services RFMW Asia RF & Microwave Components www.rfmw.com Axon’ Cable Design and manufacture innovative tailor-made cables, connectors & cable assemblies. Weight saving, EMI protection, high data rate, high frequency, power distribution, extreme temperature, radiation resistance.

Contact Details 18 Boon Lay Way, # 09-129 Tradehub 21 Singapore 609966 Tel +65 6316 3389 Web www.rfmw.com E-mail Sales@rfmw.asia AXON’ CABLE SAS 2 route de Chalons en Champagne – 51210 MONTMIRAIL Tel +33 3 2681 7000 Web www.axon-cable.com Contact Person Stéphane Watier E-mail S.Watier@axon-cable.com

January - April

S13

singapore pavilion Singapore Airshow 2016

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Products/Services Distribution Stockist Marketing

C02 RYCA Pte Ltd MILITARY.SG, established 1 November 2003, is a multi-label distributor for Military, Law Enforcement and Extreme Sports equipment in Singapore and the Southeast Asia region. In this 2016 Singapore Airshow edition, Ryca is launching: MAGNUM Spartan XTB designed by Magnum and Vibram – the Jungle Boot that also meets the EN ISO 20347:2012 occupational footwear standards. The 360 degrees all round stitching of the outsole to the uppers eliminates a very common phenomenon of outsole delamination in today’s footwear. MOHOC military-optimised helmet camera – the CurveLockTM base of the camera matches the shape of the tactical helmet, and with the sleek exterior, creates the closest possible fit, eliminates snag hazards, and significantly improve the security and simplicity of helmet attachment. IP68 rated (waterproof to 10m) and survives a 2m drop test, with a one touch finger operation and tactile vibration feedback for stealth operation. OAKLEY PrizmTM Shooting Lens – the PrizmTM lens is a revolutionary lens technology that dramatically blocks specific wavelengths of light that interfere with vision while emphasizing the parts of the colour spectrum where the eye is most sensitive to. PrizmTM Shooting lenses provide marksmen with the ultimate visual acuity. This ultra-precise colour tuning makes it easy to identify targets while reducing eye fatigue, and PrizmTM Shooting lenses improve your ability to see reticle patterns in scopes.

Booth

Contact Details 27 Jalan Gelenggang, Singapore 578201 Tel +65 9678 7745 Web www.military.sg Contact Person Lee Kok Tong E-mail ryca@military.sg Online Store http://store.military.sg

Products/Services Airport/terminal equipment Communications and IT

C12 SCS Technologies Pte Ltd The company provides computing solutions for aerospace as well as the defence sector and for companies requiring high performance in tough conditions: rugged and ultra-rugged Notebooks, Tablet and Handheld PCs, displays, keyboards, printers, industrial and military grade SSDs, waterproof cases and more. The products are certified with IP65 and MILSTD-810G/461F and designed to withstand shocks, drops, vibration, rain, dust, salt fog, high humidity, low/high pressures, extreme temperatures, fungus, EMI and other stress factors. It provides a wide range of customisation options to ensure the best solutions for individual needs. It has launched ROCKY RS 11 – the slimmest and lightest fully rugged notebook. Designed to withstand the harshest conditions, it is suitable for soldiers on missions in extreme environments. Slim and light, it is compliant with IP65 and Military Standards. The Intel i7 processor gives impressive computing performance, a valuable addition to a long lifecycle. ROCKY RS 11 has many customised options to provide a wide range of solutions. Other advantages include the reserved mil-connectors at the rear side as well as the MultiBay.

S14

Aerospace Singapore

Contact Details 20 Bendemeer Road, #03-02 Cyberhub, Singapore 339914 Tel +65 6336 7986 Web www.mil-pc.com Contact Person Cathy Burm E-mail cathy@mil-pc.com

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A01 Snap-on Tools Singapore Pte Ltd

are driven towards reducing costs and complexity. Thus, increasing productivity.

Snap-on is a leading global innovator, manufacturer and marketer of tools, equipment, diagnostics, repair information and systems solutions for professional users performing critical tasks. For more than 95 years, Snap-on has served serious professionals with products and solutions that deliver quality, innovation and performance. Our solutions bring great value to our end customers, our resellers, our associates and our owners. We have established our market throughout the globe and are highly diverse. Our business goals

Key Industries

Aerospace Education Energy and Natural Resources Military, Defense and Government Maintenance Manufacturing and Assembly Snap-on’s Mission

To delight our customers – professional tool and equipment users worldwide – by creating innovative, productivityenhancing products, services and solutions.

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A09

T h e

A v i a t i o n

F u e l

S e r v i c e s

C o m p a n y

ST-Airport Services Pte Ltd ST-Airport Services Pte Ltd (in short, STARS), a synergistic partnership between ST Logistics and Air BP, is the premier Aviation Fuel Services Company based in Singapore and we are rapidly expanding in the Asia-Pacific region and International. STARS core business is total aviation fuel logistics. This includes the supply of aviation fuel in bulk form, into-plane refuelling and management of fuel storage and hydrant systems. In between the end-to-end aviation fuel logistics, STARS carries out a multitude of checks and processes to ensure that the quality of fuel delivered is never compromised. The high standards have won STARS many accolades among both commercial and military customers. STARS currently operate 2 subsidiaries in India (Joint Venture) and Timor Leste (wholly-owned). STARS also operate several supply partnerships with airports and service providers in the region, thus making us a full aviation fuel service provider.

January - April

S15

Products/Services Hand Tools Power Tools Tool Storage Diagnostics Tools Information and Management Systems Shop Equipment Industry-customised Solutions

Contact Details 25 Tagore Lane #01-01, Singapore 787602 Tel +65 6451 5570 Web www.snapon.com.sg Contact Person James Lim E-mail enquire.cs@snapon.com

Products/Services Into-Plane Refuelling Design, Build and Operate Fuel Storage Facilities Technical Consultancy Fixed Base Operation (FBO) Sales of Jet A1, JP8, JP5 and Avgas 100LL

Contact Details 5 Clementi Loop, Singapore 129816 Tel +65 9339 5184 / 9229 2080 Web www.st-airport.com Contact Persons Priscilla Kwek; Serene Lua

singapore pavilion Singapore Airshow 2016

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A05 Stratech Systems Limited Stratech Systems Limited (“Stratech”) is a market leader in technology innovation, whose key breakthroughs include intelligent vision systems – highly sophisticated and adaptive technologies that provide precise image processing solutions for surveillance and security. We have invested more than 26 years in building advance technological solutions and state-of-the-art products. In particular, iFerret™ airfield/runway surveillance system – which detects foreign objects and debris in real time – has gained international recognition since its accreditation by US Federal Aviation Administration in 2012. This accreditation opens up vast opportunities in the global civil aviation, especially with the heightened focus on airport safety and security. Stratech’s technologies are deployed in all six continents – Asia, Australia, Europe, Africa, North and South America. Stratech has designed and rolled out state-of-the-art products including iVACS®, intelligent Vehicles Access Control System, Super BullsEye® Advanced Weapons Scoring System – especially scoring on water and VIPS® Vessel Identification and Positioning System.

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Products/Services iFerret™ - The Future of Airfield Safety and Security iFerret™ RADAS - The Future of Airfield Battle Damage Assessment Super BullsEye ® - Advanced Weapons Scoring System iVACS ® - intelligent Vehicle Access Control System VIPS ® - Vessel Identification & Positioning System

Contact Details 31 International Business Park, #02-02 Creative Resource Singapore 609921 Tel +65 6323 2188 Web www.TheStratechGroup.com Contact Persons Dr David K.M. Chew; Ms Phoebe Heng E-mail Stratech@TheStratechGroup.com

Contact Details 2A Mandai Estate, BHL Factories, #01-01, Singapore 729928

Tecsia Lubricants A regional stockist, Tecsia Lubricants prides itself in providing the most comprehensive and finest quality range of specialty lubricants for the commercial and military aviation sectors. The lubricant brands represented are Everlube®, Royco® and Nyco®. These include aerospace greases, turbine oils, hydraulic fluids, sealants, bonded lubricants (coatings) and corrosion preventives. The impressive portfolio of lubricant types is designed for engines (turboshaft, turbine or piston), gearbox, splines, landing gear systems, avionics, shock struts, airframe assemblies and also helicopter systems. Tecsia Lubricants is an advocate of certified products that are in compliance to global, original aircraft manufacturers’ stringent regulations. All Everlube®, Royco® and Nyco® products are carefully evaluated for consistent quality and performance according to MIL-SPEC, DEF-STAN and NATO requirements. Headquartered in Singapore, Tecsia Lubricants covers a wide reach in Southeast Asia having regional offices in Bangkok, Thailand and Jakarta, Indonesia.

S16

Aerospace Singapore

Tel +65 6456 1133 Fax +65 6459 0093 Web www.tecsialube.com

Contact Persons Ryan Lum Manager, Business Development E-mail ryan_lum@tecsialube.com Paul Khoo Senior Executive, Business Development E-mail paul_khoo@tecsialube.com

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B08 TME Systems Pte Ltd TME Systems Pte Ltd is an ISO 9001-certified company providing high-tech solutions and services. Our key products include unique audio testing and measurement equipment, defence and security simulation and communication systems and didactic education tools. Our Defence products consist of physics based modelling and simulation software for entities that move. Used best for flight planning for aircraft, our software not just plans the flight path, flight time and mission payload yield (such as video recording or sensors) but also radar and communication aspects during the flight. Other subjects that can be covered are satellite trajectory and orbit where the object can be visualised, variables calculate and orbit calibrated enhancing mission planning and development for mission success. We also supply Military Simulation Software for war games and disaster relief planning with person-specific virtual characters for realism, ruggedized computers and kinetic mesh network systems.

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PROCESS

TECHNOLOGY

OUTSOURCING

Transfingo Pte Ltd TransFingo is a leading provider of Business Process Outsourcing and Recruitment Process Outsourcing services to Government Agencies, MNCs and public listed SMEs in various industries including manufacturing and aerospace. We supply permanent recruitment and contract labour outsourcing solutions within the Aerospace industry and non-aviation partners. Our services have been ideally mapped out and tailored-made to meet our partnersâ&#x20AC;&#x2122; rigorous operational requirements. We have also established and provided contract staffing and direct recruitment to some of our non-aviation partners who includes, Ricoh (Singapore), Direct Asia Insurance and EINDEC Singapore Pte Ltd which have successfully benefited from our services. With our recruitment agencies in the region, we are setup to provide technical manpower solutions to the Aerospace industry by supplying aviation talent from the Philippines, China and Europe to MROs and manufacturers in the region. Our current partners include Singapore JAMCO, Goodrich Aerostructures, UTC Aerospace and Cathay Pacific Engineering to name a few, and have certainly benefited from TransFingo. We have successfully recruited/hired/outsourced, Base Maintenance, Sheet metal, composite and line maintenance, cabin maintenance technicians for them resulting in higher productivity and cost savings measures.

January - April

S17

Products/Services Aircraft flight modelling, analysis and visualisation software Aircraft sensor and communications modelling C4ISR planning Aircraft mission planning Communication systems and radar modelling Battlefield visualisation and modelling and simulation

Contact Details Blk 2 Kaki Bukit Avenue 1, #05-06 Singapore 417938 Tel +65 6747 7234 Web www.tmesystems.net Contact Person Mathieu Tan E-mail Info@tmesystems.net

Products/Services Full-service Aerospace Consulting and Outsourcing service provider Recruitment, Manpower Supply, HR Consulting and Outsourcing Business Process Outsourcing (BPO) â&#x20AC;&#x201C; Process Management, Process Outsourcing and Offshoring

Contact Details 10 Ubi Crescent #05-75, Ubi Techpark, Lobby D, Singapore 408564 Tel +65 6741 7108 Web www.transfingo.com Contact Person Zechariah Dinesh Nair E-mail zechariah_nair@transfingo.com

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B24 Tyco Electronics Singapore Ltd, TE Connectivity Ltd TE Connectivity (NYSE: TEL) is a $12 billion global technology leader. Our connectivity and sensor solutions are essential in today’s increasingly connected world. We collaborate with engineers to transform their concepts into creations – redefining what’s possible using intelligent, efficient and high-performing TE products and solutions proven in harsh environments. As the world’s largest supplier of passive electronic components—including connectors and interconnect systems, relays, switches, circuit protection devices, sensors, and wire and cable – TE Connectivity has been helping the Aerospace industry reach new levels of performance for over 60 years. We put a premium on innovation when helping solve tough design problems and shorten the design cycle, reduce costs, increase reliability, design for manufacturability, and meet the demanding requirements of flight. Our 72,000 people, including over 7,000 engineers, partner with customers in close to 150 countries across a wide range of industries. We believe every connection counts!

Booth

B14 United Aviation (Singapore) Pte Ltd United Aviation (Singapore) started in Dec 2003 as a stockist for aerospace hardware and consumables products for the commercial, business jet, and military markets. We offer both standard and proprietary aerospace parts for customers in Asia Pacific and Middle East. Our Singapore warehouse meets ISO 9001, FAA AC 00-56 and AS9120 Quality Standard, and is certified by the Civil Aviation Authority of Singapore (CAAS) as an approved distributor for aviation parts. With office and warehouse located in Singapore, customers in the Asia Pacific region will benefit through increased availability of parts, lower freight and logistics costs, and improve responsiveness and lead time for aerospace hardware and consumables. Currently, we stock more than 12,000 part numbers in our Singapore warehouse. We also offer warehousing, logistics and other value-added services such as customer and technical support, AOG services, on-site stocking, consignment programme, long-term fixed priced agreements, storage/bin management and kitting solutions.

S18

Aerospace Singapore

Products/Services Cable harnessing component; DEUTSCH connector, POLAMCO adaptor backshell, RAYCHEM booting, heat shrink tubing, braid, adhesive, Wire & cable Harsh environment fiber optic and high-speed copper assembly Cable/wire Harness; AS9100C Sensor solution Customised power distribution unit Customised composite enclosure

Contact Details No. 26 Ang Mo Kio, Industrial Park 2, Singapore 569507 Tel +65 6590 5308 Web www.TE.com Contact Person Dong Juncheng E-mail jc.dong@te.com

Products/Services Hardware, Consumables and Raw Materials Component Repairs Rotable spares Ground Support Equipment (GSE), aircraft and engine maintenance tools Honeywell Proprietary consumables associated with Honeywell APU, Engines, Wheels & Brakes Storage system (TwinBin) and Kitting Solutions Chemical Contact Details 132 Gul Circle, Singapore 629597 Tel +65 6863 6097 Fax +65 6863 9197 Web www.uaviation.com Contact Persons Jimmy Chiam; Ash Ang E-mail jimmychiam@uaviation.com; angsoonhin@uaviation.com

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Products/Services

Electronically Dimmable Windows:

Visi Sys Asia Pte Ltd Vision Systems is a tier-one system supplier in the aeronautics (commercial and business aircrafts) designing and producing bespoke solutions for specific market segments in complex environments. The company’s genuine expertise in solar protection places it today among the world leaders in this area and the development of customised entertainment & connectivity solutions allows it to rank as a competitive challenger in IFE systems. Vision Systems combines complementary skills in electronics, mechanics and composite to provide ever more innovative solutions for cost reduction, heightened safety and improved comfort. The company’s aeronautics references include Boeing, Dassault, Airbus Helicopters, HondaJet, SuperJet, Sabena Technics, RUAG, La Compagnie. Vision Systems is headquartered near Lyon, France for more than 80 years, with a production unit in Florida, USA, and a trade office in Singapore.

Instant response time Dark when unpowered For flat or curved windows Easy retrofit Visi-Stream IFEC solution:

WI-FI AVOD on 100 tablets simultaneously Real-time information Priority data flows More services at the seat

Contact Details 51 Changi Business Park Central 2, #04-05, The Signature, Singapore 486066 Tel +65 8876 1015 Web www.vision-systems-aero.com Contact Person Thomas Lim E-mail thomas.lim@visionsystemsasia.com

Booth

B28 Yusen Logistics Singapore Pte Ltd The aerospace industry is under extreme competitive pressures to maintain margins, achieve best value in manufacturing and to keep planes in service. All in an increasingly complex and regulated global market. In response, supply chain optimisation has become a key strategy to speed processes and reduce costs in production, materials movement, maintenance, repair and overhaul operations. Over the years, Yusen Logistics has become an important player in the global aerospace supply chain, streamlining the flow of parts, developing relationships with component vendors, and providing comprehensive AOG services. It is not by chance that we are certified with Aerospace Quality System Standard AS9001 and we are the first logistics company certified with Quality Management System for Aerospace parts JISQ-9100. And it is no surprise that we have invested in dedicated facilities, such as our Distribution Centre in the heart of the Nagoya aerospace industry cluster.

January - April

S19

Products/Services Airlines Airframe OEMs Engine OEMs Parts Suppliers Raw Material Suppliers Aircraft’s parts Trading Companies

Contact Details 2 Changi South Avenue 2, Singapore 486354 Tel +65 6546 8858 Web www.yusen-logistics.com Contact Person Eugene Lee E-mail Eugene.lee@sg.yusenlogistics.com

featured exhibitor Singapore Airshow 2016

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Applied Total Control Treatment Pte Ltd (ATC)

ATC is a one-stop solution provider for quality surface finishing, for diversified industries such as: Aerospace, Medical Technology, Optical, Oil & Gas, Semiconductor, and others. Key Capabilities

Electroplating, Chemical Conversion Coatings: Aluminium Anodizing, Aluminium Conversion Coating, Phosphating, Zinc Plating, Nickel Plating, Electroless Nickel, Silver Plating, Gold Plating, Stainless steel Passivation, Copper Plating, Hard Chrome Plating and Electropolishing. Coating Services: Powder Coating and Spray Painting, Xylan Coating, Molykote, Dry Film / Solid Film Lubricant, Primer Special Cleaning Services, Clean Room Cleaning NADCAP accredited chemical processes:

MIL-A-8625 Anodic Coatings for Aluminium and Aluminium Alloys. MIL-C-5541 Chemical Conversion Coatings on Aluminium and Aluminium Alloys. AMS 2700 Surface Treatment / Passivation AMS 2404 Electroless Nickel Plating QQ-S-365 Silver Plating QQ-P-416 Cadmium Plating AMS 2406 Chromium ASTM B912 Electropolishing ASTM B545 Tin Plating Dry Film/Solid Film Lubricant Coating Painting

Chemical Processing

2009 Silver Standard Aerospace Supplier Excellence

Major Facilities and Equipment list:

(Singapore) Electroplating facilities: 35,000 sq ft (Singapore) Powder Coating and Spray Painting facilities: 10,000 sq ft (Malaysia-Penang) Electroplating and Coating facility: 50,000 sq ft Class 1000 Cleanroom for special cleaning processes

Contact Details Applied Total Control Treatment Pte Ltd (ATC) 6 Marsiling Lane (Block B) Singapore 739145 ATC Coating Pte Ltd Block 205, Woodlands Avenue 9 #04-54, Woodlands Spectrum II Singapore 738957 Tel +65 6362 1200 Fax +65 6362 1768 E-mail atc@atc-treatment.com Web www.atc-treatment.com S20

Aerospace Singapore

2011 Gold Standard Aerospace Supplier Excellence

2014 Silver Standard Aerospace Industry Excellence

Well equipped Laboratory and Testing facilities Fully automated zinc plating line De-ionised water system X-ray machine Thickness checker Spectrophotometer Sigmascope Atomic Absorption Spectrophoto Meter

ATC Surface Finishing Sdn Bhd No 1 & 3 Lorong IKS Juru 6, Taman Perindustrian Ringan Juru, 14100 Simpang Ampat, Seberang Perai Tengah, Pulau Pinang, Malaysia Tel +604 508 2166 Fax +604 508 3166

featured exhibitor Singapore Airshow 2016

Booth

C11

JTC CORPORATION

Set up in 1968, JTC is the lead government agency responsible for the development of industrial infrastructure to support and catalyse the growth of industries and enterprises in Singapore. Landmark projects by JTC include the Airport Logistics Park of Singapore and the Seletar Aerospace Park (SAP). The SAP is an integrated aerospace hub being developed by JTC to support the region’s growing demand for aviation services and underscore Singapore’s position as a thriving aviation centre. Strategically located in the northeast with easy accessibility to Changi International Airport and the city, the Park is developed around the Seletar Airport, a premier destination for business travellers. The aerospace cluster at SAP offers a comprehensive range of maintenance, repair and overhaul (MRO) services and advanced manufacturing capabilities. The Park is anchored by 4 major activities: Maintenance, Repair and Overhaul (MRO) of aircraft and components; Manufacturing and assembly of aircraft engines and components; Business and general aviation; and Training and Research & Development Here, global and homegrown aerospace businesses are part of a vibrant and thriving community, and are co-located within an expanding nucleus of people, enterprises and ideas. The Park’s shared infrastructure and close proximity to suppliers, customers

Seletar Aerospace Park

and partners within a tightly-knit community also offers opportunities for collaboration and business growth. Quick Start-Up For New Partners

Following the positive response for the JTC Aviation One @ Seletar Aerospace Park from the aerospace industry, the JTC Aviation Two @ Seletar Aerospace Park was launched to meet the increasing demand for space at Seletar Aerospace Park. Smaller aerospace firms operating out of JTC Aviation Two can benefit from quick start-up, while growing alongside some of the world’s biggest aerospace players within a conducive and synergistic business environment. JTC Aviation Two has just been completed and offers a range of industrial, office and amenity spaces.

Contact Details JTC Corporation The JTC Summit 8 Jurong Town Hall Road Singapore 609434

January - April

JTC Aviation Two

Tel 1800 568 7000 Fax +65 6565 5301 Web www.jtc.gov.sg Email askjtc@jtc.gov.sg

S21

featured exhibitor Singapore Airshow 2016

Luxaviation Group

The Luxaviation Group is one of the largest operators of corporate aircraft in the world. It manages 250 aircraft under the most stringent safety standards. The companyâ&#x20AC;&#x2122;s commercial fleet is operated under the regulatory umbrella of 14 regional civil aviation issued air operating certificates (AOCs). The group manages 20 world-class FBO facilities and 14 maintenance centres worldwide, certified to work on most business jets. Luxaviation currently employs over 1,500 employees worldwide. Luxaviation Asia specialises in our worldwide Aircraft Management, Aircraft Charters, Aircraft Sales and Acquisitions. Copyright by Luxaviation Group

S22

Aerospace Singapore

Products/Services:

Aircraft Management Aircraft Charter FBOs MROs Aircraft Sales and Acquisitions

Contact Details No 24 Raffles Place, #25-01 Clifford Centre, Singapore 048621 Tel +65 6816 0369 Web www.luxaviation.com Contact Person Tom KĂźnsch E-mail charter.asia@luxaviation.com

featured exhibitor Singapore Airshow 2016

Kiosk

MAG ENGINE SYSTEMS PRIVATE LIMITED

MAG Engine Systems private limited is a Maintenance, Repair & Overhaul shop located in Singapore offering MRO services for Aircraft engine accessories. Our certification includes FAA, EASA Part 145 in C6, C7 and D1 Category, DGCA Indonesia, DGCA India and ISO9001:2008 UKAS UK. Our capabilities include test, repair and overhaul of a wide range of Fuel, Oil, Pneumatic and Hydraulic accessories of CFM56-3,CFM56-5,CFM56-7 and V2500 engines. Special Process includes NDT methods in Fluorescent Particle, Magnetic Particle, Ultrasonic Test and Eddy Current Testing. We utilise latest technology and equipment which allowing us to give our customers the best service possible in a shortest turn time and with the highest aerospace level quality. Our in-house capabilities include test, repair and overhaul of a wide range of Fuel, Oil, Pneumatic Hydraulic and Electrical accessories Our Technical Staff have many years of experience working with aviation gas turbine engines controls and accessories. Our Workshop facilities contain segregated areas for: Shipping and Receiving, Aerospace and Industrial stores, Quarantine stores, cleaning area for Ultrasonic cleaning and drying, Overhaul cells for mechanical and electrical aerospace and industrial components, Proper locations for tool storage, NDT inspection area etc. Our NDT Capabilities in Fluorescent Penetrant Inspection, Magnetic Particle Inspection, Ultrasonic Inspection and

Eddy Current Inspection certified by FAA, EASA under D1 category and UKAS UK ISO accreditation for independent inspection and release. We utilise visual production planning methods to augment our aviation standard ERP system called RAMCO Aviation MRO Software. Our fully air conditioned workshop is maintained to very high standard of cleanliness with 5S program in place. Our test cell and equipment are designed to meet international standards

for equipment operating in potentially explosive atmospheres; our equipment list allows us to test all accessories on our capability list in compliance with OEM test specifications including dynamic response checks Sales and Customer Service Representatives in Singapore, the Netherlands, United Kingdom, India and Malaysia. Our Current Customers includes of Airlines, Aircraft Owners, Aircraft MRO, Engine MRO, and Component MRO.

Contact Details Mag Engine Systems Private Limited #05-09 JTC Aviation One, 700 West Camp Road Seletar Aerospace Park Singapore 797649.

Tel +65 6684 3302 Fax +65 6684 3522 E-mail enquiry@mag-es.aero Website www.mag-es.aero

January - April

S23

featured exhibitor Singapore Airshow 2016

Kiosk

Optical Gaging (S) Pte Ltd Multisensor Metrology SmartScope

OGP SmartScope – CNC 300

Optical Gaging (S) Pte Ltd (OGS) is a Quality Vision International Company (QVI). Our parent company Optical Gaging Products Inc., USA was incorporated in Rochester, New York in 1954. We specialize in designing and manufacturing of Multisensor vision measuring systems - OGP SmartScope. Automatic dimensional measurement frees customers to focus on other productive activities. OGP SmartScope handles toughest measuring tasks; its “all-in-one” measurement solution includes video, contact probes, laser, micro-probes and rotary indexer used for total part characterization and better accuracy. This is measured in a fraction of the time compare other measuring tools. Our products include:

OGP SmartScope – Optical / Multisensor Metrology Systems for 3D dimensional measurement QVI ShapeGrabber - 3D Laser Scanner for measuring and inspection on complex shape ITACA – FlexGauge innovative Portable Shopfloor CMM (Coordinate Measuring Machine) SHAKE SHR - 2D X-Ray & 3D CT (Computed Tomography) Scanner for non-destructive inspection & metrology measurement Vici Vision - MTL Optical Shaft Measuring Machine for measuring precision turned & cylindrical pieces Vici Vision - MTP Optical Scanning Machine for quick measuring and inspection on multiple parts

OGP SmartScope – ZIP250

ViciVision – MTL1

As an Asia headquarters located in Singapore, OGS provides sales, training and technical service supports to the products we handle. Our extensive network of Sales and Technical Centres as well as authorised representatives to provide unsurpassed training and application support for all our customers in the following region:• Singapore • Malaysia • Thailand • Indonesia • Philippines • Vietnam • Hong Kong • Taiwan • South China • Australia • New Zealand • Middle East

ITACA-FlexGauge Portable CMM

OGS provides Multisensor Metrology Measurement solutions for

the aerospace, automotive, medical, electronics, semiconductor, plastics, ceramics, clinical and metalworking industries. These include:Precision measuring and inspection systems:- video, laser, touch-probe, micro-probe, optical-profiling, 3D laser scanning, 3D CT (computed tomography) & 2D X-Ray scanning, optical measuring. Measuring parameters:- coordinates position, height, depth, length, width, distance, roundness, thickness, pitch, pitching, radius, diameters, angles, chamfers, run-out, coaxiality, circularity, cylindricity, parallelism, concentricity, flatness, coplanarity, perpendicularity, profile & true position.

Contact Details Optical Gaging (S) Pte Ltd 21 Tannery Road, Singapore 347733

Kelly Ho General Manager

Products/Services

Tel +65 6741 8880 Fax +65 6741 8998 E-mail marketing@smartscope.com.sg Web www.smartscope.com.sg

S24

Aerospace Singapore

Desmond Tay Marketing Executive

featured exhibitor Singapore Airshow 2016

Booth

C02

RYCA Pte Ltd

MILITARY.SG, established 1 November 2003, is a multi-label distributor for Military, Law Enforcement and Extreme Sports equipment in Singapore and the Southeast Asia region. In this 2016 Singapore Airshow edition, Ryca is launching the all new Magnum Spartan XTB â&#x20AC;&#x201C; designed by Magnum and Vibram, a Jungle Boot that meets the EN ISO 20347: 2012 occupational footwear standards. The Spartan XTB features: 1.8-2.0 mm full grain leather 1200 denier nylon mesh abrasion resistant but providing maximum breathability and quick dry properties Moisture wicking polyester sandwich mesh lining with antibacterial finish Coats 40 N tensile strength hydrophobic thread Durable non-metallic closed lace loops and rustproof coated bronze eyelets and drainage ports to allow water to be expressed 350 paracord laces (tensile strength of 350 lbs/159 Kg) 360 degree stitched cupsole that prevents delamination in hot and humid conditions Anti-bacterial PU footbed for outof-the-box comfort Vibram outsole features a technical tread pattern with maximum surface contact and an unparalleled grip on wet and muddy surfaces Outsole will not clog with mud and provides unparalleled abrasion resistance on rocky and urban surfaces Size range: US 3 â&#x20AC;&#x201C; US 15

Products/Services:

Distribution Stockist Marketing

Contact Details 27 Jalan Gelenggang, Singapore 578201 Tel +65 9678 7745 Web www.military.sg Contact Person Lee Kok Tong E-mail ryca@military.sg Online Store http://store.military.sg

January - April

S25

featured exhibitor Singapore Airshow 2016

Kiosk

Tecsia Lubricants PTE LTD

A regional stockist, Tecsia Lubricants prides itself in providing the most comprehensive and finest quality range of specialty lubricants for the commercial and military aviation sectors. The lubricant brands represented are Everlube®, Royco® and Nyco®. These include aerospace greases, turbine oils, hydraulic fluids, sealants, bonded lubricants (coatings) and corrosion preventives. The impressive portfolio of lubricant types is designed for engines (turboshaft, turbine or piston), gearbox, splines, landing gear systems, avionics, shock struts, airframe assemblies and also helicopter systems. Tecsia Lubricants is an advocate of certified products that are in compliance to global, original aircraft manufacturers’ stringent regulations. All Everlube®, Royco® and Nyco® products are carefully evaluated for consistent quality and performance according to MIL-SPEC, DEF-STAN and NATO requirements. To meet critical demands, the aerospace lubricant technology is designed to assure stakeholders of the products’ credibility. Capable of protecting against extreme load and temperature changes, the lubricants’ formulation aims to reduce overall maintenance issues and costs. Headquartered in Singapore, Tecsia Lubricants covers a wide reach in Southeast Asia with regional offices in Bangkok, Thailand and Jakarta, Indonesia. Armed with competent and diverse clusters of sales, marketing, technical and customer service personnel, the strategic locations allow for smoother follow-up operations and efficient services across borders.

About the company

Tecsia Lubricants Pte Ltd is an awardwinning, wholly-owned organisation that provides full-fledged turnkey lubricant solutions such as application consultancy, training, product innovation, testing and analysis, and technical support. Its industrial expertise lays in heavy industries, petrochemical, food processing, military and especially aviation. Ultimately, Tecsia Lubricants positions itself to be a one-stop

Contact Details 2A Mandai Estate, BHL Factories, #01-01, Singapore 729928 Tel +65 6456 1133 Fax +65 6459 0093 Web www.tecsialube.com

S26

Aerospace Singapore

lubrication supply. Tecsia Lubricants is also trusted by several industries. Since 2012, the organisation has been gaining recognition through corporate accolades. Some of these include Promising SME 500, AsiaPacific Stevie Awards and Enterprise 50 Awards. The wins have proven the organisation’s consistency in providing top-notch products and services, assuring stakeholders of Tecsia’s commitment.

Contact Persons Ryan Lum Manager, Business Development E-mail ryan_lum@tecsialube.com Paul Khoo Senior Executive, Business Development E-mail paul_khoo@tecsialube.com

Capabilities Matrix Singapore Airshow 2016

Association of Aerospace Industries (Singapore) ACP Metal Finishing Pte Ltd Advanced Integrated Manufacturing Corp. Ltd Aerotech Supplies Pte Ltd Air Transport Training College Pte Ltd Airtec Corporation (Asia) Pte Ltd Applied Total Control Treatment Pte Ltd Blue Waves Flight Simulation Pte Ltd BSB Aviation LLP Busads Pte Ltd GBS (Singapore) Pte Ltd Global Sourcing Services Pte Ltd Globaltronic Precision Pte Ltd HOPE Technik Pte Ltd JCS-Vanetec Pte Ltd JEP Precision Engineering Pte Ltd JTC Corporation Kim Ann Engineering Pte Ltd MAG Engine Systems Pte Ltd MAJ Aviation Pte Ltd Matrix Technological Services Pte Ltd NDT Instruments Pte Ltd Nitto Denko (Singapore) Pte Ltd Optical Gaging (S) Pte Ltd Power Force Technologies Pte Ltd Redsun Aviation Pte Ltd RFMW Asia Pte Ltd RYCA Pte Ltd SCS Technologies Pte Ltd Snap-on Tools Singapore Pte Ltd ST-Airport Services Pte Ltd Stratech Systems Limited Tecsia Lubricants Pte Ltd TME Systems Pte Ltd Tyco Electronics Singapore Pte Ltd Transfingo Pte Ltd United Aviation (Singapore) Pte Ltd Visi Sys Asia Pte Ltd Yusen Logistics (Singapore) Pte Ltd

January - April

S27

Other

Training

Tooling

Surface Treatment

Software Systems and Applications

Precision Machining

Manufacturing Military-related Equipment

OEM

Mainpower Suppliers

Maintenance, Repair & Overhaul Services

Logistics/Cargo

Inspection and Testing

Heat Treatment

General Stockist

Fuels and Lubricants Supplier

Documentation

Facilities/Industry Developer

Distributor of Aircraft Parts & Equipment

Composites

Communications & IT

Certification & Consultancy

Avionics

Airport/Terminal Equipment

Aircraft Interior

Aircraft Ground Support

Company

Aerospace Material

Singapore Pavilion Exhibitors

SINGAPORE PAVILION FLOORPLAN Singapore Airshow 2016

Changi Exhibition Centre STATIC AIRCRAFT DISPLAY AREA

Exhibitors A25 Association of Aerospace Industries (Singapore) A11 ACP Metal Finishing Pte Ltd C10 Aerotech Supplies Pte Ltd B12 Air Transport Training College Pte Ltd A23 Airtec Corporation (Asia) Pte Ltd B02 Blue Waves Flight Simulation Pte Ltd A27 BSB Aviation LLP C08 Global Sourcing Services Pte Ltd A13 HOPE Technik Pte Ltd B05 JCS-Vanetec Pte Ltd C11 JTC Corporation B09 Kim Ann Engineering Pte Ltd A39 MAJ Aviation Pte Ltd B06 Matrix Technological Services Pte Ltd B07 NDT Instruments Pte Ltd B01 Nitto Denko (Singapore) Pte Ltd B10 Power Force Technologies Pte Ltd A37 Redsun Aviation Pte Ltd A35 RFMW Asia Pte Ltd

Singapore pavilion

C02 C12 A01 A09 A05 B08 B24 B14 B28

S28

RYCA Pte Ltd SCS Technologies Pte Ltd Snap-on Tools Singapore Pte Ltd ST-Airport Services Pte Ltd Stratech Systems Limited TME Systems Pte Ltd Tyco Electronics Singapore Ltd United Aviation (Singapore) Pte Ltd Yusen Logistics Singapore Pte Ltd

Aerospace Singapore

SINGAPORE PAVILION FLOORPLAN Singapore Airshow 2016

SME Kiosks 3

6 A39

A37

7 8 2 1

9 10

B28

A27

11 12

A25 B24

C11

B13

C12 B09 C10 C08

KIOSK EXHIBITORS 1 2 3 4 6 7 8 9 10 11 12

Tecsia Lubricants Pte Ltd Visi Sys Asia Pte Ltd Optical Gaging (S) Pte Ltd Busads Pte Ltd MAG Engine Systems Pte Ltd Applied Total Control Treatment Pte Ltd Globaltronic Precision Pte Ltd Transfingo Pte Ltd GBS (Singapore) Pte Ltd JEP Precision Engineering Pte Ltd Advanced Integrated Manufacturing Corp. Ltd.

A23

B07 B05

B14

A13

B12

A11

B10

A09

B08 A05 B06

C02 B01

B02

A01

Singapore Pavilion Aerial Perspective January - April

S29

A35

Singapore Pavilion

The Association of Aerospace Industries (Singapore) would like to thank all companies who participated in the Singapore Pavilion at the Singapore Airshow 2016, as well as the following organisations for their support in making this a success:

FEATURE

Flight innovations

gaining altitude 10

Aerospace Singapore

Lockheed Martin N+2 has a tri-jet configuration

A new era beckons as the aviation industry takes flight with new technologies and inventions that are set to revolutionise the travel scene. From the airport to the aircraft, the future of air transport looks to be a unique experience where advancing solutions form a major part of the transformation. Supersonic technology The world had its first brush with supersonic technology when the Concorde began operations in 1976 but due to certain restrictions like noise performance and heavy structure, the Concorde had to be retired in 2003. This also followed the Concorde crash in Paris in 2000 and the Sept 11th incident in 2001 which saw a dip in demand and profitability. Now the resurrection of a new generation of supersonic jets looks to be well on its way with the renewed technological advancement and research done in this area. NASA has already begun exploration to tackle the biggest barriers in developing economically viable and environmentally acceptable supersonic transports, which are high emissions and the sonic boom. The latter is a big hurdle for the 21st-century supersonic flight, where the shock waves created by an object moving faster than sound is liken to an explosion. The space agency is working with Lockheed Martin on the N+2, a proposed larger civilian-class supersonic aircraft modelled after the first prototype N+1. A new kind

of propulsion system is being developed to suppress noise while achieving supersonic speeds at Mach 1.7 to allow the N+2 to travel across the country and not just over water as with current restrictions. â&#x20AC;&#x153;We are also exploring new techniques for low noise jet exhaust, integrated fan noise suppression, airframe noise suppression and computer customised airport noise abatement,â&#x20AC;? explained Michael Buonanno, Lockheed Martin manager of the N+2 programme. Under the N+2 programme, Lockheed Martin works with General Electric and Rolls-Royce to look at engine concepts that have high fuel efficiency and can meet the take-off and landing noise constraints. The N+2 concept has a tri-jet configuration with one engine located on the top of the aircraft and the other two under each wing. These locations are essentially concealed from the sonic boom thanks to the tailored volume and lift distribution of the plane, whereby the disturbance blends in. The US-based Aerion is also confident of getting around the sonic boom issue and has already started taking orders for the AS2, a dart-shaped business jet

January - April

FEATURE

being produced in collaboration with Airbus. The AS2 can fly up to 12 people at Mach 1.5 – which is slightly above the speed of sound and at which the boom dissipates. It is due to begin test flights in 2019. Aerospace companies and other institutions are making headway into quieting the sonic booms and a solution seems likely in the next 10 to 20 years. If this proves to be successful, the advent of hypersonic technology will not be too far away.

E-aviation Electric aviation is a concept worth looking into. Electricity produces a cleaner and quieter propulsion in comparison to traditional forms of take-off. The Airbus E-Fan is one such electric aircraft that have successfully made its maiden journey in July 2015. The aircraft is made of carbon fibre with a wingspan of 9.45 metres and a height of 2 metres, and a total engine power of 60kW. Its 120-cell lithium battery system requires only 90 minutes of full recharge to operate. Airbus has invested ¤20 million to develop the technology and to introduce a production model of the E-Fan in 2017 or 2018. The viability of an electric system is gaining traction as aircraft manufacturers are anticipating stricter enforcements to cut back on carbon pollution. It has been reported by the US Environmental Protection Agency that carbon emissions by airlines have significantly contributed to climate change and new regulations could come into effect by 2017. The European Union has also looked into charging some airlines for CO2 emissions. In Asia Pacific, no official directive yet but the ASPIRE (Asia and Pacific Initiative to Reduce

ABOVE: The Aerion AS2 is scheduled to enter service in 2023

Emissions) coalition has been actively looking at ways to lessen aviation’s environmental footprint since its establishment in 2008. The partnership was formed by Airservices Australia, Airways New Zealand and the US Federal Aviation Administration and later joined by the Japan Civil Aviation Bureau in 2009 and the Civil Aviation Authority of Singapore (CAAS) in 2010. NASA also has been championing the goal of future passenger airplanes with greatly reduced fuel consumption, noise and emissions. Its Fundamental Aeronautics Program could potentially see a concept vehicle being brought into service within the next 15 to 20 years. The

Aerospace Singapore

Boeing Subsonic Ultra Green Aircraft Research (SUGAR) Volt is one such concept. The SUGAR Volt operates on a twin-engine design and electric battery gas turbine hybrid propulsion system that is able to reduce fuel burn by more than 70 percent and total energy use by 55 percent.

Concept planes and cabins The concept planes of tomorrow look sleek to say the least as manufacturers and designers work at pushing the boundary of what is possible. Take for example, the Skeemr concept plane, the brainchild of Canadian engineer and inventor Charles Bombardier. His vision

RIGHT: The Airbus E-Fan will go into production by 2017

INSET: The Aerion AS2 features a 9.1m long cabin with two-lounge layout

“

Ideas are also abound for futuristic planes to feature windowless interior and holographic technology.

”

is of a 75-passenger aircraft that can travel at 10 times the speed of sound reaching an incredible Mach 10 speed, utilising hypersonic technology. The jet would have to take off from a magnetically charged electric system at gun-like speeds. Rockets would then increase the aircraft speed to ignite its main scramjet engine. The scramjet engine, which is currently being tested by the US and China, would then compress incoming air for engine combustion, burning hydrogen and compressed oxygen to accelerate its speed to make a trip from New York to London in just 30 minutes. Meanwhile, US aerospace engineering firm, Windspeed Technologies has introduced its SkyDeck design in 2015 to much fanfare. The concept revealed a seating system that can be accessed via an elevator or staircase to allow passengers to sit on top of the plane, within a transparent bubble-style canopy. The one-seat or two-seat configuration can be installed on a variety of aircraft from private jets to wide-bodied commercial planes, while a GPS system can be integrated into the platform to provide flight and location information. Ideas are also abound for futuristic planes to feature windowless interior and

January - April

holographic technology. The UK-based organisation, Centre for Process Innovation (CPI) is working with companies to see how large, hi-definition, ultra-thin and lightweight screen panels could form the inside of the fuselage. Windows would be replaced by full-length screens and passengers would be able to switch from the view of the world outside to identify prominent sights on screen or even surf the Internet. This early-stage concept will provide a solution to the aviation industry’s quest to find ways to reduce weight, which would cut fuel consumption and bring down fares. According to the CPI, for every 1 percent reduction in the weight of an aircraft, there is a saving in fuel of 0.75 percent.

Inflight Virtual Reality The next big thing in travel is being touted as the ultimate immersive experience. Major airlines are making strides with Inflight Virtual Reality or VR, forming a new wave of inflight entertainment (IFE) which will change the way passengers travel. In early 2015, Qantas collaborated with Samsung Electronics Australia to launch a trial run, where passengers were given a chance to experience 3D virtual reality in an interactive 360° cinematic video format via the

BIOMETRIC ENROLLMENT

FEATURE

Samsung’s Gear VR. Through the headsets, travellers were able to tour destination cities, watch latest blockbuster movies and even check out duty-free items, all without leaving their seats. “In our opinion, VR will establish itself in two different ways in the aircraft. On the one hand, as VR will become mainstream over the next years, bring your own device (and streaming VR content to your own device) will be one major trend that we are likely to see, particularly with low cost airlines. “On the other hand, high-end solutions will also emerge. For instance, we believe that VR hardware will be embedded in the seats, making it possible to add unique and immersive experiences to the existing inseat entertainment programme,” shared Nikolas Jaeger, one of the co-founders of Munich-based start-up Inflight VR. The company is currently making inroads into the IFE space by giving users

ABOVE: The Gear VR headset includes a touchpad and back button on the side BELOW: A proximity sensor in the Gear VR helps to detect when the headset is on

the freedom to forget about the physical limitations of the aircraft and enjoy an alternate reality. Jumping onto the bandwagon of virtual inflight world is the San Francisco-based Osterhout Design Group, which developed the R-7 Smart Glasses. The tech company’s device uses augmented reality to give users a 360° experience and enjoy 3D content away from privy neighbours on the same flight. The glasses display video at 720p HD with headset attachments for sound. A potentially great function of the Smart Glasses is during an inflight emergency, a crew member could use it to reach a medical facility and show the expert the situation at hand in real time. Known as telepresence, the remote communications technology is already being employed in the military and medical world. It could save a life on-board too! The concept of inflight virtual reality has caught the attention of several airlines but some issues still need to be ironed out. In the case of VR, it is the risk of associated nausea if the aircraft experiences turbulence. This is something which the launch of the new Oculus Rift by Oculus VR in early 2016 is expected to help address. Its Organic Light Emitting Diode display is able to deliver crisp, rapid movement at a faster frame rate, which presumably can keep up with the wearer’s movement and reduce motion sickness significantly.

Wearable tech Wearable technology has become the key phrase among airports and airlines as it’s emerging

Aerospace Singapore

CHECK-IN

BAG DROP

to be more than just a fad. The technology can perform many of the same computing tasks as mobile phones and laptops but it is much more sophisticated with sensory and scanning features such as biofeedback and tracking of physiological function. A 2014 SITA survey showed that almost every passenger (97 percent) today carries a smartphone, tablet or laptop when they fly while one in five travels with all three. Additionally, close to 77 percent of the 6,277 respondents said they would be comfortable with the use of wearable tech to help them on their journey. Hence, a technologyled innovation could significantly enhance the passenger experience.

ACCESS CONTROL

BORDER CONTROL

SECURITY CONTROL

In SITA’s trial with Virgin Atlantic on wearable tech, concierge staff were able to meet and greet VIP passengers with a personalised check-in service. SITA has also developed an application which would allow gate agents to automatically and simultaneously scan a boarding pass and passport in less than a second by using a pair of wearable smart glasses. Its development arm, SITA Lab is collaborating with airlines and airports to develop and pilot potential solutions for the air transport industry. A work-force solution ensures operations run smoothly. For example, the Apple Watch can be linked to SITA’s Airport Management System, in which duty managers may get an alert notification about two planes arriving simultaneously and be assigned to the same gate or if there’s a delay at certain gate. This was successfully introduced at the Quebec City International Airport where the airport workforce utilises the Apple Watch and SITA’s system to efficiently integrate its operation. Wearable technology is also expected to become a more essential component for the future of MRO in bringing up new levels of visibility, control and productivity. Smart wearables

BOARDING

ABOVE: An illustrated process of mobile biometric terminals at airports

functions to provide instant access to critical information, improve work quality and open up new opportunities. It has also been identified as a way to minimise errors and improve safety in complex assembly or maintenance activities. Accenture and Airbus have developed an application for wearables to reduce the complexity of assembling cabin seats and decrease the time required to complete this task. Through this technology, a manufacturing professional can utilise digitally enabled, industrial-grade smart glasses for a faster and more accurate contextual marking process.

“

The tech company’s device uses augmented reality to give users a 360º experience and enjoy 3D content...

”

Biometrics The International Air Transport Association (IATA) projects that in the next 20 years, global travel will grow 4.1 percent per year and reach 7.3 billion in 2034. This would require airport operations and processes to be innovatively improved in order to maintain security. Biometric technology, in the form of facial, iris and fingerprint recognition, will become more important than ever to create a single passenger token and seamless airport journey. Changi Airport is expected to leverage on the latest technology to drive efficiency beyond the

January - April

standard self-service bag drop and self-tagging currently. The new Terminal 4, which is due to open in 2017, will utilise facial recognition technology as part of the FAST programme. The adoption of facial recognition at the self-bag drop machines, integrated border control lanes and self-boarding gates will allow full automation of security checks and thus, enhance operational efficiency while reducing reliance on manpower. Japan meanwhile, will soon be introducing mobile biometric terminals at airports to capture photos and fingerprints of foreign visitors, cutting down the processing time at the immigration desk. Called Biocart, the terminals will be installed at all airports with international operations beginning April 2016. Upon capturing the visitors’ images and fingerprints, the terminals will send the information to the immigration desk. The use of Biometrics can also help strengthen security in airport operations. In Canada, the Air Transport Security Authority has announced that a dual biometric airport identification system for staff is now fully operational at 29 of the largest airports in Canada. The smart card authentication system, known as the Restricted Area Identity Card, has been issued to more than 90,000 workers at the airport who have access to restricted areas in the airport. The innovative biometric programme consists of a small biometric chip, a processor and a memory to store templates of the iris and fingerprints. In addition, iris and fingerprint readers are set up as part of a network connecting all the 29 airports to a central database. It is a step up in airport security for non-passengers.

InFOCUS

Carving a niche

Excel Aerospace Since 2005, Excel Aerospace has been supporting both private and corporate aircraft and operators in Cabin Interior Works (CMM or Modification/Customisation). Its MRO and DER services cover a wide range of aircraft cabin interior equipment.

ith more than 90 percent in-house capabilities and years of experience, Excel Aerospace is equipped to customise, design and build many projects from Seat Configuration and Modifications to Cabin Redesign and Refurbishment, Military Aircraft Equipment Design and Built, and Ground Training Equipment and Built. To date, the company has successfully delivered more than 300 aircraft interior projects to its customers. Aerospace Singapore talks to Mr Tan Chii Sin, the President of Excel Aerospace. Can you tell us a little about Excel Aerospace? Excel Aerospace provides valued support to complement the region’s Commercial Airlines, Maintenance Hangars, Aircraft Manufacturers, Private Aircraft Owners & Operators, and Air Forces. Being a sole privately owned company, customers view Excel Aerospace as a neutral and non-competitive strategic contracting partner, while remaining flexible in responding to customers’ changing requirements. The company’s collaborations include

close working relationship and joint partnership with European Companies, while another NASDAQ-listed American Aerospace Company is in negotiation for a joint venture in Asia. With our current FAA (USA) and Regional Airworthiness Approvals, Excel Aerospace is also in an excellent position to provide EASA Form 1, DoA and PoA support to our customers. With over a decade experience in the provision of all aircraft interior supports, services and engineering requirements, how has Excel Aerospace progressed and what are the significant changes you’ve seen? The history of Excel Aerospace initially began as Jackspeed Aviation & Marine in 2002. The change in management occurred during the last quarter of 2013, and subsequently changing the name of the company to Excel Aerospace. The company initially started supporting the industry in aircraft cabin interior for Passenger and Flight Crew Seats Repair; mainly soft works on repair and fabrication of cushions and upholstery. Our capabilities enhancement through the years has enabled us to carry

Aerospace Singapore

RIGHT: Mr Tan Chii Sin, the President of Excel Aerospace

out extensive modification to most Cabin equipment including repair of Cabin Galleys, Lavatories, Veneer as well as replacement. Today, Excel Aerospace is able to attend to our customer’s needs of up to over 90 percent within the Aircraft Cabin System and Equipment. How has the advancement in aerospace or aviation technology benefitted the business? The advancement of aircraft manufacturing technology has enabled more aircraft operators to grow significantly. This has also driven operators/owners to ensure good maintenance of the Cabin. In our business, presentation and quality of the Cabin is highly important to the operators/owners, as competition is keen to ensure profitable occupancy rate during each flight. Passengers will spend many hours in the Aircraft Cabin during the long journey, hence the skill to delight the senses and experiences of each passenger is paramount to be a top operator. Excel Aerospace therefore,

What are some of the trends/ developments in aircraft cabin interior to be expected in the coming year? We hope to see more collaboration between the hangars and the workshops to enhance capabilities and options to the customers in the coming year, and thus remain competitive.

is positioned with the right expertise to work with operators/ owners and to stay in the lead while being priced competitively. What is the current strategy in place to expand your range of products and services? Excel Aerospace has recently been awarded a site in Seletar Aerospace Park. This site has given Excel Aerospace the opportunity to build an estimated 11,000sqm state-of-the-art facility to further improve on our service quality and product range. This building will enable Excel Aerospace to invest in manufacturing of Aircraft Cabin Parts and Equipment. Excel Aerospace is also currently working closely with various new brands with innovative and ergonomic designs to offer to our regional customers. With this facility, Excel Aerospace plans to eliminate the inherent problems of long lead time of Cabin Spares and Equipment sourcing, and turnaround time. Our showrooms can provide real-time viewing and evaluation of the available Cabin Equipment which are priced competitively. This facility will also enable our customers to be involved, contribute during each phase and witness the

LEFT: Excel Aerospace offers a broad range of aircraft interior support work

progress of the job in a controlled environment. Excel Aerospace will always complement the Hangar customers to ensure economic growth among us in the region. What seems to be the greatest challenge in this line of work? How have you overcome this? The greatest challenge is always cost of operations and raw materials. To retain a low overhead, reduce delivery lead time and enhance capabilities and services will always be an endeavour for the company. Following all these successes while remaining low cost can be transferred to our customers to ensure their competitiveness. Excel Aerospace always believes in the economic growth of our customers.

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We’re committed to getting our facility in Seletar Aerospace Park into operational status.

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What is Excel Aerospace’s key focus for 2016? We’re committed to getting our facility in Seletar Aerospace Park into operational status. Our company is currently supported by a Quality Department, Planning & Customer Support Department, Engineering Department, and Programs & Operations Department 24/7 to effectively serve our customer’s needs. With regards to talent development, can you share with us what strategies are in place at Excel Aerospace to recruit and retain talent? Aircraft Cabin Work does not only requires the necessary knowledge of aircraft work, it also requires the ability of oneself to become a craftsman. Therefore, it’s always a challenge for us to have the right candidates to train. The willingness to work with the hands after a fair amount of education, coupled with good taste and high standard of each completed work, and the patience to listen to the customer’s needs and act on them; these are qualities we look for. We are fortunate to have a good mix of dedicated and talented pool of crew with us. We will continue to offer opportunities to individuals that would like to be trained and experience a career in high-end cabin works.

InFOCUS

It is designed with stateof-the-art integrated avionic system and fly-by-wire flight control that facilitates the aircraft piloting, reducing pilot workload and increasing the missionâ&#x20AC;&#x2122;s efficiency.

The aircraft offers a 1,380-nautical mile range with its standard load of 23 tons and self-ferry over 4,640 nautical miles when fitted with two internal tanks, which can be used to increase patrol endurance for search and rescue missions.

Embraer KC-390 T he Embraer KC-390 is a tactical transport aircraft designed to set new standards in its category while presenting the lowest life-cycle cost of the market. It is a project of the Brazilian Air Force that, in 2009, hired Embraer to perform the aircraft development. Under this programme, industrial partnerships were also established with Argentina, Portugal and Czech Republic. The KC-390â&#x20AC;&#x2122;s first prototype performed its first flight in February 2015 and the aircraft is now in the flight test campaign. Certification of the KC-390 is scheduled for the second half of 2017, with first deliveries in the first half of 2018.

Characteristics Maximum concentrated payload: 26 metric ton Maximum distribuited payload: 23 metric ton Maximum cruise speed/Mach Number: 470 knots / 0.80 mach Maximum operational altitude: 36,000 ft (cabin altitude 8,000 ft) Range with 23 metric ton: 1,380 nm Ferry range: 3,350 nm Cargo configurations: 80 soldiers,66 paratroopers, 74 stretches, 7 463L type pallets, 3 Humvee, 1 Blackhawk helicopter, 1 LAV-25, among others.

Aerospace Singapore

The KC-390 is armed with an advanced selfdefence system and has ballistic protection in critical areas, which increases the survival capacity in hostile environments.

It can refuel other airplanes in flight, with the installation of two removable internal fuel tanks. The aircraft can also be refuelled in flight, thus providing greater flexibility for longer missions.

The KC-390 can perform a variety of missions such as cargo and troop transport, troop and cargo air delivery, aerial refuelling, search and rescue and forest fire fighting.

The KC-390 is capable of transporting a payload of up to 23 tons, including pallets, helicopters, armoured wheeled vehicles, medevac stretcher and troops of 80 soldiers or 64 paratroopers.

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The KC-390 is equipped with International Aero Engines V2500 turbofan engines, the latest avionics, a rear ramp and an advanced cargo handling system.

InFOCUS

Get connected! The travel experience is transforming rapidly with many inventions and technologies taking shape. Aerospace Singapore takes a look at Adaptive and RIMOWA Electronic Tag, the two features that will enhance the operations of air transport providers and the flight experience of travellers.

Adaptive

daptive Channel is an application software and digital content developer based in Toulouse, France. The company develops, distributes and integrates unique software solutions to offer digital press and entertainment on-thego for transport and hospitality operators. Adaptive is known to be the pioneer in on-board digital press solutions, in which it achieved a worldwide first with Air France where the airline’s 90,000 subscribers were offered access to free digital press content. Adaptive’s clients include SAS, TAP Portugal, Air France, Air Caraïbes, Aéroport de Nice, Thalys and Taxis G7. The company is also working in partnership with SITA and Orange Business Services to develop ultra-high-speed Internet media stations for airports. The Adaptive Content Entertainment System (ACES) is a platform that integrates a wide range of quality contents such as newspaper, magazines, corporate contents, books, comics, movies, trailers, music, games, city guides, TV news, etc. SITA has been collaborating with Adaptive to offer travellers access to over 200 movies, 50 TV series,

ABOVE: Adaptive offers free digital press content

450 newspapers and magazines, 100 city guides and more. With the trend of ‘bring-yourown-device’ fast gaining popularity, users can download the digital media content wirelessly within minutes from a touchscreen media kiosk to his or her smartphones, tablets, laptops, etc. This concept allows airlines and airports new ways of delivering a connected passenger experience.

Direct access to new services such as duty free Addressing airline’s environmental concerns by going green and reducing paper processing Easing the cleaning process in planes at gates Getting to know passengers better which in turn helps generate ancillary revenues

Key benefits of ACES:

More information on Adaptive at www.adaptive-channel.com

Delivering up-to-date and multilingual content at the departure gates and entertainment lounges

Aerospace Singapore

RIMOWA Electronic Tag

ast September, RIMOWA together with its launch partner Lufthansa presented the RIMOWA Electronic Tag for the first time at the FTE Global conference. The nifty product was a result of the BAG2GO project, a cross-industry collaboration between T-Systems, Airbus and RIMOWA. It gained interest among many as the first digital and fully integrated mobility solution for luggage, which makes flying with a bag more convenient, faster and more secure. The RIMOWA suitcase is integrated with an airline app and an in-built RIMOWA Electronic Tag with an E Ink Mobius™ display. In contrast to the traditional check-in where a paper label is attached by hand, a digital boarding pass and digital luggage information will be made available to the passengers when they check-in from home or while en route to the airport using the app. Lufthansa became the first company to showcase this feature in its app as part of an exclusive arrangement. With just one click, the luggage information is sent via Bluetooth from the smartphone to the suitcase equipped with the RIMOWA Electronic Tag. The details are immediately displayed on the built-in data module and the RIMOWA suitcase can be dropped off within seconds at the airport. In terms of size and appearance, the luggage information displayed on the electronic data module corresponds to the industry’s paper labels. The transition from analogue to digital is simple enough and applies well with the wide usage of smartphones today.

Key benefits of RIMOWA Electronic Tag: Easy, fuss-free check-in process with a smartphone and app Save waiting time for check-in and drop-off Important information is protected from moisture, heat, cold, shocks and vibration and cannot be accidentally torn off More information on RIMOWA Electronic Tag at www.rimowa.com

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ABOVE: RIMOWA Electronic Tag with an E Ink Mobius™ display

INPROFILE

Connecting Far and Wide With a fleet of geostationary satellites, a network of teleports and offices around the globe, SES is a world-leading satellite operator that provides reliable and secure satellite communications solutions. Deepak Mathur, Senior VicePresident, Commercial, Asia-Pacific and the Middle East talks to us about the growth of inflight connectivity and the plans for the future.

Aerospace Singapore

Tell us more about SES and its role in the growing demand for inflight connectivity. How does SES support the aviation industry? SES is the worldâ&#x20AC;&#x2122;s largest satellite operator by revenue, with a fleet of over 50 satellites covering 99 percent of the worldâ&#x20AC;&#x2122;s population. Besides aeronautical connectivity, we provide satellite communications services to broadcasters, content and internet service providers, mobile and fixed network operators, and business and governmental organisations in Asia-Pacific and around the world. As a satellite operator, our continued investment into our fleet allows us to deliver high-throughput solutions that fulfil the growing

demand for inflight connectivity. By 2017, we will launch three hybrid satellites, which combine wide area beams with small, high throughput spot beams. SES-12, SES-14 and SES-15 will provide more comprehensive coverage and greater data throughput, enabling our inflight connectivity (IFC) service provider customers and airlines to better cater to this demand. In many ways this is a self-fulfilling prophecy – as higher quality connectivity is delivered to aircraft, the demand for these services will see exponential growth. In fact, our service provider customers play a pivotal role in the design process for several of our upcoming satellites. We work closely with them to tailor solutions and design satellites that revolve around their business challenges, demands and needs.

LEFT: Deepak Mathur, Senior VicePresident, Commercial, Asia-Pacific and the Middle East at SES’s office in Singapore

Why are we seeing a higher growth for inflight connectivity today? In 2016, 3.6 billion passengers are expected to take to the skies, traversing countries, continents and oceans. Air travel is booming, but as it has become ubiquitous, passengers demand more than just a wide variety of airline-provided entertainment. Now accustomed to connectivity on land, passengers increasingly desire connectivity on-the-go. They want to experience the same high-speed connectivity while flying across oceans and continents. They expect seamless connectivity in the skies, be it for social media networking, surfing the Internet, working or checking emails. To stay ahead of the competition, airlines are looking to provide the best-in-class inflight connectivity experience as a differentiator. Beyond the needs of

passengers, inflight connectivity is also transforming the aviation market in the areas of flight management and maintenance and operations. As an example of flight management, the connected cockpit receives real-time updates on weather and airport conditions, enhancing flight operational efficiency by allowing pilots to adjust the flight plan accordingly to save fuel, cut delays, and avoid turbulence. In maintenance, realtime data collected from the plane in flight is relayed to the ground operations teams via satellite, ensuring that ground staff can ready the technical team and components for maintenance work before the plane lands to save time. What trends can be expected of onboard Wi-Fi and consumption patterns? After becoming accustomed to connectivity on land, passengers desire an always-connected experience. They are increasingly using inflight Wi-Fi and consuming more and more data per flight. While inflight Wi-Fi is still predominantly used for traditional applications such as email and surfing the web, this could soon change with passengers’ rising expectations to stream video, video conference and make phone calls. With the development and adoption of next-generation satellite and IFC technologies gaining pace, it might not be long before streaming YouTube videos and Netflix in High Definition becomes a possibility on most international long-haul flights. Besides connectivity-on-the-go, multiple-device usage is also on the rise. Most passengers today already carry a minimum of one mobile device onboard planes. As Wi-Fi speeds improve and airlines catch on to the “bring your own

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device” trend, inbuilt screens may become a thing of the past. In the last couple of months, an airline has announced it will be taking its inflight system off long-haul flights, and we may see more choosing to do away with seat-back monitors to save costs on installing inflight entertainment systems and licensing inflight entertainment content and reducing weight of the plane, and therefore fuel costs. How do innovations in satellite technology, such as High Throughput Satellite (HTS), help airlines in meeting the demand of inflight connectivity? With its concentrated “spot” satellite beams, HTS facilitates greater data transfer than traditional satellite and enables satellite operators to offer highspeed internet connectivity to customers. As demand for IFC and data-intensive applications such as video streaming on planes increases, HTS will offer significantly more bandwidth at cost competitive economics, and deliver an enhanced customer’s broadband connectivity experience. This in turn benefits the aeronautical connectivity value chain. In the very near future, inflight connectivity could become as common as Wi-Fi connectivity in hotels, and most airlines will be able to offer high-speed inflight Wi-Fi to passengers. Can you share with us some of SES’s strategies in place to improve global offering and the plans to cater to the Asian market? SES believes in building a future-proof network that is band and architecture agnostic. The development of HTS has enabled us to offer a wide array of solutions, empowering our

INPROFILE

customers to make informed decisions on what works best for their business needs. This powerful combination of both HTS payloads and wide beams caters to both high-density and low-density flight routes. Wide Ku beams, which cover a larger area, are important for low-density and starter routes to achieve better economics, while HTS, with their concentrated beams, can accommodate higher volumes of capacity required over heavily-travelled routes and for bandwidth hungry applications that are increasingly in demand in the skies. As a global satellite operator, our fleet of more than 50 satellites today has coverage to support inflight connectivity in virtually every region of the world. Currently, we have invested over US$ 1.2 billion in our three latest hybrid satellites – SES12, SES-14 and SES-15 – which have the best of both worlds with HTS spot beams and traditional beams. These new satellites will serve aeronautical and inflight connectivity markets in highdensity markets or routes. SES-12 was designed to address the long-term requirements that our customers have been sharing with us. When launched in 2017, SES-12 will deliver HTS data connectivity services, including inflight connectivity, in the Asia Pacific region, enabling our customers to remain competitive by providing an excellent quality of service. In addition, we have satellites with dedicated mobility beams. Our SES-6 satellite, for example, supports air traffic and maritime shipping lanes in the North Atlantic region with mobility beams,

while SES-9, which was also tailor-made to meet the needs of our customers in Asia-Pacific, features a mobility beam to provide maritime connectivity to ships traversing the Indian Ocean. In your opinion, what is the future of inflight connectivity and aeronautical services via satellite? In relation to soaring demand for inflight connectivity services globally, we expect strong growth in every segment of aeronautical connectivity, from commercial airplanes to military aircraft and business jets. Northern Sky Research (NSR) predicts that the aero in-service units of business jets will increase from 347 in 2015 to 2,169 in 2024 – an almost sixfold increase. As for commercial aircraft, aero in-service units are estimated to increase almost sevenfold, from 2,562 in 2015 to 17,785 in 2024. In particular, the key regions where we see aeronautical connectivity taking off are North America, Europe and Asia, where the number of satcom in-service units in the Asian continent is anticipated to rise to more than 16,000 in 2024, making up 16.9 percent of global aero sat inservice units.

Aerospace Singapore

ABOVE: An artist rendering of SES-12. One of SES’s three new hybrid satellites, SES-12 is scheduled to launch in 2017

What can Singapore/Asia look forward to from SES in 2016? Our newest and largest satellite for Asia-Pacific, SES-9, is expected to become fully operational by 2016. The satellite will be our 7th in Asia and will provide unparalleled coverage to over 20 countries, serving the region in sectors such as pay-TV, data and mobility. With its dedicated mobility beam, SES-9 will provide comprehensive coverage over high-traffic maritime routes, such as the Suez Canal and Strait of Malacca. At SES, our focus is on four market verticals – video, fixed data, mobility and government – where satellite-enabled communications can become essential globally. We see that each vertical has different drivers, dynamics, portfolios and cycles; specific verticals require dedicated capabilities, and we aim to offer smarter and differentiated solutions customised to each. Looking to the future, our customers can come to expect more value-added services in each vertical as we build differentiating capabilities. We will continue working closely with our industry partners and customers to expand our competitive edge through innovation, and by designing and introducing new offerings and applications.

INPROFILE

Blake Emery, Boeing Commercial Airplanesâ&#x20AC;&#x2122; Director of Differentiation Strategy

Aerospace Singapore

Crafting the ultimate inflight experience Blake Emery is Boeing Commercial Airplanes’ Director of Differentiation Strategy. In his unique job as a cabin design guru, he leads research across different cultures to support the interior and exterior design of Boeing aircraft, and shape the ultimate passenger inflight experience. Could you tell us what is the role of a Director of Differentiation Strategy? I get to work on a number of different things because anything is fair game. It could be in the way the airplane looks from the outside and the aspects of the interior that we can control as an airframer, etc. The whole intention of differentiation strategy is to find ways to distinguish our products from the competition that encourage customers to want, prefer or buy our products. In my case, it has been about finding ways to make a lot of things preferred, whether by the flying public or other stakeholders. What goes into the research of interior and exterior design of a Boeing aircraft? Beginning with the 787, we made a conscious decision to go to the flying public for ideas on how to design, primarily the interior of the aircraft. I was focusing on economy class, where it can be a tougher experience than in premium cabin, so we look for ways to make that better. We made use of methods that allow us to get deeper into the psychological needs of the flying public, in what we called as the “unarticulated needs”. Things that you want and need but you just don’t realise you need them. One of the approaches we used is called an idealised design, where we got people together to imagine and create an airplane interior of

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how or whatever they want it to be. What it allowed us to do was to derive values people have. Once these respondents have painted an idealised picture, you have a direction and can began to take steps in that direction. Another approach is called the Archetype Discovery; it is based on a particular model of the brain where you are finding out what people need on an emotional and survival level. That’s where you find things that are unarticulated and get ideas. The next thing to do is to vet those ideas. What we do in the Boeing process is if we have an idea that we think is a good one, we actually conduct experiments with that idea. We have a research vehicle called the Passenger Experience Research Center, which allows us to put people in a mock-up simulation of an airplane. You manipulate a single variable and ask a lot of questions to see if people’s perception of their experience and interior changes for the better or worse based on manipulating that single variable. It is controlled empirical scientific research. That’s a quantitative methodology because you are trying to see if you can get a statistically significant difference in what you are looking into while the Archetype Discovery research is more qualitative because you are getting more qualitative people’s emotions as they describe their experiences.

INPROFILE

Can you explain what the Boeing Sky Interior is? In general, the Boeing Sky Interior is a philosophy, and it is about celebrating being in the air. One of the unarticulated needs we discovered is that people’s first experience with flying in every culture we have been to so far, is a very positive experience. And so, everything we do in the Boeing Sky Interior philosophy is designed to keep you connected to the experience of flight. Take for example the dimmable windows; if you think that the philosophy is to keep you connected with flying, then a window that is transferred into a wall breaks that connection, but if you have a window that is bigger and high enough in the fuselage so that everyone in the airplane can experience looking out a window, the connection stays on. Now if the window dims in such a way that you can cut out the amount of light so that it’s not bothering to some but you never have to because you control the setting, you don’t have to lose that connection with the outside world at all. That’s an example of applying that philosophy. How has your background in psychology helped in creating ‘airplanes for people’? The type of psychology that I studied was called interpersonal psychology and that has an interesting meaning from the way I studied that discipline. Interpersonal psychology means it’s a study of the relationship between people, in which the idea of ‘people’ has a very special meaning. For example, what is it that makes us human and how in the act of communicating face-to-

face can the human in us be recognised and therefore, people experience each other in a deeper way. It is really interesting to me because of what I have had the opportunity to do in my career and to apply that psychology from the standpoint of dealing with people one-onone. I spent a lot of time within the Boeing company as an organisation psychologist where I helped teams work really well together, and then I was able to transfer that to consumer psychology, which is the relationship between a person and a physical product. It has been fascinating for me. What have you noticed so far in regards to passenger preferences or experiences? The thing that fascinates people the most are the windows. For example on the 787, these were built higher up in the fuselage which totally changes the experience inside the cabin, and we utilised electrochromic technology which allows the passenger a lot of control over the amount of light that comes into the cabin. People are fascinated with the feature. What is the future of interior like? What are some cabin design trends that we can expect to see? There is a tremendous amount going on with light and we are going to see a lot of things happening that will give passengers a full immersive experience. I think transitioning through the immersive experiences, we will see more

Aerospace Singapore

TOP: Boeing offers increased cabin comfort with the 787 Dreamliner

use of virtual technology in the airplane. We are seeing virtual reality showing up in a lot of places, the leaps and bounds in that technology is really fascinating. It is going to be the most economical way to fool the brain into thinking that we are in a bigger space than we are as airlines look to save up space in the aircraft. The technology is getting really good at that.

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In general, the Boeing Sky Interior is a philosophy, and it is about celebrating being in the air.

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First class is also going through some changes. Lately though, there has been some first class that are a bit more rational and I don’t mean that in a judgmental sense. The airlines have been doing the over-the-top thing and it has been tremendous for their brands. Now we are seeing more subdued first classes and one of the things that is really neat to me personally is a lot of airlines are using the delivery of the first 787-9 to introduce some of their new products.

AeroEdu/Youth

The Singapore University of Technology and Design (SUTD), the country’s fourth public university, is offering courses to prepare students for careers in the aerospace industry – an area of study that is growing in popularity among youths today. SUTD’s novel multidisciplinary project-based curriculum, with a strong emphasis in design, ensures that students get hands-on training so they are able to give physical form to their creations.

UTD students are required to go through a common curriculum in the “freshmore” year which aids them in building a strong foundation in mathematics and science. From the sophomore year onwards, students can then pick from four academic majors or pillars to specialise in, namely: Architecture and Sustainable Design (ASD) Engineering Product Development (EPD) Engineering Systems and Design (ESD) Information Systems Technology and Design (ISTD)

Giving Youths a Hands-on Experience with Aerospace Technologies

Aerospace Singapore

With the holistic and interdisciplinary nature of the education at SUTD, students gain a versatile set of skills, which will allow them to enter various areas in the aerospace industry. Students from EPD will learn the fundamentals of aeronautics and use them to design and build aircrafts as well as other aerial vehicles. They will also gain knowledge, skills and experience in transportation technologies, control systems, signal processing, wireless communication, electronics design, machine and engineering design, exposing them to advanced and future concepts in transportation. Meanwhile, students from ESD will learn about the internal processing of materials into finished goods, and the distribution of finished goods to end consumers, giving them the opportunity to design and manage

the manufacturing processes via supply chain systems. Students from ISTD will learn how to design and build information systems that can be applied in a wide variety of areas, aerospace industry no less. As interdisciplinary projectbased work is a fundamental principle in SUTD’s curriculum, final year students have to do a capstone project spanning eight months. The capstone project can be industry commissioned or entrepreneurial in nature and requires students to work as a team with students of other pillars to complete the project. This is in line with most real world situations where large-scale projects usually require people from multiple disciplines to work on them. In addition to the regular curriculum, co-curricular activities known as “Fifth Row” is highly valued at SUTD. The Multi-Rotor Society (MRS), a club under SUTD’s “Fifth Row”, strives

Singapore University of Technology and Design (SUTD) SUTD, established in collaboration with the Massachusetts Institute of Technology (MIT), offers a world class education built upon a unique multidisciplinary curriculum enriched with hands-on experience in cuttingedge projects and research conducted in state-of-the-art facilities. Check www.sutd.edu. sg for more information. For enquiries, email to enquiry@ sutd.edu.sg

ABOVE: Students working on a prototype at SUTD’s Fabrication Laboratory

ABOVE: Student soldering the connections for an unmanned aerial vehicle during the SUTD-CAAS Aerial Craft Design workshop

to make aerospace technology interesting and approachable to youths. The MRS tries to do this in a variety of ways, such as through outreach activities, conducting of workshops, participating in competitions and even setting up its own start-up company to provide aerial filming services. SUTD’s MRS participated in competitions like, the ‘Singapore Amazing Flying Machine Competition’ (where it received the ‘Most Creative Award’ for its design in 2015), and the ‘Autonomous Aerial Vehicle Challenge’ held in Thailand in 2014, where the team came in fourth. At the ‘Aerial Craft Design’ workshops conducted by SUTD/ MRS faculty members and supported by the Civil Aviation Authority of Singapore (CAAS) and the Urban Redevelopment Authority (URA) of Singapore, youths from various local schools were taught how to digitally design drones from scratch. They were then shown how to use advanced laser-cutting technology at SUTD’s Fabrication Laboratory (Fab Lab) to print out the customised parts of their design, and subsequently assemble and build their prototype

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drone. The youths were also given a chance to bring their prototype drones out for a test run to see if their designs really worked. Such workshops are popular and help boost youths’ interest in aerospace technology as it gives them a taste of designing and testing out the feasibility of their own ideas. In 2014, the drone-passionate students from the MRS decided to set up a start-up company (HALOGRAM ASIA PTE LTD) to provide specialised aerial videography and photography services. They achieved this by creating a multi-coptor, which was also manufactured at SUTD’s Fab Lab, using stateof-the-art water-jet technology to create a thin and light frame from a single piece of highgrade aluminium and equipping it with a self-stabilising video camera. Thus far, the start-up has filmed various large scale events in Singapore including the Singapore Night Festival, River Hong Bao, Singapore Gardens Festival and the DBS Marina Regatta, just to name a few. At SUTD, such Fifth Row activities are strongly encouraged; the MRS students are empowered to experiment their ideas for new aerospacerelated technologies.

AeroEdu/Youth

photos by kaplan higher education

RMIT University, one of Australia’s original tertiary institutions, is offering two of its leading engineering degree programmes in Singapore.

RMIT University ties up with kaplan

n partnership with RMIT University, Kaplan Higher Education in Singapore offers students the Bachelor of Engineering in Mechanical Engineering and also Aerospace Engineering. Students are exposed to exciting industry work projects and hands-on engineering analysis. The Aerospace Engineering and Mechanical Engineering programmes includes two residential visits to RMIT’s campus in Melbourne for hands-on experience with laboratory work. Bachelor of Engineering (Mechanical Engineering) (Hons) A two-year Honours programme where modules include Engineering Dynamics, Mechanics of Fluids and Solids, Thermo-Fluid Mechanics, Renewable Energy Systems, Mechanics Machines and Applied Heat and Mass Transfers, among others. Bachelor of Engineering (Aerospace Engineering) (Hons) A two-year Honours programme where modules include Aerodynamics & Flight Mechanics, Systems Engineering, Airport Planning & Management, Aerospace Propulsion, Aero Finite Element Methods and Aerospace Structures, among others. As well as being a 5-star university (based on the QS Stars International evaluation system), engineering courses are one of RMIT’s strongest offerings. The university is ranked sixth in Australia and amongst

the World’s Top 100 for Mechanical, Aeronautical and Manufacturing Engineering (2015 QS World University Rankings by Subject). The RMIT School of Aerospace, Mechanical and Manufacturing Engineering has an excellent reputation with industries including student placements locally and overseas. Dr Chandra Reddy (CR), Dr Firoz Alam (FA) and Dr Adrian Orifici (AO) are three educators at RMITKaplan. Here, they tell us more about the engineering programmes. Can you share more on the Mechanical and Aerospace Engineering degree programmes at your institution? CR: The RMIT University Bachelor of Engineering programmes can be completed in about two years and six months, and is offered as a part-time course of study. The programmes are internationallyrecognised and industry-focused as well as directly relevant to industry demands. The “modules” are designed to meet current as well as future needs

Aerospace Singapore

ABOVE: A RMIT engineering student trying his hands at the machinery

especially in Aerospace and Mechanical Engineering. The main emphasis on outcomebased learning along with WIL, PBL and work experience makes RMIT Engineering graduates immediately work-ready, after the completion of the engineering programmes. AO: The Aerospace and Mechanical Bachelor of Engineering (Honours) degrees are world-class qualifications that give students the skills they need to work as a professional engineer in any context. RMIT is ranked among the leading universities for engineering in Australia and the world, and is highly rated by global employers. The degrees reflect this standard of excellence and maintain RMIT’s proud focus on graduating students that are ready for work and life.

of the industry, thus producing highly employable graduates. The Bachelor of Engineering programmes are well suited for the working professionals with a polytechnic diploma and who are busy building a career, or for the recent diploma graduates who wish to acquire higher qualifications. All the relevant polytechnic graduates are exempted from the first two years of the programme and can gain direct entry into Year 3. FA: RMIT University is one of the pioneering institutes to introduce Work Integrated Learning (WIL), Problem/Project Based Learning (PBL) and compulsory work experience or industrial placement in Engineering programmes

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The programmes are internationally-recognised and industry-focused as well as directly relevant to industry demands.

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How does the Kaplan environment help in educating and preparing students for the workforce? CR: Kaplan provides the necessary platform for students by providing qualified, experienced pool of academics, excellent classrooms, computer laboratories and

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library facilities. Also, Kaplan administrative staff provides the necessary support for programme management, and will directly liaise with the university authorities to help and guide the students. AO: Kaplan is a top-ranked private education institution in Singapore as voted by students, so it has the expertise in providing a quality education experience. This includes giving students the support they need to get the best out of their studies. There’s a vibrant and dynamic environment, and a culture of forward-looking students wanting to excel and develop themselves. What can students expect taking up the Bachelor of Engineering programmes with RMIT? CR: The students can expect to advance their career prospects by transforming front line engineers to research and design engineers, and improve their overall performance at the workplace. They also can expect to be ready to take up higher responsibilities at their workplace. In addition, students can also expect the courses to provide a comprehensive theory and application of engineering principles, application of engineering tools and techniques and design processes. Also, they can expect to improve their oral and written communication skills in their professional domain and the necessary skills to manage and lead a pool of workers. FA: Students are expected to undertake a variety of learning activities such as face-to-face classes in Singapore, handson laboratory practices and

AeroEdu/Youth

specialised workshops through residential visits to RMIT’s Melbourne campus, online resources, individual and group projects, etc. in the programme. A wide range of assessments is used to assess student’s learning outcomes. AO: Students can expect to be challenged from the first day. The degree combines fundamental knowledge in engineering science with specialist technical knowledge in the mechanical and aerospace disciplines. The curriculum is designed in close collaboration with industry to be work-relevant and have a real-world focus. Project-based learning is a key tool that is frequently used to get students replicating engineering work practices and engaging more deeply with their studies. What do lecturers hope to expect of students in these programmes? FA: A lecturer or educator expects students to engage in active learning through which they will develop specialised knowledge,

“ ”

All students are inquisitive, which is one of our defIning human characteristics

BELOW: Students are exposed to hands-on engineering analysis

applicability of knowledge and various soft skills such as communication, teamwork, innovative thinking, engineering ethics, leadership, sustainability, etc. All students should have basic math skills, inquisitiveness and ‘can do’ attitudes. AO: The degrees are offered to those with a mechanical or aerospace Diploma qualification, so as a start, a strong foundation in mechanical engineering fundamentals is a must. Beyond that, lecturers are looking for students that want to be challenged to expand their knowledge and capabilities, and who are actively engaged with their study and can relate it to industry and the world around them.

As a lecturer, what do you see as some of the most common traits among students? CR: Though engineering students are not much different from students of other disciplines, the part-time engineering students tend to work in groups and are generally more analytic and problemsolving. Also, they are quick to relate the theory learnt in classroom to real life engineering situations. Generally, they are more disciplined with good time management skills. AO: All students are inquisitive, which is one of our defining human characteristics, and particularly evident in engineers who always want to know how things work. It is the lecturer’s challenge to find a way to engage this curiosity for each student, to trigger and guide the learning process. Successful students are commonly not only just interested, but committed to their studies, and flexible in their study practices to suit the needs at hand. What are some of the interesting modules offered in the Mechanical and Aerospace Engineering degree programmes? CR: The core curriculum of mechanical engineering programme include Dynamics, Vibrations, Solid Mechanics, Fluid Mechanics, Heat and Refrigeration, Engineering Controls, Management of Design and a major of engineering project work. Similarly, the aerospace engineering core curriculum includes Dynamics, Aerodynamics, Flight Mechanics,

Aerospace Singapore

Aerospace Structures, Design and Research and a major project work. The students undertake a variety of engineering project works mostly related to their workplace. Some of the past project works done by our students are improving the operational efficiency (productivity) in a variety of scenarios in the manufacturing industry, design of pumps, robotic arms, and several activities related to manufacturing, repair and overhaul of aircrafts. AO: A feature of both degrees is the capstone project, which is conducted over two teaching periods (or about 8 months) at the end of the degree. This is a research-driven project that demonstrates advanced professional engineering skills. Students are expected to work under minimal supervision, and be responsible for the technical aspects, the project management, and the communication requirements. Students working in industry and studying at the same time typically take projects directly from their workplace. This provides a lot of benefits, particularly in tackling a relevant and real-world challenge and conducting the project in the workplace. Examples of typical projects include resolving a specific technical challenge, designing prototypes for new components or systems, or developing improvements to products and systems. Projects commonly involve detailed design work, experimental testing or computational analysis, and often these are combined.

ABOVE: Hands-on experience at RMIT oncampus lab

In terms of industry relevance, how does this course help enhance the development of the industry in Singapore? CR: In Singapore, RMIT University has been delivering the Bachelor of Engineering (Mechanical Engineering) Honours programme, producing graduates who are working in various industries. Some of these graduates have their own small scale industries directly contributing to the development of industry in Singapore. A former graduate of the programme, Mr Philip Chan Kok Leong, devised improvements to the pivot valve design at the water tanks to reduce wastage from water overflows, and has proceeded to obtain the relevant clearances to implement the design for Asia Square Tower One. He won PUBâ&#x20AC;&#x2122;s Watermark Award 2015. AO: Engineers are in demand in Singapore in a wide range of industries, which have been recognised by the Singapore Government and industry associations for some time. The industry is growing and expanding in Singapore at a rapid rate, and professional engineers are

January - April

needed to steer this development and design new solutions for increasingly complex problems. With reference to talent development, what can be done to retain the talent and skilled labour? CR: We should have a well-defined career planning and provide new opportunities to learn and grow. FA: In order to nurture, develop and retain talents in the industry, the sectors need to commit for the continuous professional development through formal and informal short-term and longterm training and up-skilling programmes. The industry also need to provide a clear career pathway. AO: The talent is very capable, as there are a lot of quality educations institutions preparing students for the next step in their professional development. One strategy for talent retention is to provide opportunities and support for ongoing development.

*To find out more about Kaplan Higher Education and the engineering programmes, call (+65) 6733 1877 or visit rmitatkaplan. com.sg

AeroEdu/Youth

Text and Photos by Nanyang Polytechnic

ready for

takeoff!

rom conceptualisation to actual construction, the Nanyang Polytechnic’s School of Engineering has been working on achieving a first with a student-built aircraft. Since 2014, students from the Diploma in Aeronautical & Aerospace Technology programme have been given the opportunity to build the short take-off landing CH750 aircraft in phases as part of their final-year project. To date, eight NYP students have successfully completed this assignment with more students expected to take part in the project. The plane includes the glass cockpit and instrumentation.

Beyond the opportunity to work on the first made-in-a-poly plane, students are exposed to comprehensive learning through the campus’s 3D Immersive Virtual Reality Centre. The simulated airport environment platform allows students to fully understand the various roles and responsibilities of aerospace personnel, and discover the best practices/ procedures in the regulated aviation industry while assembling the aircraft. Two final-year students share about this real-life experience in helping them prepare for the future workforce.

RIGHT: The team of students from Nanyang Polytechnic’s School of Engineering, who had a part to play in building the Short TakeOff Landing CH750

January - April

ABOVE: Final-year students showcasing how the metal parts of the Short TakeOff Landing CH750 Aircraft are made through a drilling and riveting process

AeroEdu/Youth

Leon Chong, 28 “The project has allowed me to fully understand the demands and expectations of the aviation industry even before I step out to the workforce. I am very grateful for this opportunity as not everyone has the chance to build an aircraft, especially a full-scale functional one. “My team and I are proud to have completed this project. We worked in pairs and took part in every step of the process. It was also our first time working with each other and the experience has taught me a lot about being responsible and working in a team. I was initially concerned about the handover process as we all worked separately on different parts. However, with clear communication and a close working relationship, the handover process was a smooth one. Everyone was so involved that we regularly checked up on each other regarding the progress. “A lot of hard work and dedication were being put into this labour of love. We had to be discipline and meticulous in each of our part so that when it is all being put together, the aircraft works as it should. We also have a very close working relationship with our lecturer, Mr Poh, who guided us throughout this highly-skilled project. It is very exciting to be part of such a dynamic team; potential students should make the most out of this opportunity and learn as much as they can.”

ABOVE: Muhammad Hariz Roslan checking on the precise measurements of the initial drawings of the aircraft BELOW: A student demonstrates how the 3D Immersive Virtual Reality Centre works as a virtual airport environment

Aerospace Singapore

Muhammad Hariz Roslan, 22 “I really enjoyed building the Short Take-Off Landing CH750 aircraft from scratch and seeing it through to completion. There is a lot of satisfaction to see it progress to an aircraft that will be able to fly. I came into the project expecting it to be somewhat challenging, and it was. It was very challenging to visualise the initial drawings as we did to the actual part of the aircraft. It took a lot of precision and patience to ensure the measurements were accurate. The project not only tested my knowledge and skills but also my ability to work in a team. I also learned to be meticulous in putting together my documents. “As we worked in a team, every input matters and every mistake also matters so we were always striving to find the best solution. I believe team work and flexibility are two of the most important requirements needed. We complement each other’s strengths and weaknesses, and continuously find solutions to adapt and complete the project to the best of our abilities. “To future students, the challenges are always going to be there. The key is to strive to be innovative and creative in finding solutions together as a team.”

AeroSTYLE

Text by Danny tan

W No flight of fancy Cars can’t fly yet, but autonomous or selfdriving cars aren’t merely a flight of fancy it’s the latest trend in the automotive industry. We take a look at three sleek examples from Mercedes-Benz, Audi and Nissan.

hile car ads often depict driving as a fun and adventurous activity, that’s not the reality for many urban dwellers faced with choked roads, challenging weather and bad road manners. The daily commute is a stressful and hazardous necessity. But what if you do not have to lay a finger (or toe) for the car to move, brake and steer? What if you can have breakfast and read the papers while the car drives itself to the office? What if you no longer need to worry every time your elderly parents get behind the wheel? Cars that drive themselves are already in existence, guided by sensors, cameras and processors. Tech companies such as Google and traditional automakers are testing and finetuning their lab work on public roads from the Silicon Valley to Tokyo. The future of motoring could be closer than we think.

Aerospace Singapore

Mercedes-Benz F015 Luxury in Motion It may look like an alien machine from another world, but the MercedesBenz F015 Luxury in Motion – revealed at last year’s Consumer Electronics Show – has been sampled by journalists, and some of its autonomous technology appears in the just-unveiled E-Class sedan. A lounge on wheels with a dynamic silhouette, the 5.2-metre F015’s wheelbase (at 3,610 mm) is longer than that of Mercedes’ flagship Maybach limousine. The design focus was on providing maximum cabin space, and access is similarly breezy. “Saloon doors” that open 90 degrees, rear-hinged rear doors and the absence of B-pillars

invite you into this moving four-seat private club. Armed with an “Extended Sense” system – which consists of stereo cameras, radar and ultrasonic sensors – the F015 constantly monitors its surroundings in a 360-degree radius. It can communicate with pedestrians and traffic both visually and acoustically, via LED displays at both ends (blue in autonomous mode, white in manual mode, capable of short messages such as ‘SLOW’ or ‘STOP’), a laser projection system for the front, plus sounds and specific spoken instructions.

The four rotating lounge chairs swing outwards by 30 degrees as soon as the doors are opened

The instrument panel is fitted with an interactive display screen

January - April

AeroSTYLE

Audi R8 e-tron Piloted Driving Concept The Audi R8 e-tron is already a marvel – a highperformance, zero-emissions sports car that can sprint from 0-100 km/h in 3.9 seconds, and travel up to 450 km on a single battery charge. This Piloted Driving Concept adds on autonomous capabilities. An army of laser scanners, video cameras and ultrasonic sensors collect data for the car’s central computer to create a virtual picture of the environment, which the car can steer through by itself. But with such performance on tap, many would take up the option to be in full control themselves. If the R8 e-tron Piloted Driving Concept looks familiar, that’s because it’s based on the secondgeneration of Iron Man’s sports car. The latest R8 is sharper than the original, with a wide and flat Singleframe grille flanked by optional laser lamps. The R8’s characteristic side blades are now divided into two for a longer and more dynamic appearance. Prior to the R8 Piloted Driving Concept, Audi has been testing autonomous tech on its RS7 and A7 models, and ex-Audi board member for technical development, Dr. Ulrich Hackenberg says that the technology is ready for series production and customer roll-out.

ABOVE: The R8 e-tron is a rear-wheeldrive sports car that can reach up to 450km per single battery charge

Aerospace Singapore

The new Audi Virtual Cockpit gives driver the impression of sitting in a race car

Nissan IDS Concept The Nissan IDS Concept made its debut at the 2015 Tokyo Motor Show last October. The futuristiclooking, carbon fibre-bodied four-seater hatchback has autonomous capabilities, but allows the driver to take charge with the press of a button. In Piloted Drive mode, the IDS drives itself, but the car’s performance – acceleration, braking and cornering – imitates the driver’s style and preferences. He or she has control in Manual Drive mode, but in the event of imminent danger, the IDS will assist the driver in taking evasive action. Each drive mode has its own unique dashboard and cabin. In Piloted, a large screen takes centre

BELOW: In the Piloted Drive mode, all four seats rotate slightly inward to facilitate easier conversation

The hollow-structure A-pillars ensure excellent visibility and give the feeling of open space

stage and the four seats rotate slightly inward to facilitate conversation, living room style. In Manual, the screen rotates away to reveal a steering wheel, meters and a head-up display; and all seats face forward. The car’s silver side body line is actually an LED strip that Nissan calls the Intention Indicator. When pedestrians or cyclists are in proximity, the strip shines red – a sign that the IDS is aware of their presence. Another display, at the bottom of the windscreen, can flash messages such as ‘After you’ to other road users.

January - April

AAIS

MRO Asia 2015 Working in partnership with Aviation Week, AAIS facilitated the Singapore Pavilion at the MRO Asia 2015 exhibition held at the Singapore Expo Convention and Exhibition Centre from 3 to 5 November. The Singapore Pavilion consisted of 14 local companies exhibiting their latest products and service offerings. Mr Teo Ser Luck, Minister of State, Ministry of Manpower, graced the event on the second day as the Guest-of-Honour. He provided an update on Singaporeâ&#x20AC;&#x2122;s growth and investment in

aftermarket services and aerospace manufacturing. Mr Teo also visited all the exhibitors under the Singapore Pavilion and shared his views on the development of SMEs and the larger aerospace industry. The event drew more than 2,500 visitors for the exhibition and conferences. AAIS thanks MOS Teo, all the Singapore Pavilion exhibitors and show organiser, Aviation Week for their contributions to this meaningful and fruitful exhibition.

ABOVE: Crowds thronging the Singapore Pavilion

AAIS ANNOUNCEMENT WE ARE MOVING! To better serve the aerospace community, the Association of Aerospace Industries (Singapore) will be relocating to a new office at Seletar Aerospace Park in Q2 2016!

Please update our contact information to: 690 West Camp Road #08-08 JTC Aviation Two Seletar Aerospace Park Singapore 797523

Visit www.aais.org.sg for the latest updates or e-mail admin@aais.org.sg with your queries.

Aerospace Singapore

AAIS Annual 3-on-3 Basketball Tournament

1st Runner-Up with Hon. Sec. Mr Steven Pearson

Champion 2nd Runner-Up

The AAIS organised the fifth run of its annual 3-on-3 Basketball Tournament on 31 October 2015 at the Macpherson Community Club. A total of 10 teams from six organisations in the aerospace industry participated in the tournament this year. After intensive rounds of competition, Team RR Compressor from Rolls-Royce emerged as the Team Champions. The first and second runners-up trophies went to MUSTANG and MSA 1 â&#x20AC;&#x201C; both from Messier Services Asia â&#x20AC;&#x201C; respectively. In addition, the Most Valuable Player was awarded to Mr Leonardo Bayona (from RR Compressor) for his exceptional performance on the courts. AAIS congratulates the winners and thanks all participants and their supporters for making the tournament an exciting one!

Most Valuable Player

January - April

AAIS

HOST Networking Session @ S.E.A Aquarium

upcoming events AAIS at Singapore Airshow 2016 16 - 21 February 2016

AAIS will be managing the Singapore Pavilion at Singapore Airshow 2016. With more than 40 companies exhibiting, it will be one of the largest Singapore Pavilion yet. Come by our booth and participate in our Supplier Development Programme. For more information on the Conferences, Networking session and Procurement briefings organised by AAIS together with our valued partners, visit http://www. aais.org.sg/airshow.

Aerospace Industry Induction Programme (AIIP) 2016 18 February 2016 AAIS was proud to partner with Resorts World Sentosa (RWS) to put together our last HOST networking session for 2015 on 3rd December, at the S.E.A Aquarium. The event attracted 82 top professionals from 54 companies of the aerospace and related industries. AAIS 2nd Vice President Mr Ho Tin Pau welcomed guests and kick-started the evening with an update of the Association’s upcoming events. This was followed by a short presentation by Nicholas Cordeiro, Assistant Vice President of MICE & Corporate Sales, sharing the latest promotions and special Airshow 2016 rates offered by the RWS hotels. Guests enjoyed the rest of the evening networking in the beautiful Ocean Gallery, accompanied by the excellent cocktail spread. A selfie/wefie contest was held, where guests gamely captured a picture of themselves with the Manta rays and Hammerhead sharks swimming in the background, to win goodie bags. The final highlight was a quiz and lucky draw which saw three lucky winners walked away with prizes sponsored by Resorts World Sentosa. AAIS thanks Resorts World Sentosa for their generous sponsorship and all guests for making this an enjoyable HOST Session.

AIIP 2016 is the 5th edition organised by AAIS with the aim of inspiring the Next Generation of Aerospace Professionals (NGAP) to part of this industry. A visit to the Singapore Airshow will be organised for students from various institutions, allowing them to witness the extent and magnitude of the global aerospace industry and Singapore’s position as the leading aerospace hub in Asia.

AAIS Annual Futsal Tournament 2016 12 March 2016

The AAIS Annual Futsal Tournament will be back to see more friendly competition. If you fancy a game of futsal, it’s time to put your best foot forward and pit your skills against members of the aerospace community. Form a team and be part of this exciting tournament! To register, visit http://www.aais.org. sg/futsal_2016. A champion trophy and cash prize awaits the victors!

Aerospace Singapore

NEW MEMBERS

Ordinary Membership

Bohler Pacific Pte Ltd Bohler Pacific is one of more than 60 sales companies of the Austrian steel mill Bohler Special Steels, Bohler Plates and Bohler Profil. Bohler Pacific services markets in the Asian region with special materials including Ni-base alloys, high temperature and creep resistant steel in bar and plate form. Visit www.bohlerpac.com.sg.

Associate Membership

Commersol Commodities Pte Ltd Commersol Commodities specializes in trading a wide variety of scrap metal, ferrous and non-ferrous, from factories to terminals, and from offshore islands to yards and smelter plants. The company purchases, recycles and classifies scrap metals for trade and processing, offering an all-round and in-house metal professional service for convenience. For more information, visit www.commersol.com.

Ordinary Membership

Pattonair Asia Pte Ltd With over 40 years’ experience, Pattonair consistently offer competitively priced products, world class performance, the highest quality standards and unparalleled customer service. It offers global coverage from dedicated facilities to provide a range of services, from product distribution management, direct line feed and kitting, through tailored advice and consultation to design bespoke solutions. Visit www.pattonair.com

Associate Membership

Bolloré Logistics (Singapore) Pte Ltd With more than 35 years’ experience, Bolloré Logistics is recognised as a worldwide expert in all areas of aerospace. Bolloré Logistics has dedicated teams and resources, customising international freight solutions and strategic services, with global logistics / distribution hubs, supporting 24/7 and AOG to meet customers’ needs.

Ordinary Membership

Visi Sys Asia Pte Ltd Visi Sys Asia is part of the Vision Systems group, headquartered in France, a world leading tier one system supplier in the aeronautics, designing and producing innovative solutions for business jets, helicopters, regional and continental aircrafts: solar protection including Electronically Dimmable Windows, IFEC, CMS and composite subassemblies.

Associate Membership

Morgan Philips Executive Search Morgan Philips Executive Search, a division of Morgan Philips Group, specialises in the recruitment of executive positions. Through its international network of offices, Morgan Philips Executive Search provides a broad range of HR services including sector mapping, candidate assessment tools, and talent management solutions.

January - April

Associate Membership

Uniwes Engineering (S) Pte Ltd UNIWES has 23 years of extensive experience as a turnkey project specialist for world renowned aircraft engine manufacturer. The company designs and fabricates Surface Treatment Equipment (Cleaning/Ultrasonic Line, Electroplating Line, Anodising Line, paint booth), NDT Penetrant Inspection Line, Pollution Control Equipment and Wastewater Treatment plant. Visit www. uniengr.com.sg for details.

AAIS training calendar

The Professional Development arm of AAIS offers a spectrum of training and development programmes throughout the year. These range from general or soft-skill courses to industryspecific certification courses.

Aerospace & International Standards

Regulatory (EASA)

Airworthiness Accountable Manager AS 9100 Rev C Lead Auditor Training

29 February to 4 March 2016

Understanding and Implementing AS9100:2009

19 May 2016 9 June 2016

AS 9100:2009 Internal Auditor Course

19 & 20 May 2016 9 & 10 June 2016

Understanding and Implementing AS9120:2009

16 June 2016

AS 9100:2009 Internal Auditor Course

16 & 17 June 2016

ISO 9001:2015 Internal Auditor Training

3 & 4 March 2016 6 & 7 April 2016 5 & 6 May 2016 30 & 31 May 2016 8 & 9 June 2016

ISO 14001:2015 Internal Auditor Training

1 & 2 March 2016 4 & 5 April 2016 3 & 4 May 2016 6 & 7 June 2016

OHSAS 18001:2007 Internal Auditor Training

1 & 2 March 2016 4 & 5 April 2016 3 & 4 May 2016 6 & 7 June 2016

ISO 9001:2005 + ISO 14001:2015 + OHSAS 18001:2007 QEHS Internal Auditor Training

22 to 24 March 2016 27 to 29 April 2016 25 to 27 May 2016 1 to 3 June 2016

ISO 9001:2015 Lead Auditor Training

7 to 11 March 2016 11 to 15 April 2016 9 to 13 May 2016 13 to 17 June 2016

ISO 14001:2015 Lead Auditor Training

4 May 2016

EASA Part 145 Maintenance Organisation Approvals

5 & 6 May 2016 SIX SIGMA

7 to 11 March 2016 11 to 15 April 2016 9 to 13 May 2016 13 to 17 June 2016

Root Cause Analysis (using Minitab)

OHSAS 18001:2007 Lead Auditor Training

Lean Manufacturing in the Aerospace Industry

14 to 18 March 2016 18 to 22 April 2016 16 to 20 May 2016 20 to 24 June 2016 Regulatory (FAA)

Part 145 Repair Stations including EASA, AS9110 Standards, PMA, FAA Form 8130-3 Usage, and SMS Updates

14 & 15 March 2016

Leasing Aircraft & Engines, Return Conditions, and Transition *New*

14 & 15 April 2016 13 & 14 June 2016

25 April 2016

Poka Yoke (Mistake Proofing)

30 May 2016 Safety

Effective Event Investigation

29 June to 1 July 2016

Special Processes (Nadcap)

Introduction to Pyrometry

18 March 2016 21 June 2016

28 & 29 March 2016

TSA Repair Station Security

30 & 31 March 2016

13 May 2016

FAA FAR 145 International Hazardous Materials (DG) Training *New*

27 May 2016

Nadcap Checklist Review – Heat Treating Nadcap Checklist Review – Chemical Processing

6 April 2016

Anodizing - Process Planner

FAR 145 Approved Training Programme – Train the Trainer

7 & 8 April 2016

FAA Part 21 Certification for Products, Parts & PMA

23 & 24 May 2016

20 June 2016

Nadcap Checklist Review – Welding *New*

23 & 24 June 2016

*Information accurate at time of print. AAIS reserves the right to cancel/postpone/ re-schedule the above courses as a result of any unforeseen circumstances. Visit www.aais.org.sg/training for an updated list of training courses.

For enquiries, contact Jen Ng at +65 6922 1788 or email us at training@aais.org.sg

e-ATVs are available to be used for training courses from 1 October 2015 to 30 June 2016.