Skip to main content

Max Lay Award winner announced by ITS Australia

Organisation's highest honour goes to Western Australia ITS veteran
By David Arminas December 10, 2024 Read time: 3 mins
John Venables: 'Very proud to leave behind an exceptional team in real-time traffic operations'

John Venables, an architect of Western Australia’s traffic management system, is the recipient of the Max Lay Lifetime Achievement Award - ITS Australia’s highest honour. The award is presented annually to a leader in the advanced transport technology industry.

Throughout his 44-year career at Main Roads Western Australia, Venables played a key role in advancing the state’s transport network. This included development of the Road Network Operations Centre and overseeing operational readiness for the city of Perth’s first smart freeway. 

“It is an honour to be the Max Lay Lifetime Achievement Award recipient,” said Venables. “I thoroughly enjoyed my career at Main Roads, WA, and am very proud to leave behind an exceptional team in real-time traffic operations – who operate one of the leading control rooms in Australia.” 

Silje Troseth, president of ITS Australia, said he had been "at the forefront of technological innovation and has been central to the roll-out of lifesaving intelligent transport systems across the state’s road networks".

She praised Venables' leadership in the design, implementation and management of the state's operations centre, adding: “In volunteering his time to several national industry committees and working groups, John has shown a dedication to making Australian roads safer for the entire community."

Venables' career in ITS was sparked through an early interest in electronics when he undertook an electrical apprenticeship at the age of 16 while at the same time studying electronic engineering at night school. Recognised for his talent, he received the Apprentice Award from the Western Australia Industrial Advisory Council.

In his early years at Main Roads, Venables had several hands-on rolls as a traffic signal technician and traffic engineering officer. He then rose up the ranks into traffic operations management where he was integral to evolution of ITS in Western Australia, contributing to the adoption and expansion of ITS devices and operational systems.

One such example was leading the design and requirements for the new Road Network Operations Centre Control Room. It was not modelled on other transport management centres. Rather it was modelled on remote-operations control rooms for mining operations.

In another significant achievement, Venables led the operational readiness for Perth’s first smart freeway - the Kwinana Freeway Northbound - essentially defining how ITS devices would be used to operate the freeway and manage the traffic. 

After a fatal vehicle crash during a 2003 power outage, Venables helped pioneer the development of uninterruptible power supply systems for traffic signals. Trials completed by 2008 led to more than 50 priority intersections being equipped with back-up power and leading the development of new national standards, ensuring traffic signal reliability during blackouts.

In 2011, he collaborated with Western Australia Police on traffic management and priority escorts for the Commonwealth Heads of Government meeting. This facilitated dignitary movements, including those of Queen Elizabeth II. He also ensured seamless CCTV access for security coordination.

Throughout his career, he has contributed significantly to industry development, serving on national committees such as the Austroads Road Tunnels Task Force and the Australian Standards Road Traffic Signals Committee. In 2022, he received the Austroads Outstanding Service Award for his long-standing commitment.

The Max Lay Lifetime Achievement Award is named in honour of Dr Maxwell Lay, who throughout his career passionately advocated for the advancement of ITS in Australia, Asia-Pacific and around the world.

ITS Australia also recently announced the recipient of its inaugural Woman of the Year Award.

Both trophies will be officially presented at the ITS Australia Awards at the Westin Perth hotel on 13 February next year.

For more information on companies in this article

Related Content

  • Framework for trialling road freight ITS begins in Australia
    February 12, 2015
    The Victoria Government in Australia is sponsoring a new framework to trial technology on the state’s road network that will improve the operation of heavy vehicles and promote Victoria as Australia’s freight and logistics capital. Minister for Roads, Luke Donnellan, called on the heavy vehicle, freight and Intelligent Transport Systems (ITS) industries to develop innovative approaches to using intelligent transportation systems (ITS) and associated technology to improve the productivity and safety of ro
  • Integrate systems to reduce roadside infrastructure
    January 27, 2012
    David Crawford reviews promising current developments. Instrumentation of the road infrastructure has grown to become one of the most dynamic sectors of the ITS industry. Drivers for its deployment include global concerns over the commercial and environmental pressures of traffic congestion, the importance of keeping drivers informed throughout their journeys, and the need to reduce accident rates and promote the safety of all road users, for example by enforcing traffic safety rules.
  • Israel aspires to ITS-led future
    May 29, 2013
    Shay Soffer, Chief Scientist with the Israel National Road Safety Authority, talks to Jason Barnes about his country’s current ITS outlook and how he sees this developing in the future. Israel ranks alongside countries such as the US and France in the road safety stakes, with an average 7.1 deaths per billion kilometres driven. But at that point the similarities end, as the country’s overriding issue is pedestrian safety. This is driven by several factors, including being a relatively small country where pe
  • Modelling could reduce traffic mayhem
    May 6, 2016
    A mathematical model that could significantly reduce traffic congestion by combining data from existing infrastructure, remote sensors, mobile devices and their communication systems has been developed by a research team from Australia’s Swinburne University of Technology. Swinburne‘s Congestion Breaker project utilises intelligent transport systems (ITS), a field of research that combines information and data from a range of sources for effective traffic control.