Lead Autonomous By Wire Engineer

at  Hexagon Mining

We are looking for a Lead Autonomous By Wire Engineer to join our team in Perth, Western Australia.
In this role, you would be responsible for successful development and delivery of production by-wire systems. You would be responsible for leading embedded firmware for by-wire systems and would work closely with embedded, autonomy, mechanical, electrical, validation, and safety engineers. You would also work with external customers and project management to develop, deploy, and support on time delivery of quality, production ready by-wire systems for autonomous vehicles.

QUALIFICATIONS

Must-Have:

• A minimum of a Bachelor level engineering degree (electrical, mechanical, software)
• 10+ years of non-academic career experience
• Experience with both C++ and model based design
• Direct experience analysing and decoding CAN bus communication or ability to prove capable to perform the task
• Knowledge of automotive control systems including functionality of power steering, throttle, and braking systems

Key Success Factors:

• Professional, self-motivated, detail oriented

Nice-to-Have:

• Direct development experience w/ by-wire systems for autonomous vehicle control
• Experience managing direct customer conversation

Aboriginal and Torres Strait Islander Peoples are encouraged to apply.
To apply please click apply or call Daniel Parker-Jurak on 08 9266 0942 for a confidential discussion.
We are looking for a Lead Autonomous By Wire Engineer to join our team in Perth, Western Australia

As Lead Autonomous By Wire Engineer, you will:

• Work with a distributed engineering team in the US and Australia to develop, deploy, and support and lead customer projects developing and leveraging current generation and next generation by-wire system modules to unlock control of autonomous vehicles
• Lead a team of highly motivated engineers
• Develop, update, and deploy firmware using both C++ and Simulink model based design
• Develop, modify, and tune control software for various subsystems with support from controls experts
• Participate in FMEA analysis of the integration of the by-wire systems components interacting with the stock vehicle control systems
• Reverse engineer vehicle control systems, including analysing schematics or other technical documentation
• Create theories on how the stock vehicle control systems work, design experiments to validate theories, and iterate until a complete system is understood
• Reverse engineer stock vehicle CAN bus systems to identify key information available on the stock vehicle CAN bus
• Support customers all over Australia, travel to customer locations as needed (20% or less travel)
• Troubleshoot complex issues and assist with validation activities