Weld Connect - May 2024

IN THIS ISSUE

NATIONAL OFFICE

PO Box 197, Macquarie Park BC NSW 1670 1800 189 900 office@weldaustralia.com.au weldaustralia.com.au

Geoff Crittenden Chief Executive Officer 1800 189 900 g.crittenden@weldaustralia.com.au

TRAINING

Guy Brooks, General Manager, Training Operations 0488 743 322 g.brooks@weldaustralia.com.au

MARKETING

Michelle Bignold, Executive General Manager, Sales & Marketing 0437 106 726 m.bignold@weldaustralia.com.au

MEMBERSHIP

David Choudry, Membership Manager 0417 878 104 d.choudry@weldaustralia.com.au

QUALIFICATION & CERTIFICATION

Deniz Yalniz, Executive General Manager, Technical Services 0487 487 170 d.yalniz@weldaustralia.com.au

ENGINEERING

Victor Blain, General Manager, Engineering – VIC, TAS, SA & WA 0409 823 991 v.blain@weldaustralia.com.au

NEW SOUTH WALES

Arya Sharifian, Welding Engineer 0419 414 901 a.sharifian@weldaustralia.com.au

VICTORIA, TASMANIA & SOUTH AUSTRALIA

Victor Blain, General Manager, Engineering – VIC, TAS, SA & WA 0409 823 991 v.blain@weldaustralia.com.au

QUEENSLAND & NORTHERN TERRITORY

Ross O’Bryan, General Manager, Engineering – QLD, ACT, NSW, NT 0491 491 888 r.obryan@weldaustralia.com.au

WESTERN AUSTRALIA

Ian Mackay, Business Development Manager 0493 027 882 i.mackay@weldaustralia.com.au

A FUTURE MADE IN AUSTRALIA

Australia Must Have Specific, Enforceable Local Content Requirements and the Right Investment

Weld Australia welcomes Prime Minister Anthony Albanese’s recent announcement of the Future Made in Australia Act, but urges the federal government to ensure that specific, enforceable local content requirements are formally incorporated and the right investments are made. Only then will the federal government strengthen local manufacturing, drive real economic growth, and create the next generation of prosperity and opportunity.

The Future Made in Australia Act presents a critical opportunity to bolster local economic participation in the renewable energy transition.

Weld Australia congratulates Prime Minister Albanese on his announcement of the Future Made in Australia Act. It has real potential to ensure Australia has affordable, reliable clean energy, a strong manufacturing industry, skilled workers, secure jobs and modern infrastructure. It could see Australia become a renewable energy superpower.

However, it is essential that specific, enforceable local content requirements are formally incorporated into the Future Made in Australia Act.

Australian businesses have long advocated for specific, measurable local content requirements in government contracts. However, tangible examples of local content procurement policies are yet to materialise in Australia.

The federal government’s Buy Australian Plan and the Australian Industry Participation scheme were bold steps aimed at harnessing the government’s purchasing power to boost local industries. Yet, these schemes are failing to hit the mark.

Besieged by vague specifications, a lack of enforcement, and loopholes that allow for noncompliance, the initiatives have struggled to provide local businesses with a fair shot at government contracts. Current requirements are fragmented across state jurisdictions and often fail to lead to new production capacity. Without action, the Future Made in Australia Act will be just as toothless.

The federal government must work with the state and territory governments to implement a coordinated, nation-wide approach to local content requirements to maximise impact and enable new production capacity.

The government must be specific when it comes to the use of Australian materials and components, and registers of business providers and their level of domestic versus foreign ownership.

Weld Australia strongly recommends that a significantly favourable merit weighting be given to tenderers who guarantee local content of Australian fabricated steel as follows:

• Onshore Wind Towers >60%

• Offshore Wind Towers >40%

• Solar Farms > 60%

• Monopole Transmission Towers > 60%

• Lattice Transmission Towers > 60%

This weighting should be applied on a sliding scale as per the table below.

- 70%

- 60%

- 50%

40%

The Need for Specific, Measurable Local Content Requirements

While the expansion of the Scheme and billions in private investment are obviously welcome, it is essential that local content requirements are incorporated into Capacity Investment Scheme tenders.

This will fortify domestic clean energy supply chains, boost investor confidence, and cultivate a skilled workforce for the energy transition, positioning Australia as a global renewable energy leader. Australian businesses have long advocated for specific, measurable local content requirements in government contracts.

Value for Money and Whole-of-Life Considerations

Value for money for taxpayers is a primary objective in Australian government procurement, necessitating a thorough assessment of both financial and nonfinancial costs and benefits in each proposal. However, the current interpretation of ‘value for money’ often emphasises cost over broader economic benefits, neglecting crucial factors such as whole-of-life considerations, particularly in large infrastructure projects.

Local procurement offers various advantages, including reduced inventory management, shorter lead times, and enhanced after-sales support, ultimately contributing to lower whole-of-life costs. Moreover, sustaining local industries ensures the availability of skilled workers for ongoing maintenance, while on-site inspection expenses can be minimised by employing local personnel. Additionally, utilising locally fabricated steel can optimise transportation logistics and delivery schedules, facilitated by a network of distribution centers across Australia.

Compliance with Australian Standards

Compliance with Australian Standards ensures quality, safety, and reliability, vital for successful project execution. Notably, adherence to these standards contributes to economic, social, and environmental benefits, underscoring the importance of considering such criteria comprehensively in value for money assessments.

The main competition for Australian wind tower manufacturers are overseas suppliers from Vietnam, China and Indonesia. The issue is that the quality of imported wind towers is appalling. They do not adhere to Australian Standards. Local fabricators comply to internationally recognised Australian Standards and are certified by the relevant Australian authority. In this way, Government and private clients can ensure the quality and safety of projects. Imported steelwork, which does not meet these requirements, is often of inferior quality and may not meet the Australian safety requirements.

Global Demand

These quality and safety issues will only be exacerbated by increased global demand in the race to net zero.

The whole world is looking to transition to renewable energy. Countries like Scotland, New Zealand and Sweden are all investing in wind power. Not only will increased global demand likely reduce the quality of wind towers manufactured overseas, it will also increase scarcity of supply. There are already global supply chain issues—imagine how these will be magnified.

Local manufacturers like Keppel Prince Engineering and Crisp Bros. & Hayward cannot win jobs on their doorstep when governments and multi-national companies place a premium on price over and above quality and safety.

A Commitment to Sovereign Manufacturing Capability

The Australian Government’s recent $1 billion investment in the Solar Sunshot program must be replicated in hydrogen and wind tower manufacturing. The domestic demand for wind towers over coming decades is huge. Based on AEMO scenarios, the market could range from $20 billion anywhere up to $80 billion.

Globally, wind tower manufacturing is concentrated in China and experienced the largest cost increase of all renewable energy technologies due to global supplychain issues arising from COVID—estimated by the CSIRO to be a 35% increase.

A local heavy manufacturing industry, backed by government investment, would deliver speed to market and reduce Australia’s exposure to supply chain risk. Australia currently has reduced capacity in wind tower manufacturing because government contracts have long been offshored. However, major steel manufacturers such as BlueScope have expressed interest in wind tower manufacturing, as have Weld Australia’s members.

Specific, enforceable local content requirements and the right investment in heavy manufacturing will fortify domestic clean energy supply chains, boost investor confidence, and cultivate a skilled workforce for the energy transition, positioning Australia as a global renewable energy superpower.

Weld Australia would like to welcome all our new Members who have joined in the last month:

CORPORATE MEMBERS

• IQ Solutions Queensland: iqsolutionsqld.com

• Acciona M&E: acciona.com

• AVK Wang: avkcivil.com.au

INDIVIDUAL MEMBERS

• Vijayakumar Manimaran

• Glen Croker

• Cole Crawford

• Leonardo II Balagtas

• Paul Zonta

• Colin Fowler

• Shane Tully

• Won Jegal

• Peter Casa

• Grant Gibbs

JOIN TODAY

For further information on the benefits of becoming a Weld Australia member, visit our website, or contact David Choudry (Membership Manager) on d.choudry@weldaustralia.com.au or 0417 878 104.

Weld Australia membership is an investment in the success of your career or the success of your business. We will help you increase your income, decrease your costs and give you a competitive advantage over companies or people who aren’t members. JOIN TODAY

RECENT MEDIA COVERAGE

A future manufactured in Australia - the Act and reactions to it published by Industry Update

PM: Clear-eyed, hands on, Future Made published by Food & Drink Business

Industry responds to Future Made in Australia plan, published by Packaging News

Weld Australia urges investment in network of Indigenous welding schools, published by Manufacturers Monthly

Push for Indigenous Welding Schools: Weld Australia, published by The Tradie

Skillaroo Harrison forges a bright path, published by The Tradie

REDUCING WELDING FUME EXPOSURE IN YOUR WORKPLACE

Countless studies have concluded that welding fume is bad for health, yet few have given practical guidance on how to effectively control welding fume exposure… until now.

A recent Australian independent study* compares the effectiveness of different welding fume product control methods in reducing exposure to welding fume, including On-Gun Fume Extraction, Hooded Capture Local Exhaust Ventilation (LEV), and Welding Helmets with Powered Air Purifying Respirators (PAPR). The results of the study are organised into two categories: The Welder’s Exposure to Welding Fume and Removing Welding Fume from the Environment.

1. The Welder’s Exposure to Welding Fume

With a reduction in exposure of at least 99.96%*, the 3M™ Speedglas™ G5-01VC Welding Helmet with the 3M™ Adflo™ PAPR was by far the most effective measure in protecting the welder from welding fume exposure when compared to On-Gun and Hooded Capture LEV.

The Adflo™ PAPR system also provided an Effective Protection Factor (EPF) of at least 2,600*, reducing exposure to at least 1/2600th of the outside concentration: at least 52 times better than the Required Minimum Protection Factor (RMPF) of 50 specified in AS/NZS 1715:2009.

PAPR should therefore be considered a priority in situations where the welder is the only person requiring protection from welding fume. Speedglas™ continues to set the industry benchmark for this protection, with the award-winning Adflo PAPR seamlessly integrating with state-of-the-art welding helmets that offer market-leading vision, comfort, and performance.

2. Removing Welding Fume from the Environment

It is an employer’s legal responsibility to reduce welding fume exposure to as low as reasonably practicable for all persons, not just the welder.

Per the study, Translas On-Gun Fume Extraction removed 33% more welding fume from the environment than Hooded Capture LEV*. The ergonomic Translas 400 Amp extraction gun used in the study was able to capture up to 97% of the welding fume (with an average of 90% across all tests*), all while leaving the shielding gas completely unaffected.

On-gun also has the added benefit of following the welder as the welder moves, unlike fixed LEV hooded capture that requires the welder and welding arc location to be perfectly positioned and relatively stationary.

The Workplace Exposure Standard for Welding Fume has been lowered from 5mg/m3 to 1mg/m3. While this is a massive step in the right direction, action is required to reduce welding fume exposure to below this new legal limit. The results of this study give clear and actionable guidance on reducing welding fume exposure to not just 1mg/m3 but well below this new level.

If you’re looking for guidance specific to your environment and application, try the Welding Fume Product Selector Tool at apexweldingsafety.com.au. Please note this guidance does not address confined spaces.

* 2023 Peter Knott, Georgia Csorba, Dustin Bennett, Ryan Kift. Welding fume; a comparison study of industry used control methods. Safety Journal.

This article was supplied as part of a paid sponsorship package.

The Law For Welding Fume Has Changed!

In January 2024, Work Health and Safety Ministers endorsed the decision to immediately lower the Workplace Exposure Standard for Welding Fume from 5mg/m3 to 1mg/m3 .

All Australian workplaces must now comply with the new lower limit by law.

According to new scientific research*, Welding Helmets with integrated Powered Air Purifying Respirators (PAPR) are the most effective method of protecting the welder from welding fume exposure when compared to other common forms of welding fume product controls.

3M™ Speedglas™ have consistently delivered the most popular PAPR systems on the market, culminating in the award-winning 3M™ Speedglas™ G5-01:

3M ™ Speedglas™ G5-01 Welding Helmets

Heavy-duty flip-up welding helmet with 170 x 104mm grinding visor

73 x 109mm viewing area with more realistic True-View optics

Configurable extra head and neck coverage options (e.g. leather)

Choose either G5-01VC lens (Variable Colour, Shades 3/5, 8-14) or G5-01TW lens (Shades 3/5, 8-13)

2023

of industry used control methods. Safety

*

Peter Knott, Georgia Csorba, Dustin Bennett, Ryan Kift. Welding fume; a comparison study

Journal.

True-View Technology

A WARM WELCOME TO THE NEWEST MEMBER OF OUR TEAM

Weld Australia would to welcome the newest member of our team. Based in Western Australia, Mathew Lee has joined us in the role of Senior Welding Technologist.

With over 15 years industry experience, Mathew has in-depth knowledge of structural steel and pressure welding codes. Mathew has expertise in project upgrades, rebuilds, workshop fabrication, installations and repairs on structural, mobile plant and pressure equipment. He is adept at quality control, including the development of welding PQR and WPS for structural steels, low alloys, high alloys and non-ferrous materials; development of quality assurance and control processes and procedures; and visual, magnetic particle and penetrant testing of welds.

Prior to joining Weld Australia in 2024, Mathew was a Welding Coordinator at Taylors Engineering and Welding Services. He started his career as a boilermaker welder, spending over 10 years honing his hands-on welding skills prior to moving into the welding supervision and quality stream.

Mathew is an International Welding Technologist (IWT), International Welding Specialist (IWS), an International Welding Inspector – Standard (IWI-S), an AS 2214 Welding Supervisor, and an ISO 9001 Internal Quality Auditor. He also holds a Certificate III in Heavy Fabrication and Welding.

PROFESSIONAL QUALIFICATIONS

• International Welding Technologist (IWT)

• International Welding Specialist (IWS)

• International Welding Inspector – Standard (IWI-S)

• AS2214 Welding Supervisor

• ISO 9001 Internal Quality Auditor

• Certificate III in Heavy Fabrication and Welding

GIVEAWAY Win a BlueVenom XF353

Weld Australia, in partnership with CIGWELD, is excited to announce an exclusive giveaway for our members!

Win a top-of-the-line CIGWELD multi process welding inverter and bring precision and efficiency to your projects.

HOW TO ENTER

ABOUT THE BLUEVENOM XF353

The new BlueVenom XF353 is a 3-in-1 multi process welding inverter that has been specifically engineered to be narrower in size for easy access in tight and constrained areas but also as a modular arc station

The XF353 can deliver awesome arc characteristics in the most popular processes of MIG (QuickSet and manual modes, gas and gasless operation, single and double pulse MIG with the optional PulseMate™), STICK (MMA with VRD for extra safety) and TIG DC-Lift welding modes For details on the BlueVenom XF353, visit Cigweld’s website

Follow both Cigweld and Weld Australia on LinkedIn.

Find the competition post on LinkedIn and tag a friend

Make sure you’re a member of Weld Australia

Fill out this short online form to enter the draw

The winner will be chosen at random and announced via Linkedin The competition is neither sponsored by, nor endorsed by, LinkedIn

SLASH PRODUCTION COSTS WITH ESAB HANDLING EQUIPMENT: 2-AXIS

POSITIONERS AND ROLLER

BEDS

In the realm of industrial fabrication and welding, efficiency and precision are paramount. ESAB Handling Equipment offers a range of solutions designed to streamline and automate production processes while enhancing quality and reducing costs. Among these, 2-Axis Positioners and Roller Beds stand out as indispensable tools for achieving these goals.

2-Axis Positioners: Enhancing Welding Efficiency

The versatility of 2-Axis Positioners makes them indispensable in various fabrication industries, including pressure vessel and pipe fitting workshops, mining machinery, transport, wind tower, military, and shipbuilding. These positioners facilitate the precise positioning of fabricated metal components and structures, optimizing them for welding in horizontal or down-hand positions. By ensuring consistent weld joint placement, and pin-point accurate positioning using jaw chucks, they minimise weld defects and enable faster work turnover - ultimately lowering production costs on large scale projects.

Key attributes of ESAB’s 2-Axis Positioners:

• Stepless speed adjustment for precise control

• Compliance with the strictest international safety standards

• Optimised motor and gear drive sizes for efficient operation

• Ergonomic design for comfortable working positions

• Easy mechanical and electrical maintenance

Ideal Applications:

• Pipe shops

• Pressure vessels

• Cladding of dish ends

• Fuel tanks

Roller Beds: Robust Support for Welding Processes

ESAB Roller Beds provide sturdy support for automatic welding of pipes, vessels, and support towers. Their robust design, featuring durable rollers and grit-blasted steelwork with an industrial painted coating, ensures longevity even in abrasive environments. Special highload polyurethane tires offer exceptional grip and wear resistance, while a cast steel gearbox with double worm gear arrangement ensures smooth operation with minimal backlash.

Key attributes of ESAB Roller Beds:

• Solid-state inverter for precise speed control (selected models)

• Options for motorised and idler rail bogies

• Forward-stop-reverse functionality and speed control as standard

• Foot pedal for added convenience.

Ideal Applications:

• Wind tower fabrication

• Offshore and shipyards

• Pressure vessels

• Pipe lines

ESAB Handling Equipment’s 2-Axis Positioners and Roller Beds represent cutting-edge solutions for optimising production processes in various welding and fabrication industries. By enhancing efficiency, precision, and safety, these hassle-free tools contribute to significant cost savings and time savings while ensuring the highest standards of weld quality. Whether in large-scale manufacturing environments or specialised workshops, investing in ESAB Handling Equipment is a strategic choice for companies looking to stay ahead in today’s competitive landscape.

This article was supplied as part of a paid sponsorship package.

WORLDSKILLS AUSTRALIA ANNOUNCES SKILLAROOS TEAM FOR LYON 2024

WorldSkills Australia is pleased to announce the 2024 Australian Team, who will represent the country at the 47th International Competition, taking place in the French city of Lyon in September.

The contingent of 33 young apprentices, trainees, and students (known as the Skillaroos) is the largest the organisation has sent overseas since Lyon last hosted in 1995. The WorldSkills Australia delegation of competitors, trainers, officials, and team management, is the largest ever sent to an International Competition.

The 47th International Competition is set to be the biggest skills competition ever, with over 1,500 Competitors from 75 countries set to compete in 59 skills. More than 250,000 visitors are also expected to attend the event, which will run from 10 to 15 September.

Worldskills Australia’s participation in the International Competition aims to benchmark Australian skills excellence against global standards. Team Australia

members represent the best in their fields, which include welding, plumbing, carpentry, baking, Industry 4.0, cyber security, and fashion design.

The journey for selection has spanned two years, beginning with a regional WorldSkills competition in 2022 that involved more than 3,000 competitors.

Winners from each region then competed in the National Championships in 2023, with medallists being eligible for selection in Team Australia that will travel to France.

Each Skillaroo will be accompanied by their Expert who have overseen their training and preparation to compete on the global stage, meaning the contingent wearing the green and gold will number close to 75.

WorldSkills Australia thanks its industry and TAFE partners who have supported the Skillaroos on their journey and enabled them to achieve their dreams of competing on the world stage. Weld Australia is proud to support the Welding Competitor, Harrison Field, and wish him all the very best of luck.

More details on the Skillaroos 2024 team, including competitor profiles, can be found at worldskills.org.au

Harrison Field

Welding competitor Harrison Field and expert Mark Williams

The Australian Government has revealed plans to allocate a substantial portion of Australia’s largest-ever tender for renewable energy to bolster sources in Victoria and Tasmania.

The initiative, set to commence this month, will see 1.7GW of renewable energy capacity allocated as part of the government’s overarching strategy to enhance energy supply, as revealed in a media release.

Under the umbrella of the Capacity Investment Scheme, initiated by the Australian Government, a total of 32GW of reliable renewables is slated for development by 2030. This collaborative effort aims to expedite and facilitate new energy investments across various states while ensuring the stability of the national grid.

In the upcoming allocation, Tasmania is guaranteed a minimum of 300MW for new renewable energy projects, while Victoria is set to receive at least 1.4GW, sufficient to power approximately 700,000 households within the state.

Victoria has expressed appreciation for the early commitment from the Commonwealth, anticipating further collaboration as discussions progress towards the final agreement on the full Capacity Investment Scheme program. Initial allocations have earmarked 2.2GW for New South Wales, 300MW for South Australia, and 500MW for Western Australia.

Registration for bids for the tender is set to open on 16 May. Interested parties can access a comprehensive market brief for the total 6GW tender via the government website

TECHNOLOGY ENABLES HUNTER CLASS FRIGATE PROGRAM TO EXPAND SHIPBUILDING ACTIVITIES

Digital technology is enabling the Hunter Class Frigate Program to expand its shipbuilding activities beyond the Osborne Naval Shipyard.

Adelaide manufacturer MG Engineering is constructing bulkheads and side shells that join together to form the exterior of Hunter ship blocks. A digital ‘thread’ linking the Company’s manufacturing facilities and BAE Systems’ operations at Osborne enables the MG Engineering team to complete the initial construction of each section of the ship before it reaches the shipyard.

Jason Loveday (Program Director, Hunter Class Frigate Program, BAE Systems Australia – Maritime) said, “Trusted industry partners, such as MG Engineering, are critical to the success of the Hunter Class Frigate Program. Thanks to digital technology, we can work even closer with our suppliers than before by sharing production at partner sites and collaborating on manufacturing systems and processes to ensure the outcomes are world class. Expanding the production workload equips more companies in Australian industry to upskill their workforce and ensure they become a future part of Continuous Naval Shipbuilding.”

This build process tests MG Engineering’s capabilities and fosters its alignment with the Hunter program’s systems and manufacturing processes. This both reduces production risks and enhances production by using an alternative site and workforce to deliver ship sections when the Osborne Naval Shipyard is at full capacity. The side shells, each weighing in excess of ten tonnes, will be delivered to Osborne and installed on the Hunter program’s fourth prototype block prior to it undergoing abrasive blasting and painting.

Brisbane’s Advanced Robotics for Manufacturing (ARM) Hub is partnering with data and AI platform, Databricks to deliver AI intelligence to SME manufacturers. The AI, robotics and design-for-manufacture hub’s new alliance will enable smarter decision-making through affordable, safe, relevant and always up-to-date data and AI solutions.

ARM Hub Founder and CEO Professor Cori Stewart said: “Our work with Databricks has already enabled ARM Hub to build the lakehouse infrastructure and provide AI-as-aservice to Australian manufacturing businesses.

“We are proud world-leaders in the services we provide using Databricks – we are ready to support industry to succeed on the global stage in an era of generative AI. We are harnessing opportunities to collaborate with our partners to embed Australian deep tech companies and manufacturing businesses in high-value global supply chains.”

Databricks provides a unified data, analytics, and AI platform that simplifies and enhances the processing of data and the application of AI and machine learning models. ARM Hub will leverage the Databricks Data Intelligence Platform as part of its new AI-as-a-service, which facilitates easier adoption of data and AI for the manufacturing sector.

Manufacturers can integrate and streamline data such as IoT sensor data, machine logs, ERP systems and customer information for a holistic view of the business in real-time, helping with decision-making.

AUSTRALIA’S HEAVY INDUSTRY RECEIVES $330M INVESTMENT FOR CLEAN ENERGY TRANSITION

In a move to strengthen Australia’s industrial sector with sustainable practices, the Federal government has invested $330 million to fund clean energy initiatives and emission reduction projects across the nation. The Powering the Regions Fund is delivering $330 million to nine projects that bolster local industries and ensure the competitiveness in a global market.

Minister for Climate Change and Energy Chris Bowen said the grants would future-proof Australia’s heavy industries in a decarbonising world. “This $330 million investment in Australia’s hard-to-abate manufacturing and mining facilities is about securing the future of high-quality, lowemissions products made right here,” said Bowen.

Among the key projects supported by the government are:

• $93 million for an energy efficiency upgrade at the QAL Alumina refinery in Gladstone, Queensland

• $50 million to reduce emissions intensity at the Adbri cement manufacturing in Port Adelaide, SA

• $44 million for energy efficiency upgrades at Shoalhaven Starches food manufacturing in Nowra, NSW

• $35 million to power Murrin Murrin cobalt and nickel operations with renewables in Leonora, WA

• $32.9 million for emissions reduction at the CSBP chemical manufacturing facility in Kwinana, WA

• $15 million to electrify the Grange Resources Iron Ore mine in Savage River, Tasmania

• $5 million for fuel switching at the Grange Resources Iron Pellet plant in Port Latta, Tasmania

• $700,000 for alternative fuel trial at Liberty metals manufacturing site in Bell Bay, Tasmania

Need help or further details? Contact events@weldaustralia.com.au

QUEENSLAND & NT INDUSTRY DRINKS NIGHT

Weld Australia has partnered with Maxisafe (a familyowned Australian company dedicated to providing a broad range of Personal Protective Equipment (PPE) solutions) to bring you this not-to-be-missed night of networking with industry colleagues, drinks and canapés. Hear from industry experts, including Geoff Crittenden (CEO, Weld Australia).

EVENT DETAILS

• Date: Thursday 6 June

• Time: 6.00pm to 9.00pm

• Venue: Alchemy Restaurant and Bar

• Address: 175 Eagle Street, Brisbane 4000

• Cost: Free for Members; $45 for Non-Members

WA INDUSTRY DRINKS NIGHT

With a relaxed, informal setting, this event is designed to foster connections, inspire new ideas, and cultivate partnerships among Australia’s top welding professionals. Whether you’re looking to catch up with peers, meet collaborators, or gain insights into the latest trends, this event promises to be an invaluable resource.

EVENT DETAILS

• Date: Thursday 20 June

• Time: 6.00pm to 9.00pm

• Venue: Bells Functions, Bill Cooper Room

• Address: Upper Level, Pier 3 Barrack Street Jetty, Perth 6000

• Cost: Free for Members; $45 for Non-Members

REGISTER NOW REGISTER NOW

Brisbane: Wednesday 22 and Thursday 23 May 2024

Perth: Tuesday 28 and Wednesday 29 May 2024

Please note that the Brisbane course is now sold out.

About the Course

This two day course provides an in-depth overview of the various aspects of pipeline modification and repair to address the concerns associated with welding onto inservice pipelines. A thorough understanding of the factors that affect welding onto in-service pipelines helps avoid pipeline shutdowns and interruptions of service, thereby bolstering both economic and environmental benefits for operators and welders alike. Plus, repairs can be undertaken efficiently, effectively and with full confidence.

Facilitated by US expert, William (Bill) A. Bruce, the course includes a review and critical analysis of available thermal analysis models, including the original Battelle model, the heat sink capacity method and the PRCI thermal model for Hot Tap Welding. Course attendees will learn why these models, while useful as planning tools, should not be regarded as ‘magic bullets’ against hydrogen cracking in hot tap welding by utilising comparative examples.

The course will dispel a number of misconceptions that have developed pertaining to operating practices required to safely weld onto an in-service pipeline.

REVOLUTIONISING WELDING EDUCATION WITH XIRIS WELDING CAMERAS

Weld cameras are revolutionising welding education and training classes. The ability to visualise and record the weld during classes helps instructors more clearly articulate the learning components and helps students get the most out of their training experience. Playbacks for review and discussion can highlight what went well (or not!) and opportunities to improve.

This webinar will introduce weld cameras as an educational tool, with a walk through of the camera setup and discussion of sample weld videos. You will learn about the benefits of using Xiris weld cameras in educational and training environments.

Training of welders can be streamlined and optimised using weld cameras. Knowledge about weld cameras can also speed up the implementation of next generation weld automation.

This webinar is perfect for professional welding educators at training institutions and RTOs, as well as companies that need to educate new hires or for re-skilling.

EVENT DETAILS

• Date: Thursday 27 June

• Time: 11.00am to 12 noon

• Venue: Online via Zoom

• Cost: Free for Members; $45 for Non-Members

LEARN MORE

LEARN MORE

VICTORIA COMMITTEE WELDING TECHNOLOGY NIGHT

This Technlogy Night will showcase new and emerging technologies in welding equipment that can assist fabricators in areas like increasing efficiency, improving weld quality, and maintaining compliance. This will be a great opportunity to present technologies such as synergic control, modified wave forms, quality control programs, cloud-based technologies, weld automation and productivity enhancements.

Come learn about the latest technologies in welding equipment that can assist a fabricator with increasing productivity, improving weld quality, and maintaining compliance. Hear from the experts first hand and get the opportunity to see and play with equipment.

Example technologies on site for you to discover will include synergic control, modified wave forms, quality control programs, cloud based technologies, weld automation and productivity enhancements. Speakers will include Robert Wiseman (Lincoln Electric), David Carbonara (Cigweld), Antony Muller (WIA), Stuart Orr (Kemppi) and Dave Cook (Lorch).

EVENT DETAILS

• Date: Thursday 20 June

• Time: 5.30pm to 7.30pm

• Venue: Chisholm TAFE, Building Y, 121 Stud Road Dandenong 3175

• Cost: Free for all attendees

LEARN MORE

Brisbane: Tuesday 20 to Thursday 22 August 2024

Perth: Tuesday 27 to Thursday 29 August 2024

About the Course

Facilitated by US expert, Jim E. Meyer, this three day course provides an introduction to the ASME B31.3 Process Piping Code. It covers the requirements of B31.3 for design, analysis, materials, fabrication, testing and inspection of process piping systems. It explores the rules for various components including fittings, connections, bends, valves and specialty components.

Other topics include dimensions and ratings of components, fluid service requirements for joints, piping flexibility and support, welding, heat treatment, bending and forming, brazing and soldering, assembly, erection, examination and inspection.

By participating in this course, you will learn how to successfully:

• Identify the responsibilities of personnel involved in the design, fabrication, assembly, erection, examination, inspection, and testing of process piping

• Describe the scope and technical requirements of the ASME B31.3 Code

• Apply and implement the quality requirements that are defined in the ASME B31.3 Code.

LEARN MORE

WHY PAPR SYSTEMS ARE CRUCIAL FOR WELDER SAFETY UNDER NEW FUME REGULATIONS

In the world of occupational health and safety, the hierarchy of controls is a fundamental concept used to minimise or eliminate exposure to hazards. At the top of this hierarchy are elimination and substitution, which involve removing the hazard altogether or replacing it with a less hazardous option.

Engineering controls and administrative controls follow, aimed at redesigning the work environment and altering work practices, respectively. Personal protective equipment (PPE), including Powered Air Purifying Respirators (PAPR), is often considered the last line of defense. However, it remains a crucial component, especially in environments where hazards cannot be completely controlled by other means.

Recently, there has been a significant legislative shift in the standards for welding fumes in Australia, with allowable exposure levels being tightened from 5 milligrams per cubic meter (mg/m³) to just 1 mg/m³. This change highlights the health risks associated with welding fumes, which can include respiratory issues, metal fume fever, and even long-term conditions like lung cancer and neurological problems.

Given these stringent new limits, PAPR systems have become an essential element of welder safety. These systems do not just provide a barrier against inhalation of harmful particles; they actively purify the air that welders breathe, using filters to reduce the concentration of airborne contaminants. This is particularly vital when

engineering controls such as fume capture and good general ventilation cannot reduce exposure to an acceptable level.

Choosing the right PAPR solution is not a one-size-fitsall scenario. It’s critical for welders and safety managers to trial different products to find the equipment that best fits the specific needs of the individual or the team.

Comfort, ease of use, and the ability to perform tasks without restriction are all important factors to consider, in addition to the protective capabilities of the system.

When selecting a PAPR system, it is crucial to look for products that meet Australian Standards. These standards ensure that the equipment offers peak performance and protection. High-quality systems can significantly mitigate the health risks associated with welding fumes, providing both immediate and long-term benefits to welders.

As the last line of defence in the hierarchy of controls, PAPR systems play a pivotal role in safeguarding welder health under the new legislative framework. Investing in high-standard, high-performance PAPR solutions is not just a compliance necessity—it’s a vital investment in the health and productivity of welders.

For more information, visit: maxisafe.com.au

This editorial was supplied as part of a sponsorship package.

Weld Australia is excited to announce that registrations are now open for the 2024 National Manufacturing Summit.

The Summit will see a diverse group of industry stakeholders assemble in Brisbane on 31 July and 1 August 2024.

Building on the momentum of the 2023 National Manufacturing Summit, which focused on the Renewable Energy: Challenges and Opportunities, the 2024 Summit embarks on an ambitious journey with its theme: Pathways to Success…Making the Renewable Energy Revolution a Reality

The Australian Government’s commitment to reducing emissions by 43% by 2030 and achieving net zero by 2050, as outlined in the Climate Change Act 2022, sets the stage for a transformative era in renewable energy.

With an anticipated growth in renewable energy generation from 64GW to over 218GW by 2050, the manufacturing sector is at the forefront of this change, presented with unparalleled opportunities and significant challenges.

The 2024 Summit will delve into the practical aspects of manufacturing within the renewable energy sector, highlighting the essential components that will drive Australia’s transition to a sustainable future.

VENUE

The 2024 National Manufacturing Summit will be held at the Amora Hotel in Brisbane.

Discount Room Rates for Delegates

Book your stay at the Amora Hotel during the Summit and enjoy an unparalleled 15% discount off the best available rate at the time of booking. This discount will apply from 30 July 30 to 2 August. This special offer is designed exclusively for our delegates, ensuring your experience is not just memorable, but also more affordable.

Rate URL: https://reservations.travelclick. com/113954?RatePlanId=8550782 Access Code: WELD24

SPONSOR THE SUMMIT

To tailor a sponsorship package, or for further details, conact Michelle Bignold (Executive General Manager, Sales & Marketing, Weld Australia) on +61 437 106 726.

DOWNLOAD A COPY OF THE SPONSORSHIP PROSPECTUS >>>

A SUCCESSFUL SOUTH AUSTRALIA INDUSTRY DRINKS NIGHT

Earlier this month, Weld Australia hosted the South Australia Industry Drinks Night. Weld Australia partnered with W.E.S.S. to bring this event to members.

With special guest speaker, Matt Wagenfeld (Head of Operations, Hydrogen Systems Australia), the night provided insights into hydrogen technologies, as well as welding safety and compliance from a practical perspective. Attendees discovered how hydrogen technologies can be used to help regional energy security and the de-carbonising of our economy. With a relaxed, informal setting, this event fostered connections, inspired new ideas, and cultivated partnerships among Australia’s top welding professionals.

ENTRIES ARE NOW OPEN FOR THE 2024 WELDING EXCELLENCE AWARDS

Weld Australia’s Excellence Awards are the most prestigious event on the welding industry calendar. The Awards embody and promote the highest standards of craftsmanship, quality and professionalism. The 2024 Welding Excellence Awards are a fantastic opportunity for welders, fabricators and educators across Australia to showcase their people and their operations. Winners will be awarded in each state for each of the award categories below.

ENTER THE AWARDS

Entries must be submitted via the specific online form for each category by midnight on 23 August 2024. These forms can be found on the Weld Australia website. Before starting your entry, it is download the Award Criteria:

• Company of the Year – Fabrication

• Company of the Year – Supplier

• Indigenous Company of the Year

• Health & Safety in Welding

• Project of the Year

• Welding Professional of the Year – Welding Coordinator

• Welding Professional of the Year – Welding Supervisor

• Welding Professional of the Year – Welding Inspector

• Young Trades Person of the Year (under 25 years of age)

• Trades Person of the Year (25+ years of age)

• Young Indigenous Trades Person of the Year

• Training and Education Award – Organisation

• Training and Education Award – Individual Teacher

• Ken Trevena Award – South Australia Only

• Mick Cudmore Award – Western Australia Only

ENTER THE AWARDS NOW

ATTEND THE AWARDS

The awards will be presented at events held across the country in October and November:

• Queensland & NT: Wednesday 9 October at Waters Edge, 39 Hercules Street, Hamilton

• NSW & ACT: Wednesday 24 October at Kirribilli Club, 11 Harbourview Crescent, Lavender Bay

• Victoria & Tasmania: Wednesday 6 November at Crowne Plaza Melbourne, 1-5 Spencer Street, Docklands

• Western Australia: Thursday 21 November at Burswood on Swan, 1 Camfield Drive, Burswood

• South Australia: Thursday 28 November at Kooyonga Golf Club, May Terrace, Adelaide

WITH THANKS TO OUR AWARDS SPONSORS

Australian Manufacturing Week 2024 proved to be a huge success. Across the three days of the show, more than 7,700 people attended— a 28% increase on the show’s Sydney audience in 2022. Attendees had the opportunity to visit the 270 exhibitors, and take in the 14 highly engaging sessions at the Future Solutions Speaker Program.

There were seven distinct zones at AMW 2024, each showcasing the highlights of the different active sectors in Australian manufacturing. The Weld and Air Solutions Zone highlighted advanced welding processes and offered interactive experiences that demonstrate developments and applications. Weld Australia’s stand was as popular as ever, with attendees keen to learn more about the Soldamatic augmented reality simulators, as well as the Doosan cobots.

Australia’s premier manufacturing technology trade show, Australian Manufacturing Week is a dynamic event that brings together professionals, companies and experts from many industries related to manufacturing, engineering and technology.

LAUNCH OF THE MEM RESOURCES

Earlier this month, Weld Australia officially launched its new Manufacturing and Engineering (MEM) Learning Resources.

Held in Sydney as a preview to the TAFE Directors Australia Convention, the event was attended by representatives from industry, TAFEs and education from across the country.

Weld Australia’s MEM Resources have been built with students, teachers and training organisations in mind. The resources reimagine the learning process with a user-friendly interface, diversified delivery methods, and audited and accurate material.

The new MEM resources are completely online and accessible via phone, mobile device or computer. This allows students to access learning at the time, place and pace that suits them best.

In one of our units, you can expect:

• Theory Presentations

• Practical Demonstrations

• Written Resources, including student and safety notes complete with hot tips, QR codes to access videos, and review questions

• Online Review Quizzes, which are fuelled by a bank of multiple choice, short answer and interactive questions.

There are also Soldamatic specific presentations available, for facilities equipped with augmented reality simulators.

Weld Australia believes that a national industry, which has a national learning package, needs national learning resources. Whether you’re an apprentice in Kalgoorlie, Ultimo or Davenport, you should have access to the same, high-quality training. Our national suite of resources will ensure that welder learning is consistent across the country.

AWARD WINNING

The MEM Training Package Resources won the Excellence in Manufacturing Skills Development Award at the 2023 Endeavour Awards. Celebrating 20 years in 2023, The Endeavour Awards are presented annually by Manufacturers’ Monthly.

Recognised as the premier Awards program within the manufacturing industry, the Endeavour Awards highlight innovative organisations and provide manufacturers from around Australia with industry-wide recognition.

L to R: Guy Brooks, Nima Dehghani, Brenda Micale, Michael Pitt and Geoff Crittenden.

Geoff Crittenden opens the launch event.

Michael Pitt speaks at the launch event.

TRADES FIT EXPO

Weld Australia recently exhibited at ‘Trades Fit – Young Women in Trades and Tech’, an inaugural expo hosted by the Victorian Department of Education and Training. The expo showcases employment options within the trades and tech industries, with interactive displays set up for students to experience what these careers could be.

The expo introduced female students in years 9 and 10 to career pathways in traditionally male dominated industries, and provided information about how they can pursue exciting career opportunities in these fields.

Leading the activity for National Careers Week, Trades Fit enabled young women to connect with employers, key industry organisations and supporters of gender equity, that are helping women step into these fields.

Students heard from trade and tech representatives from fields including building and construction, electrical engineering, plumbing, automotive, transport and logistics, mining, agriculture and horticulture, aviation, marine, and many more.

WEBINAR: STATE OF THE AUSTRALIAN INDUSTRY—PRODUCTIVITY AND ROBOTIC AUTOMATION IN WELDING

Earlier this month, Weld Australia hosted a free webinar that focused on productivity and robotic automation in welding.

This webinar brought together experts from both a national and international level in welding automation. Attendees received up-to-date information on the current state of welding automation in Australia.

The session focused on what technologies are available and the benefits associated with welding automation. It gave attendees a thorough understanding of both the ease and challenges of technology adoption in the Australian welding industry. The webinar also included case studies that highlighted these benefits.

Expert presenters included Brad Walsh and Pete Benicevic (Novarc Technology); Jeremy Vives (Robotic Automation); and Cornelis Van Niekerk (Weld Australia).

VICTORIA COMMITTEE WELDING TECHNOLOGY NIGHT

Join us for an evening dedicated to the latest advancements in welding equipment Whether you ' re a fabricator, a business owner in manufacturing, or someone keen on integrating the newest tech into your operations, this event is not to be missed

Experience the synergy of cloud-based technologies, weld automation, and productivity enhancements all under one roof Witness how these technologies are not just add-ons, but essential tools that can transform your operational capabilities.

WHY ATTEND?

Boost Efficiency: Learn how the latest tools and techniques can speed up your production without compromising on quality.

Enhance Quality: See first-hand how innovative welding technologies can elevate the standard of your work.

Ensure Compliance: Stay ahead of industry regulations with modern equipment designed to meet stringent standards.

EVENT HIGHLIGHTS

Interactive Demonstrations: Get up close with the latest in synergic control, modified wave forms, and quality control programs.

Expert Talks: Hear from leading manufacturers and industry experts shaping the future of welding

Networking Opportunities: Connect with peers, experts, and suppliers at the forefront of welding technology

EVENT DETAILS

Date: Thursday 20 June 2024

Time: 5:30pm to 7:30pm

Venue: Chisholm TAFE, Dandenong

Address: Building Y, 121 Stud Road Dandenong, VIC 3175

Light refreshments provided

INTERNATIONAL WELDING ENGINEER (IWE) PRACTICAL TRAINING

Joe Sandor (Senior Welding Technology Trainer, Weld Australia) recently delivered International Welding Engineer (IWE) practical training.

Over the course of a week, Joe ran the students through multiple welding processes including GMAW, MMAW, GTAW, FCAW welding and oxy cutting. The students were then required to weld in different positions so that they get an understanding of what many operators do in the industry.

This practical training provides IWE students with an opportunity to put the theories they have studied into practice, thereby reinforcing their learning and enhancing their understanding. In this particular group, Joe had 11 students who had travelled from all over Australia, as well as two international students: one from Canada and one from New Zealand.

WELDING FUNDAMENTALS COURSE FOR HYDRO TASMANIA

Bailey Greathead (Welding Technology Trainer, Weld Australia) recently delivered the Welding Fundamentals course for Hydro Tasmania Australia’s leading clean energy business and largest generator of renewable energy.

The Welding Fundamentals course gives professionals an understanding of some of the significant issues that may arise with welded components, and provides an overview of welding processes, weld defects, testing and welder qualification as required by various Australian and international Standards.

Weld Australia can also deliver this course inhouse, tailoring the content to suit the needs of your business and employees.

Our expert team will provide a comprehensive lists of topics, from which you can select the six that will be most beneficial for your team.

For details, contact: training@weldaustralia.com.au

Weld Australia recently facilited face-to-face International Welding Inspector - Standard (IWI-S) practical training sessions in both Wollongong and Brisbane.

This course provides advanced knowledge of welding and inspection theory and application, including NDT, mechanical and visual inspection techniques, inspection procedures and acceptance criteria, identification of weld imperfections associated with pre-production, fabrication, and post fabrication, and more.

Welding Inspectors are integral to ensuring the quality of welds. They use their practical knowledge and leadership skills to ensure the highest levels of weld quality are maintained.

For further information, visit the Weld Australia website.

IWI-S PRACTICAL TRAINING

IWI-S Training in Brisbane.

IWI-S Training in Wollongong.

Weld Australia is pleased to announce the launch of a brand new training course in line with the requirements of Welding InspectorAS 1796 Certificate 11. The first session of the course will kick off on Monday 15 July.

The Certificate 11 is an Australian Welding Inspection qualification that was recently introduced to AS 1796 Pressure equipment — Qualification of welders, welding supervisors and welding inspectors. This qualification builds upon the foundation knowledge expected of a Welding Supervisor with a distinct emphasis on inspection activities related to pressure equipment.

The Certificate 11 training is run online over six weeks, followed by a two-day practical training session. The course includes a mixture of interactive online material, live online lectures and in-person training.

Participants will gain an understanding of the roles and responsibilities of a welding inspector, and the comprehensive documentation associated with the role, including:

• Understanding AS/NZS ISO 9606.1 Qualification testing of welders and how to apply it

• Welding imperfections and defects in various materials

• Non-destructive and destructive testing

• Limits of imperfections and acceptance criteria

• Understanding and implementation of AS/NZS ISO 9001 and AS/NZS ISO 3834

• WPQR and WPS

• Welder qualification

The practical training covers:

• Visual examination of weld samples

• Reading and understanding the implications of testing reports, including destructive, radiographic, ultrasonic, liquid penetrant, and magnetic particle

• Documentation verification

This course is designed to equip participants with the skills and knowledge to excel as a proficient welding inspector, ensuring compliance with the latest edition of AS 1796.

Prerequisites

Students must hold an AS 1796 Certificate 10 qualification to meet the requirements for this course.

Please note: Students with an AS 1796 Cert 10 qualification, and an IIW International Welding Inspector - Standard (IWI-S) qualification can apply for the Certification 11 without further training or examinations. Please email qnc@weldaustralia.com.au to apply.

Further Information

For further details, download the Course Schedule, or contact training@weldaustralia.com.au

ENROL NOW

FACE-TO-FACE IWI-B TRAINING IN WOOLLONGONG

Starts 20 May

This face-to-face training runs over a 1-week block at our Wollongong office. The first 4 days consist of theory and practical training, with the final day a practical exam. The theory exam will be scheduled online the following week. The IWI-B course is a globally recognised IIW qualification that covers general knowledge of welding and inspection.

FACE-TO-FACE IWI-S TRAINING IN WOLLONGONG

Starts 20 May

This course provides advanced knowledge of welding and inspection, including NDT, mechanical and visual inspection, acceptance criteria, identification of weld imperfections and more. The training runs over 8 days at our Wollongong office. The first 7days consist of theory and practical training, with the final day a practical exam.

FACE-TO-FACE IWI-B TRAINING IN BRISBANE

Starts 27 May

This face-to-face training runs over a 1-week block at our Wollongong office. The first 4 days consist of theory and practical training, with the final day a practical exam. The theory exam will be scheduled online the following week. The IWI-B course is a globally recognised IIW qualification that covers general knowledge of welding and inspection.

FACE-TO-FACE IWI-B TRAINING IN PERTH

Starts 24 June

This face-to-face training runs over a 1-week block at our Wollongong office. The first 4 days consist of theory and practical training, with the final day a practical exam. The theory exam will be scheduled online the following week. The IWI-B course is a globally recognised IIW qualification that covers general knowledge of welding and inspection.

ENROL NOW

FACE-TO-FACE WELDING SUPERVISOR AS1796 & AS2214

Starts 8 July

A Welding Supervisor qualification expands your career horizons enormously. Both AS 2214 and AS 1796 Certificate 10 meet the requirements outlined in AS/NZS 1554.1 to supervise the welding of structural steel. Similarly, AS 1796 Certificate 10 meets the requirement for a welding supervisor under AS 1210 for pressure vessels.

ENROL NOW

WELDING INSPECTOR - AS1796 CERTIFICATE 11

Starts 15 July

The Certificate 11 is an Australian Welding Inspection qualification recently introduced to AS1796, this qualification builds upon the foundation knowledge expected of a Welding Supervisor with a distinct emphasis on inspection activities related to pressure equipment, as well as the documentation associated with this role.

WeldQ FREE DIGITAL ID CARD

Weld Australia has an online platform for qualifications and certifications called WeldQ

The WeldQ platform is a fully internet enabled cloud based system with a supporting mobile app. Through WeldQ you can apply for examinations and certifications online, and keep a detailed record of your work history and qualifications—without needing a plastic ID card.

WeldQ is available for welders, inspectors, supervisors, and coordinators to manage their qualifications and certifications, and to use as a digital ID card or wallet (see the screenshot below). The WeldQ app can be used to view your digital Welder, Supervisor or Certification cards, awarded diplomas and certificates, status and results of applications, and WeldQ emails.

WeldQ is connected to the Australian Welder Certification Register (AWCR) which is managed by Weld Australia.

Do You Have an Existing WeldQ Account?

A WeldQ profile was created by Weld Australia for all people who gained qualifications or certifications from 2000 onwards both through Weld Australia (formerly known as the Welding Technology Institute of Australia, (WTIA)), and the IIW (issued in Australia). To check if you have an existing WeldQ profile, send an email to qnc@weldaustralia.com.au with your full name, date of birth and mobile phone number.

GET IWI-C QUALIFIED

Did you know that Weld Australia now offers qualification to IIW International Welding Inspector - Comprehensive (IWI-C)?

IIW IWI-C is the highest level of qualification available for Welding Inspectors. Individuals with this qualification possess in-depth knowledge of welding and inspection theory and application.

This knowledge enables them to tasks like:

• Manage Welding Inspection activities

• Supervise the activities of, and provide instructions to, people who hold IWI-S and IWI-B qualifications

• Act as a technical expert for the Welding Inspection function

• Develop, comment and review Quality Control Plans and Inspection Testing Plans for applications not covered by product standards, codes, specifications, drawings and regulatory requirements

• Manage inspection activities for nonconventional applications with reference to materials, processes, and advanced destructive testing and NDT techniques

Weld Australia would like to congratulate everyone who qualified in April.

AS 1796 CERTIFICATE 1E

• Harrison Schultz

AS 1796 CERTIFICATE 3

• Harrison Schultz

AS 1796 CERTIFICATE 3E

• Harrison Schultz

AS 1796 CERTIFICATE 4

• Mark Trifa-Schmidt

• Reuben Joiner

AS 1796 CERTIFICATE 7

• Amber Leyshan

• Bailey Jones

• Brenton Akeroyd

• Fletcher Stasinowsy

• Lucas Mcculloch

• Neil Flanagan

• Thomas McDonald

AS 1796 CERTIFICATE 10

• Damodara O’Malley

• Gholamreza Ghanaatpisheh

• Mark Sullivan

• Mehdi Fillabi

AS 1796 CERTIFICATE 11

• Andrew Devlin

• Bradley Colman

• Steven Sleight

• William Crawford

IIW INTERNATIONAL WELDING INSPECTOR BASIC (IWI-B)

• Adrian January

• Andrew Reilly

• Benjamin Forrest

• Graeme Smith

• Nathan Page

• Ramesh Givva Santharam

• Reuben Joiner

INTERNATIONAL WELDING ENGINEER (IWE)

• Daniel Ting

• Hagen Lawan

• Naresh Balakrishnan

• Pierre Bastouil

WELD AUSTRALIA’S EXAM CALENDAR

Do you need to book an exam through WeldQ?

We’ve made the process even easier, with our new exam calendar, which can be accessed via the WeldQ homepage. The calendar includes all exam dates for 2024, making planning ahead as simple as possible. Just some of the upcoming exam dates include:

• Friday 24 May: IWI-B Face-to-Face Woolongong - PEB

• Wednesday 29 May: National Welding Supervisor Exam Papers B1 and B2

• Friday 31 May: IWI-B Face-to-Face Brisbane - PEB

• Tuesday 4 June: WTE-B and WTE-S Online Exam

• Thursday 6 June: IWI-B - Face-to-Face NSW, QLD, WA - WIEB (online exam)

• Friday 7 June: IWI-B - Session 14 PE-B (Practical Exam)

• Wednesday 12 June: National Welding Supervisor Exam Papers A B1 and B2 - No Training

• Friday 14 June: IWI-B - Session 14WIE-B (online exam)

• Friday 21 June: IWE and IWT - EA.21/ TA2.1 Online Exam

Questions? Queries? Concerns?

• Tuessday 2 July: WTE-B/WTE-S Online Exam FURTHER INFORMATION

For further information about exams and qualifications, simply email our team via: qnc@weldaustralia.com.au

• Friday 28 June: IWI B Face to Face WAPEB

WELD AUSTRALIA LAUNCHES FREE WELDER SAFETY ONLINE TRAINING COURSES

Welding is a potentially dangerous process, with many hazards and risks to people’s health. These risks are compounded by the fact that welding is undertaken across a wide range of locations and situations, from workshops and field work, through to confined spaces, underground mine sites, and more.

Hazards in each of these situations will be different, and require different controls to keep welders and others in close proximity safe. It is critical to manage these risks and hazards so that people working in the welding industry are kept safe and return home at the end of each day without injury.

To this end, Weld Australia has developed and released two free online welder safety training courses.

About the Courses

Weld Australia has developed two comprehensive online welder safety training courses – one course aimed at welders, and the second aimed at welding engineers and supervisors. These courses are now online and freely available to the public.

The objective of these courses is to improve safety awareness, knowledge and outcomes across the welding industry.

The courses cover a broad range of subject material across welding processes. They provide details of hazards that may be encountered and how to manage them in the workplace. The hierarchy of controls are discussed, with a particular focus on engineering controls and the correct use of PPE.

The courses also reinforce procedures that should be used, such as correct set up and use of equipment and the correct handling of gas cylinders and welding machines. Assessment and certification for course participants is also available.

How to Access the Courses

The courses can be accessed via the Weld Australia website or directly via: https://weldtraining.online

To start the courses, all you need is an account for Weld Australia’s online training platform. If you don’t already have an account, you can quickly and easily create one via the link in the top right-hand corner of the platform’s homepage.

Further Information

For further information contact: Andrew Davies (Manager, Technical Industry Networks, Weld Australia) a.davies@weldaustralia.com.au or 0438 428 966.

Incorporating the welding safety courses into your induction process for new hires ensures all employees start with a solid foundation in safety practices. It helps set a company-wide safety standard from day one.

By undertaking these courses, you can gain essential knowledge on how to protect yourself from hazards like burns and harmful fumes. Learning about PPE and emergency procedures can be life-saving.

The courses can be used as part of an ongoing training program to keep employees up to date with the latest safety techniques. Regular refreshers help maintain safety awareness, reducing risk of accidents.

Looking to start or advance a career in welding? Completing the courses demonstrates to employers that you’re serious about your career and committed to safety, making you stand out in the job market.

By leveraging the courses, organisations can help ensure compliance with safety laws and regulations. This helps avoid legal issues and fines and, more importantly, creates a safer working environment.

If you’re a hobbyist welder (or know someone who is), safety education is just as important. Free courses can provide the knowledge to safely enjoy welding at home, protecting yourself, your family, and your property.

Educating employees on safety can reduce workplace accidents, leading to lower workers’ compensation claims and insurance costs. A well-trained workforce is less likely to engage in unsafe practices.

By educating yourself, you contribute to a culture of safety. Sharing knowledge with peers, and practicing safe welding can influence others to prioritise safety, reducing overall welding-related accidents.

There are two fusion welding courses that adhere to ISO 9606 Qualification test of welders on Training.gov.au. This is the authoritative source of nationally recognised training and Registered Training Organisations (RTOs). These two courses were developed in Victoria in 2018 and use augmented reality welding simulators as a key component of the training.

TRANSITION WORKERS

To be awarded a certificate for the Course in Fusion Welding to AS/NZS ISO 9606 for Transition Workers, you must successfully complete seven units of competency (four core and three elective). Core units:

• Simulate fusion welding processes using augmented reality equipment

• Identify welding processes, safe welding practices and use of hand and power tools

• Interpret and apply AS/NZS ISO 9606 for fusion welding processes

• Perform fusion welding procedures to meet the procedures of ISO 9606-1 (Steels – carbon steels)

EXPERIENCED WELDERS

To be awarded a Statement of Attainment for the Course in Fusion Welding to AS/NZS ISO 9606 for Experienced Welders, you must successfully complete three units of competency (one core and two elective). The core unit is: Interpret and apply AS/NZS ISO 9606 for fusion welding processes.

FURTHER INFORMATION

For further information, contact: training@weldaustralia.com.au

ENROL IN A FUSION WELDING COURSE TODAY

Enrol in a fusion welding course through any Advanced Welder Training Centre below.

ACT

Canberra Institute of Technology cit.edu.au 81 Mildura Street, Fyshwick

Queensland TAFE Queensland tafeqld.edu.au

• Cairns Campus: Gatton, Newton, Eureka and, Wilkinson Streets, Manunda

• Townsville (Trade Centre Bohle) Campus: 763 Ingham Road, Bohle

• Toowoomba Campus: 100 Bridge Street, Toowoomba City

• Ashmore Campus: Benowa Road & Heeb Street, Ashmore

• Nambour Campus: 91 Windsor Road, Burnside

• Bundaberg Campus: 118 Walker Street, Bundaberg West

Tasmania Tasmanian Minerals and Energy Council tasminerals.com.au 13 Wellington Street, Burnie

Victoria Box Hill Institute boxhill.edu.au 465 Elgar Road, Box Hill, Melbourne

Bendigo TAFE bendigotafe.edu.au 23 Mundy Street, Bendigo

Federation University federation.edu.au Lydiard Street South, Ballarat