Steps to Become an Automotive Engineer
Step 1: Complete a Bachelor of Engineering (Honours) in Mechanical or Automotive Engineering
Enrol in a Bachelor of Engineering (Honours) in mechanical or automotive engineering. Pick a course accredited by Engineers Australia. This degree takes four years full-time. It covers vehicle dynamics, heat science, materials, CAD and control systems. Accredited degrees are listed on the Engineers Australia website and are needed for formal career membership.
Step 2: Complete an Industry Placement or Graduate Internship
Apply for a placement or internship during or after your degree. Most accredited programs include at least 12 weeks of hands-on work in the industry. This helps you put theory into real practice. It also builds the skills log you need for formal career membership with Engineers Australia.
Step 3: Join Engineers Australia as a Graduate Member
Apply for Graduate status with Engineers Australia once you have your degree. This links you to Australia’s peak body for engineers. You gain access to career growth tools, events and a wide peer network. It starts your formal path toward Chartered status.
Step 4: Work Toward Chartered Status (CPEng)
After five or more years of work in the field, apply for Chartered status (CPEng) through Engineers Australia. Submit a skills-based review and have your work checked by industry peers. CPEng is the top technical credential for engineers in Australia. It boosts your profile for senior and leadership roles.
Step 5: Build Skills in Electric and Self-Driving Vehicle Tech
As the industry shifts to EVs and self-driving systems, upskill through short courses and CPD programs. Engineers Australia and SAE-A offer focused courses in EV motors, battery systems and ADAS. SAE-A is the Society of Automotive Engineers Australasia. Plan for six to twelve months of study to build strong skills in a chosen area.
An automotive engineer designs, tests and improves vehicles and their systems. Day-to-day, they use CAD tools to model new ideas and run tests to check how a vehicle will behave. They also test real prototypes in labs and on test tracks. Much of the work involves teaming up with mechanical, electrical and factory engineers to solve problems. Staying on top of new rules, safety standards and emerging tech is also a core part of the role.
Automotive engineers work on some of the most exciting tech on Australian roads. From EVs to advanced safety systems, the job spans a wide range of technical challenges. Here are the key tasks that make up the role.
- Design and Prototyping – Use CAD tools to design vehicle parts and build test models.
- Testing – Run lab and track tests to check how vehicles and systems work.
- Research – Stay across new materials, tech and industry trends.
- Team Projects – Work with mechanical, electrical, software and factory engineers.
- Problem-Solving – Find and fix design or production issues before they reach customers.
- Rules Compliance – Make sure all designs meet safety and emissions rules in Australia.
- Project Control – Manage timelines, budgets and deliverables from start to finish.
- Continuous Improvement – Apply lessons from testing and feedback to future designs.
To work as an automotive engineer, strong skills in maths, physics and engineering are the base. CAD software, data analysis and problem-solving are core daily tools. Automotive engineers also need to work well with other people.
Clear talk and writing help engineers share designs and findings with all types of teams. Project skills let them run work from idea to output. The rise of EVs and self-driving cars means new skills are always in demand. Engineers who keep up with new tech tend to do well in this field.
