THE INSTITUTE OF AUTOMOTIVE MECHANICAL ENGINEERS  

OUR PURPOSE


The IAME aims to assist members by providing industry relevant Automotive Training, Branch Information sessions, Seminars, as well as Auditing, Assessing and Consulting Services. 

Members also benefit from technology updates provided via our Exclusive Member Online Portal and various media outlets, covering a vast array of technical as well as general topics. 


The IAME Print Shop provides a full range of printing products, both for personal or business purposes. Other products include a range of Automotive Tools, Equipment, Books and Workshop Supplies. 


Members views are represented through the involvement of IAME Staff on many committees at decision making levels.

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THE IAME WOULD WELCOME YOU AS A MEMBER AND IT IS A VERY EASY PROCESS TO JOIN.

Members of the IAME are drawn from all avenues of the Automotive Industry. 

The following established Divisions are constantly monitored so that any change to the Industry is acknowledged and provision made within the Institute to provide relevant benefits.

Read more about becoming a member

Latest News/Events

by Antonella Abbate 25 Mar, 2024
JAC Introduces Advanced Digital Manufacturing System in Australia
by Antonella Abbate 22 Mar, 2024
In many respects, the demand dynamics of copper parallel those of other commodities. Yet, within the context of EVs, copper's importance is particularly pronounced. Unlike traditional internal combustion engine vehicles, which utilize relatively minimal amounts of copper, EVs require significantly larger quantities of this metal. Currently, electric vehicles utilize substantially more copper due to the intricate electrical systems powering them. From wiring harnesses to electric motors and inverters, copper is ubiquitous throughout the vehicle's architecture. However, driven by economic imperatives, manufacturers are poised to reevaluate their reliance on copper.  One significant avenue through which copper usage in EVs is likely to evolve is through the adoption of smart vehicle architecture. By integrating advanced electronics and communication systems, manufacturers can streamline vehicle design, potentially reducing the need for extensive copper wiring. This strategic shift not only aligns with cost-saving initiatives but also enhances overall vehicle efficiency and performance. Moreover, the evolution of battery technology presents another frontier for reducing copper dependency in electric vehicles. Traditionally, copper has been a fundamental component in battery systems, facilitating efficient energy transfer and management. However, as EV manufacturers prioritize lightweighting and range optimization, alternative materials and designs are gaining traction. Innovations such as silicon-based anodes, solid-state batteries, and advanced thermal management systems offer promising avenues for diminishing copper's role in EV batteries. By leveraging materials with higher energy densities and improved conductivity, manufacturers can simultaneously enhance battery performance while minimizing reliance on copper. Additionally, the pursuit of sustainable manufacturing practices further incentivizes the reduction of copper usage in electric vehicles. As the environmental footprint of copper extraction and processing comes under scrutiny, manufacturers are exploring alternatives and refining production processes to minimize resource consumption. While lithium remains synonymous with electric mobility, the story of copper in the EV revolution is equally compelling. As manufacturers navigate the complexities of cost, performance, and sustainability, the role of copper in shaping the future of transportation continues to evolve. In conclusion, while lithium-ion batteries rightfully command attention as the backbone of electric vehicles, it's essential to recognize the indispensable role played by copper. As the industry marches towards a sustainable future, innovations in materials, design, and manufacturing processes will undoubtedly reshape the landscape of electric mobility, with copper firmly entrenched as a cornerstone of this transformation.
by Antonella Abbate 21 Mar, 2024
Introduction: In the quest for faster, more efficient energy storage solutions, researchers at the University of Adelaide have unveiled groundbreaking advancements in lithium-sulphur (Li-S) battery technology. Their latest research suggests that the next generation of Li-S batteries could revolutionize the way we power our devices, with the potential to charge in mere minutes rather than hours. This development holds significant implications for a wide range of applications, from mobile phones and laptops to electric vehicles, promising enhanced performance and greater convenience for consumers. The Evolution of Lithium-Sulphur Batteries: Lithium-sulphur batteries have long been hailed as a promising alternative to traditional lithium-ion batteries due to their higher energy density and lower cost. However, one of the key challenges has been their slow charging times, often taking several hours to reach full capacity. This limitation has hindered their widespread adoption despite their considerable advantages.
by Antonella Abbate 19 Mar, 2024
Riding High as Harley-Davidson Dealer of the Year 2023
by Antonella Abbate 14 Mar, 2024
Europcar Mobility Group Paves the Way with Ambitious Charging Infrastructure Rollout in Australia
by Antonella Abbate 14 Mar, 2024
In a significant move signaling its commitment to the electrification of automobiles, MG Motors has announced strategic enhancements to its internal management team in Australia. The decision comes as the company gears up to broaden its electrified range of cars, setting the stage for a transformative phase in the Australian automotive landscape. With the global shift towards sustainability and eco-conscious mobility solutions, MG Motors is poised to take the lead in delivering innovative electric vehicles (EVs) to the Australian market. The bolstering of its internal management team underscores the company's proactive approach to aligning resources and expertise with its ambitious expansion plans. Central to MG Motors' strategy is the appointment of seasoned professionals with a wealth of experience in electric vehicle technology, market analysis, and strategic planning. By augmenting its management team, the company aims to leverage diverse perspectives and specialized skill sets to navigate the complexities of the evolving automotive industry landscape. One key focus area for MG Motors is to capitalize on the growing demand for electrified vehicles in Australia. With consumers increasingly prioritizing sustainability and energy efficiency, the company is poised to introduce an expanded lineup of electric and hybrid models tailored to meet diverse preferences and driving needs. Moreover, MG Motors' investment in strengthening its internal management team underscores its long-term commitment to the Australian market. By fostering a robust organizational structure equipped to drive innovation and adapt to market dynamics, the company is primed to solidify its position as a frontrunner in the electrified vehicle segment. The expansion of MG Motors' electrified range holds significant implications not only for the automotive industry but also for Australia's broader sustainability agenda. As the country seeks to reduce carbon emissions and transition towards cleaner transportation alternatives, the availability of affordable and accessible electric vehicles represents a pivotal step forward. Furthermore, MG Motors' proactive approach to talent acquisition and organizational development sends a clear message of confidence and optimism amidst a rapidly changing automotive landscape. By investing in top-tier talent and fostering a culture of innovation and collaboration, the company is laying a solid foundation for sustained growth and market leadership. As MG Motors embarks on this transformative journey, collaboration and partnership will be key drivers of success. By working closely with stakeholders across the automotive ecosystem, including government agencies, industry partners, and consumers, the company aims to catalyze the adoption of electric vehicles and drive positive change towards a more sustainable future. In conclusion, MG Motors' strategic initiatives to bolster its internal management team underscore its unwavering commitment to driving innovation and leading the charge towards electrified mobility in Australia. With a clear vision, a talented team, and a portfolio of cutting-edge electric vehicles, the company is well-positioned to redefine the future of transportation and make a meaningful impact on society and the environment alike.
by Antonella Abbate 13 Mar, 2024
The automotive industry is witnessing a significant shift as leading manufacturers like Tesla, Polestar Australia, and Volkswagen have either departed from the Federal Chamber of Automotive Industries (FCAI) or withdrawn from their committees. This exodus comes amidst a heated debate surrounding pricing policies within the sector, highlighting deep-seated tensions between industry players and regulatory bodies. The FCAI, a prominent automotive industry association in Australia, plays a crucial role in representing the interests of manufacturers and advocating for policies that support the growth and development of the automotive sector. However, recent developments suggest a growing dissatisfaction among certain manufacturers with the FCAI's approach, particularly regarding pricing regulations and market dynamics. Tesla, known for its innovative electric vehicles, made headlines when it announced its departure from the FCAI, citing differences in opinion regarding pricing strategies and market access. The company has long been a proponent of direct sales to consumers, bypassing traditional dealership networks, a practice that has often clashed with established industry norms and regulations. Similarly, Polestar Australia, a subsidiary of Volvo Cars focused on electric performance vehicles, has also decided to distance itself from the FCAI. The company's decision reflects broader concerns within the industry regarding the need for more flexible pricing models and a greater emphasis on sustainability and innovation. Yesterday, Volkswagen joined the ranks of manufacturers stepping away from the FCAI, signaling a growing trend of discontent among industry leaders. While Volkswagen did not provide specific reasons for its withdrawal, it is widely believed to be related to ongoing debates surrounding pricing transparency and consumer protection measures. At the heart of the issue lies the contentious debate over pricing practices within the automotive industry. Manufacturers argue that rigid pricing regulations and traditional dealership models inhibit innovation and restrict consumer choice. They advocate for greater flexibility in pricing strategies, including direct sales models and alternative distribution channels. On the other hand, regulatory bodies and industry associations like the FCAI maintain that pricing regulations are necessary to ensure fair competition and protect consumer interests. They argue that transparent pricing practices are essential for maintaining market integrity and preventing anti-competitive behavior. The departure of Tesla, Polestar, and Volkswagen from the FCAI underscores the growing divide between industry players and regulatory bodies regarding pricing policies. It also reflects a broader shift towards a more consumer-centric approach within the automotive sector, with manufacturers increasingly prioritizing direct engagement with customers and innovative business models. Moving forward, the automotive industry faces the challenge of reconciling these divergent perspectives and finding common ground on pricing and distribution issues. Collaboration between manufacturers, regulatory bodies, and industry associations will be crucial in addressing these challenges and shaping a more sustainable and competitive automotive market in Australia.
by Antonella Abbate 13 Mar, 2024
A Divisive Issue Among Local OEM Distributors
by Antonella Abbate 12 Mar, 2024
Examiners signing off on sight unseen inspections face harsh penalties and fines.
by Antonella Abbate 11 Mar, 2024
In the annals of automotive history, the year 1891 marks a significant milestone – the occurrence of the first-ever recorded car accident. This event, which took place in Ohio City, USA, involved a collision between two vehicles, a steam-powered wagon and a horse-drawn carriage. While the incident was relatively minor compared to today's standards, its repercussions echoed through the decades, profoundly influencing the development of safety features in automobiles. At the dawn of the automotive era, vehicles were novel contraptions, lacking the sophisticated safety systems we take for granted today. The 1891 accident exposed the inherent risks associated with this new mode of transportation, prompting engineers and innovators to prioritize safety alongside performance and efficiency. One of the immediate consequences of the Ohio City collision was the realization of the need for standardized traffic regulations. Prior to this incident, rules of the road were virtually nonexistent, leading to chaotic and often dangerous conditions. In response, municipalities began enacting traffic laws and establishing traffic signals to mitigate the risk of accidents. Furthermore, engineers began to explore ways to enhance the safety of vehicles themselves. Early automobiles were rudimentary in design, with little consideration for occupant protection. However, as awareness of the dangers of high-speed collisions grew, so too did the demand for safety innovations

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