Samuel Choy - Architeture and Urban Design & Planning Portfolio

portfolio & CV selected works 16’ - 18’

SAMUEL weychun choy. e: samuel_choy@live.com.my m: +61 452 539 913 m: +60 123 639 913

architecture & urban design

Summary

SAMUEL w e yc h u n c h oy BACHELOR OF ENVIRONMENTS GRADUATE

Personal Info MALAYSIAN 22 YEARS OLD MALE

A self-motivated Architecture & Urban Design graduate and believes in intelligent user-centric design that benefits societies and the environment. Possesses professional skills from internship experiences and customer experience from retail. Adaptable in any workspace and able to prioritise tasks in stressful situations, having completed both majors with huge capstones simultaneously. Available mid-February 2019.

working experience ARCHITECTURE INTERN ACASYS GROUP SDN BHD | JAN - FEB 2017 | MALAYSIA 1. Part of design team that creates new projects and presents them back to clients for approval 2. Designed the layout of parking spaces, shop lots for a street mall 3. Created 3D contextual site model for renders of a street mall PART-TIME RETAIL ASSISTANT FARMASI ALPHA | JAN - FEB 2018 | MALAYSIA 1. Managed in-store customers 2. Operated the POS system 3. Helped out with stock management system

TR (PENDING)

contact +61 452 539 913 +60 123 639 913 samuel_choy@live.com.my ST KILDA, VIC 3182

MARKETING INTERN SRI KDU SCHOOLS | SEPT - DEC 2015 | MALAYSIA 1. Managed parent inquiries 2. Helped with debuting the school on social media with creating content (interview videos with students and teachers) VIDEO EDITOR ON-TARGET MARKETING SOLUTIONS | JUNE 2015 | MALAYSIA

AUSTRALIA

1. Created a video for Blackmores Malaysia for their annual marketing team events night

SOCIAL MEDIA

GRAPHIC ANIMATOR ARCHIPELAGO INSURANCE LTD | JUL - AUG 2013 | MALAYSIA

FB: /SAMUEL .CHOY.9

1. Created an animated video for the company’s vision and goals 2. Created an animated introductory video for the launch of their new product

IG: @SAM_CHOY LINKEDIN: SAMUEL- CHOY

education BACHELOR OF ENVIRONMENTS, DOUBLE MAJOR IN ARCHITECTURE AND URBAN PLANNING & DESIGN UNIVERSITY OF MELBOURNE, AUSTRALIA | 2016 - 2018 INTERNATIONAL BACCALAUREATE DIPLOMA PROGRAMME SRI KDU SCHOOLS, MALAYSIA | 2013 - 2015 CAMBRIDGE IGCSE ‘O’ LEVELS SRI KDU INTERNATIONAL SCHOOL, MALAYSIA | 2011 - 2013

professional skills COMMUNICATION & SOCIALISATION 1. Ensure all parties are updated with any changes 2. Team discussion to reach an agreeable solution to problems or for new projects 3. Willing to listen to feedback and criticism for selfimprovement LEADERSHIP & MANAGEMENT 1. Gather feedback and suggestions to arrive at decisions for new projects 2. Motivate and keep the team determined to achieve a goal, especially under pressure 3. Delegate tasks according to individual’s potential 4. Evaluate each team member’s performance to provide feedback & areas of improvements

SOCIAL ACTIVITIES & LEADERSHIP EXPERIENCE 1. Volunteered to teach Myanmar refugee children mathematics 2. Volunteered to crowd control for an architecture open house in Melbourne 3. Events committee for the Grand Malaysian Ball (GMB) in Melbourne 4. Treasurer & catalogue team for Global Architecture Profiling (GAP) in the University of Melbourne 5. Participant of SuperStudio Competition 2018 held by the Student Organised Network for Architecture (SONA)

references

PERSONAL 1. Ensure my knowledge and skills are current to provide fresh ideas and usefulness to the team 2. Seek input and advice from others when needed 3. Always ensure my work is competent, reliable and meets high standards even when meeting deadlines

Christina Lau Senior Manager, Future Students Ser vices University of Western Australia christina.lau@uwa.edu.au

Software skills Rhinoceros 3d Grasshopper Sketchup AutoCAD Revit QGIS V-Ray Enscape

+61 437 588 032 3Ds Max Photoshop Illustrator InDesign Premiere Pro After Effects Audition MS Office

Ha Thai Research Officer, School of Architecture & Urban Design RMIT University ha.thai2@rmit.edu.au

PROJECTS

1 THE PEDAGOGICAL BRIDGE | VCE School Studio Fire, 2018 2 NEIGHBOURHOOD NORTHCOTE | Precinct Structure Plan Urban Precinct Studio, 2018 3 EBSS CONSTRUCTION | Technical Drawing & Model Construction Design, 2018 4 RHYTHM & COLLAGE | Creative Urban Mapping & Analysis Morphological Mapping, 2018 5 CASCADE | Public Changeroom Studio Air, 2017 6 3D MODELLING | Fashion Designer Shop Personal Venture, 2017 7 TIME OUT | Conceptual Design SONA Competition, 2018

The Pedagogical Bridge VCE School Studio Fire, 2018 1

University High School, Parkville, Melbourne, Australia.

Very often, the success of students are determined by their grades in primary and secondary school, in university however, merely matter as much as how well students can motivate themselves and develop their interests & passions.

The jump in lifestyle from school to university can be quite daunting for some students that it can disorientate them from focusing on more beneficial matters. The epitome of the concept for this design is therefore to help students transition from secondary school life to university through the careful design of spaces.

The spaces found in this design forces different pedagogical styles of teaching with the addition of breakout spaces where students are encouraged to reflect and motivate themselves throughout their time in school, mimicking university life.

The careful use of wood throughout the project psychologically creates a warm and inviting environment to explore and not be afraid to fail the first time.

Revit, Enscape, Rhino, AutoCAD, Photoshop.

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Story Street A

Royal Parade

A

site plan 7

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10

Ground Floor with Contextual Surroundings

Basement 1

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6m

10m

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Basement 2

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6m

6m

10m

10m

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First Floor

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0 2m

6m

10m

Second Floor

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6m

10m

Third Floor

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6m

10m

sectional perspective AA 13

Neighbourhood Northcote Precinct Structure Plan urban precinct studio, 2018 Northcote, VICtoria, Australia.

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Neighbourhood Northcote seeks to make Northcote a thriving outer-city suburb for future generations as Melbourne may soon be predicted to decentralise. As the population continues to grow and Melbourne expands in the next 50 years, housing will need to be intensified near public transport and a revamped space will be necessary to accomodate creative individuals and skilled minded workers. Qualities of community engagement in this proposal will be retained as much as possible albeit the population influx a new plaza, marketplace, relandscaped green spaces will all bring the residents of Northcote closer and resiliant to socio-economic changes of the future.

Other members* in this project: Suraya Halim, Joanne Tong, Nan Zhang. *Only for site analysis, the final outcome of the project was produced individually.

Rhino 3D, Illustrator, Photoshop

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site of northcote 15

site & landmarks Welcome to Thornbury

Croxton Railway Station Northcote Shopping Plaza

All Nations Park

ALDI Northcote Northcote Station Northcote Cemetery

Santa Maria College Northcote Uniting Church

Northcote Library Northcote Theatre

0

100m

High St (Retail/Commercial)

connectivity 86

Shared footpath at All Nation’s Park 552 251

510

510

552

Bicycle route on High Street 11

508

Bicycle route at Mitchell Street 250 251

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Bicycle route at Latham Street

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100m

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Bicycle Paths & Contours

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100m

Train(blue), tram (green) & bus (orange) routes

site analysis

Figure Ground

Attached buildings along commercial strip

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Typical residential block terrace housing

Social housing

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Shopping centre

Legend

Zoning

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Site Boundary

Zones

Residential Growth Zone Road Zone Public Use Zone Public Use Zone - Transport Public Park and Recreation Zone Neighbourhood Residential Zone Mixed Use Zone Industrial Zone General Residential Zone Commercial Zone

Overlays

Legend

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0 10

m

Site Boundary

Overlays

Design and Development

Land Subject to Inundation

Environmental Audit Heritage

Public Acquisition

Special Building

Development Plan

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Increased Site Permeability to Public Park By subdividing Northcote Plaza’s large footprint into smaller blocks, this will allow permeability through into All Nations Park and will create an active street frontage around the shopping centre. It also creates opportunities for a community square (highlighted in fuscia) and a weekly marketplace (highlighted in yellow) to foster a sense of community for Northcote.

Landscaped hill to reduce physical barriers The location of these landscaped hills are along the train lines so as to remove physical barriers between the two neighbourhoods on either sides. This idea was inspired by Herring Larson’s Vinge Train Station in Copenhagen. It will serve as a rejuvenated park space while providing better connectivity for the public.

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Rejuvenate and improve social housing Northcote’s social housing areas is proposed to be intensified and rehabilitated to provide new amenities for social housing residents and a private parkspace to improve their lifestyle and standards of living. Amenities like eateries, libraries and community spaces are to be expected on the first two floors of the new social housing buildings.

Intensify and grow Northcote’s activity centre High Street, being Northcote’s shopping and commercial centre, has potential to intensify and grow as the population of Northcote has many skilled workers. The growth of High Street will bring in new jobs foor the residents of Northcote and will reduce the need of travelling into the CBD for work.

main actions of proposal 19

EBSS Construction Technical Drawing & Model Construction Design, 2018 Elizabeth Blackburn School of Sciences, Parkville, Melbourne, Australia.

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An axonometric drawing and a 1:20 model of a section of Elizabeth Blackburn School of Sciences in Melbourne was studied in detail to understand the construction of the building. In-depth analysis was done to compare between architectural design intent and the limitations of construction.

AutoCAD, Model Making

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Section C

b.

c. d.

3. a. b. c. d. e. f. g. h. i.

4. a. b. c. d.

5. a.

b.

6. a.

b.

L4 1.

25 R

Ground Floor Slab SL92 mesh top and bottom reinforcement ‘Fortecon Super’ flexible polymeric film 0.3mm thick, laps not less than 200mm 50mm compacted sand 100mm thick polystyrene layer 150mm thick concrete slab (32MPa) Bar chair spacings at 1200mm in both directions Curing of concrete should last for 7 days and formwork removed after 14 days. Concrete vibrated with vibrating screen and helicopter trowel 60mm recess to accommodate matting Withstand 3kN/m2 live load & 1kN/m2 floor finishing Ground Floor Elements (Concrete Column CC4, Steel column C2, Precast Concrete (PC3, 7, 14) CC4: 600mmx250mm with 15mm chamfer on corners, 8N24 bars, N12 Ligs – 200 crs (40mm concrete cover), 800mm lap top and bottom with 300mm cog connecting ground and First Floor slab C2: 4M20-4.6/S H.D. bolts, 400mm embedment, 100mm cog caged, 20mm thick base plate, 6mm CFW, 75mm minimum of concrete encasement of column when below F.S.L. PC3 & 7: 4 Type ‘A’ Panel to panel cast in plates, N16-300 crs cast in ferrules for floor beam, N20 bar in 50mm Corrugated duct connecting to ground slab, 200mm thick panel (PC3) with RL818 mesh each face, 175mm thick panel (PC7) with SL81 mesh each face.

PC14: Type ‘C’ Panel to Panel connection to PC7, N16-300 crs cast in ferrules for floor beam, N20 bar in 50mm Corrugated duct connecting to ground slab, 175mm thick panel with SL81 mesh each face, 30mm non-shrink grout to full length of panel Curtain Wall System & Shading System ‘Series 607 Faceline’ 150mm thick framing suite, 0.27 – 0.76 SHGC, 4.2-6 U-value, Powdercoat aluminium frame, single glazed centre glazed 102mm framing, 50mm with 3mm thick aluminium channel raked to support aluminium cladding, Flywire screen windows using time clock system with awning sash ‘Atmosphere’ by Locker Group, Folded Perforated Metal Screening Device with varying apertures, fixed on 8mm stainless steel cables hung off structural steel with AC1 fixings, Epoxy/Polyurethane paint finish to exposed to exposed screening device column, structural beam brace and align with structural tie connecting screening to curtain wall Staircase N16-300 crs breadthwise and N12-300 crs lengthwise, N16-150 at landings, N16 threaded dowels x 500 long at 300 crs to tailed cast in ferrule in panel, 175mm riser x 300 thread with 70mm nosing, 10mm thick M.S. trimmer plate with 22mm dia holes to suit cast in ferrule location in precast panel (PC7), 2N16 threaded dowels x 500mm long at 300mm crs, Latham Asbraloy Recessed Nosing FA501S, 60mm x 10mm aluminium extrusion with FRP/silicon carbide grit slip resistant insert, black extrusion with white insert, Signature Flooring Flexo Contours CTR020 Black Beetle Rubber, 10mm steel plate stringer to extend a minimum 30mm above nosing, polyurethane paint FInish Kiln Dried Tasmanian Oak 50mm diameter timber handrail, Handrail to steel adhesive with handrail slot, 150mmx10mm steel plate via 100mmx10mm cleat, epoxy/ polypropylene paint fInish to steel rail & plate

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1.

L3

R

R 52 0.

L3 R

1st Floor Internal Walls & Internal wall Cladding SPF5: 46mm aluminium composite cladding system, 90mm Stud framing with sarking, 13mm plasterboard SPF7: 13mm Plasterboard or moisture resistant, 90mm stud framing CP1: 150mm concrete panel, min 10mm gap, 64 steel stud framing with sarking, glass wool insulation with R2.5, 13mm Plasterboard, Overall thermal rating of R2.8 CP6: 46mm Aluminium composite cladding system, 200mm Concrete Panel, min 10mm gap, 64mm steel stud framing with sarking, glass wool insulation with R2.5

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8. a.

0.

1st Floor Slab 160mm typical thickness (40mPa) on 1mm of Condek Live load 3kN/m2 and 1kN/m2 for floor finishes, 4kN/m2 for stairs and landings, 600mm deep edge beams Bottom reinforcement: SL82, 10T5-200, T5 (2N12)-250 Top Reinforcement: Bar A (N12-400), N12-250 before stairs, 4N16 2 stage tensioning; 25% of total jacking force applied at first 24 hours after concrete casting with min of 7MPa, 100% jacking force applied after 5 days of casting with 22MPa

External Cladding AL-1: Alucobond, 4mm thick Metal Cladding Systems, 0.6 BMT Colorbond steel, installed using top hats, 500mmx10mm joints, butt end joints between lengths, 25mmx25mm square corner joint.

10. a. b. c. d.

Ceiling PB 3200: 10mm CD Flush Plasterboard at 3200mm above RL31.8 PB1 4025: 13mm CD Flush Plasterboard at 4025mm above RL36.00 TL2 RAKE: Timber Lining Type 2 following Purlins PB RAKE: 10mm CD Flush Plasterboard following Purlins

8.

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9. a.

L2

d.

R

b. c.

R

L3

7. a. b. c. d. e. f.

L3

1.

c.

Footing System All footing systems and bored piers must be founded into naturally occurring extremely weathered siltstone with mass concrete to reach ground of adequate bearing capacity.

Isolated Pad Footing (F2 & F8), i.

F2: 1200mmx1200mmx750mm, SL81 bottom reinforcement with 50mm concrete cover, 350 kPa ii. F8: 600mmx600mmx600mm depth, SL81 bottom reinforcement with 50mm concrete cover, 350kPa, Edge beam, 300mm wide, 3-L12-TM top and bottom reinforcement with 40mm concrete cover, N12-200 Crs ‘Z’ bars vertical when rebate is greater than 200mm 300kPa Bored Piers, 450mm diameter, 2000m below finished surface level, 1N20 bar central, additional 2N12 – 200 Crs x 2000mm each way, 450kPa

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2. a.

6.

e.

L3

c. d.

R

b.

Site and Foundation Crushed rock Capped by 30mm Asphalt, Brown/Grey, Moist/Silt/Clay, Medium Dense, 0.3m Depth Crushed Rock and Cement Stabilised, Grey/Brown, Moist/Trace of silt, Medium Dense, 0.5m Depth Clay, Grey/Brown, Moist/Silty, Stiff, 0.5m Depth Extremely Weathered Siltstone, Yellow/Orange/Grey, Silty & Gravels, Very Low Rock Strength, 1.7m Depth Site Classification ‘M’

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1. a.

11. RooFing System a. All Steelwork to be Onesteel grade 300 plus U.N.O, all exposed steelwork must be hot dip galvanised b. All purlins to be Lysaght or stramit purlins or design equivalent to 350g/m3 c. C20024 Eave Purlin to C1 (89x89x6 SHS) 8mm thick cleat plate with 6mm CFW & 2M12-4.6 Bolts d. P2(C20024) to B9 (150x75 PFC) 10mm Thick full depth web stiffener with 6mm CFW e. T1(75x75x4 SHS) to C2 (310 UB 4.0) 5mm thick cap plate with 4mm CFW seal weld all around f.

16mm diameter universal wind bracing bracket support from roof purlins at midspan g. C Purlins 200-24 – 1200 Crs max h. Ausmesh 300 or Waratah ‘Roofsafe’, 300mmx150mm 2mm diameter galvanised, 450-600MPa i.

CSR Bradford ‘Anticon 130’ Roofing Blanket incorporating Medium Duty Thermofoil 730, R3.0 j.

CSR ‘Ashgrid’ 110mm metal spacers installed over bulk insulation, overall system achieving up to R3.7 k. Bluescope Lysaght ‘Spandek’, 0.48 BMT, Colorbond finish l.

Metroll, Fielders custom made eaves gutters, 150mm and 250mm, .55BMT, Colorbond Finish with custom made internal steel gutter support brackets.

Project Bio21 science sub school, University of Melbourne Parkville Campus

Construction Design APBL30041 Semester 1, 2018 Tutorial 15 Luke Wilson

Drawing Title

Drawn By

Axonometric Drawing of Section C

Samuel Choy Weychun, 789797

Axonometric View Scale 1:20 @ A0

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Rhythm & Collage Creative Urban mapping & analysis Morphological Mapping, 2018 CBD, Melbourne, Australia.

Combined Map

4

Throughout the course of this subject, an urban morphological analysis of the city of Melbourne was undertaken using a range of techniques for urban mapping. Some techniques of urban mapping include figure ground mapping, functional mixes, streetlife and public space typology.

The final products of the subject includes two maps that portray the varies techniques used to creatively contribute to different urban design concepts, approaches and outcomes within a global context.

Illustrator, Photoshop

Russell Street Transect

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Legend 1-10 people 11-20 people >20 people Least Noisy Less Noisy Noisy More Noisy Most Noisy

crowding & noise analysis 23

Legend Interfaces

Interfaces and Walking Pace This map aims to explore the pace of users in different parts of the Russell Street Transect and investigates the relationships between the interfaces of the urban landscape. The pace of users was recorded based on the tempo of their walking pace on the metronome scale and provided a tempo range between 80 to 130 beats per minute (bpm). Realistically, a more transparent interface would decrease the pace of users as their attention is drawn towards the street-level faรงade.

Meanwhile, an impermeable faรงade would increase the pace of users. In the map, there have been areas of slow paces particularly in parks and places with interesting facades while other opaque and impermeable interfaces saw a spike in pace (with the exception of Hozier Lane).

Morphological Mapping ABPL30051 - Semester 1, 2018 Samuel Choy Weychun (789797)

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Setback Transparent Opaque Vehicle Impermeable

Walking Pace (beats per min) 80-89 90-99 100-109 110-119 120-129

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RHYTHM

Image References Google Maps, 2017. Russell St - Google Maps. [Online] Available at: https://www.google.com/maps/@-37.8088957,144.9663866,3a,75y,66.64h,97.33t/data=!3m6!1e1!3m4!1sdFAgSwDTl94UU-iXR__XTw!2e0!7i13312!8i6656 [Accessed 21 May 2018].

L, L., 2016. Cheonggyecheon Stream - West End | Cheonggyecheon Stream - West End | Flickr. [Online] Available at: https://www.flickr.com/photos/virtualawrence/29273029071 [Accessed 21 May 2018].

Precedent for Cardigan Street Bridge Crossing (Lawrance, 2016)

Promote Loitering in Russell St Having seen the Assemblage map between the pace and interface, how can we reduce the pace of users in certain areas where there are high walking speeds and impermeable interfaces?

Implementing the Cheonggyecheon urban redevelopment project and the Arc de Triomphe may be one solution.

As observed in the Rhythm map, the walking pace is much lower in park spaces. This may be the case as users would find parks to be peaceful and they would want to indulge in the greenery.

The Cheonggyecheon river project acts like the park, and will be situated in fragments, in places where quicker pacing is observed. This is to respect the grid system and still allow for vehicular traffic to flow through. Pedestrian zones are located near the Arc and near ‘rivers’ which would accommodate and facilitate uninterrupted immersion of the user. This would bring crowd into these areas and create attraction spots along the entire transect. With these implementations, it will hopefully aim to challenge the fastpaced lifestyle of the city and promote loitering with place activation. It would be interesting to observe how significantly slower the walking pace would be in these previously monotonous areas.

Legend

New vegetation to promote loitering and activate La Trobe Street.

New vegetation

Existing Vegetation Arc de Triomphe

eonggyecheon Stream

Tram Route

Tram Route

Legend

Pedestrian Area OnlyNew vegetation Existing Vegetation Arc de Triomphe Vehicular Bridge Cheonggyecheon Stream Pedestrian Area Only

ical Mapping

Vehicular Bridge

r 1, 2018Morphological Mapping ABPL30051 - Semester 1, 2018 Samuel Choy Weychun (789797)

(789797)

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Arc De Triomphe and pedestrian space will create a new landmark for Russell St and encourage slow walking pace.

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URBAN C 0

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URBAN COLLAGE Legend

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The Cascade Public Change Room Studio Air, 2017 Dights Falls, Yarra River, Melbourne, Australia.

Inspired by the water currents on site and the Ban Pavilion by Orproject, the concept of cascade finalised to evolve around anisotrophy, fluidity and transparency. With the help of parametric modelling tools like Grasshopper, the changeroom is made from a network of folded polypropylene sheets which have predefined connections to create a systematic pattern that can seemlessly form walls and transition over to columns and roofings.

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The use of transparent materials also challenges the idea of privacy. Since the polypropylene sheets are translucent in nature, overlapping and folding them creates an almost opaque wall with only the silhoutte of the user being visible. This explores the idea of being insecure, yet motivates people to become one with nature.

Other members in this project: Sidney Sim & Trinh Pham Rhino 3D, Grasshopper, V-Ray, Photoshop, Laser Cutting

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perspectives

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LINCOLN PARK NATURAL BROADWALK

TRANSPARENCY

BAN PAVILION

ANISOTROPY

YORISHIRO

PROGRESSION

CONTINUITY

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FLEXIBILITY

Establish U and V domain of the surface

Draw base curve

Divide into points and create 3 point arc

Loft 3 point arc to create a surface

[INPUT]

Sine Curve

Rotation, mirroring and lofting

Array panels in x-axis

Array result in y-axis to create a grid

Offset grid to fill in the gaps between

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3d Modelling Fashion Designer Shop Personal Venture, 2017 My friend and I were approached to produce a retail shop render/artist impression for a friend of ours who was studying fashion design. It was an opportunity for us to take on a client’s request and produce a work that challenged our skills in both designing and rendering. A small amount of pocket money was earned from this venture as we made a satisfying outcome through the final renders and axonometrics.

Other members in this project: Sidney Sim Rhino 3D, V-Ray

1F

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GF axonometric 32

first floor perspective

ground floor perspective 33

Time Out Conceptual Design SONA Competition, 2018 ‘Breathing Space’ was the theme of 2018’s Sona competition and in that two-day competition, our team used the kaleidoscope to metaphotically represent our idea of a breathing space. The Kaleidoscope is not only visual escape from reality, but it can also metaphorically decontextualise its surroundings and take you to another dimension of reality, one that is without expectations and with constant surprises.

Observing past the kaleidoscope lies a portal where views are framed and amplified to invoke the tactile senses that makes oneself conscious of elements of an everyday pathway we may use but never realise its existance. The more we uncover these hidden elements, the more we come to our senses and ultimately we feel different, free of our anxieties and dutily expectations. Our playfulness, anger, greef and sorrows are released into this other world and for a moment, we have time to breathe and reflect, and with a clearer mind and a refreshed body, we return to reality with this imaginative dimension kept safe within the kaleidoscope.

Other group members: Simrat Mehta & Sohan Mitra 7 Handsketches by Samuel

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The beads in the kaleidoscope representing emotions and memories.

Adding planes of reflection to enclosing the beads.

Reflections amplify the beads immersing the user into a different world that heightens their senses.

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Other Works 1 GRAPHIC ANIMATION VIDEO | Archipelago Insurance Product Launch September 2013 https://www.youtube.com/watch?v=HZ2RjsMK-bo I saw graphic animation as interest and had been using MS PowerPoint to create animations at the time. However, I decided to take on this opportunity to expose myself in this field by using a more industry standard animation software for the first time.

The unlisted YouTube link brings you to the Official Launch Video of Malaysia UltraCare launched by Archipelago and Interglobal in September 2013 Created under a month, the video summarises the key features of the product and was played during the keynote.

Adobe After Effects & Premiere Pro, Music Composed by Samuel Choy.

2 VOCALITY | Independent Acapella Group Febrary 2017 to Present https://www.youtube.com/watch?v=xlCHzGCdrio With acapella singing as a hobby, I decided to form an group in Melbourne alongside aclose friend from IB. Since then, Vocality had performed for a few events including the Grand Malaysian Ball 2017 & Taste of Malaysia 2018.

Whenever I had the freetime, I would compose acapella arrangements and hold practice sessions with Vocality for potential performances and as a repetoire. The YouTube link will take you to our recent arrangement.

Adobe After Effects, Premiere Pro & Audacity Arranged & Composed by Samuel Choy.

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Thank You.