Bachelor of Technology (Electric Vehicle) + Graduate Diploma of Automotive Engineering (Motorsport and E-Racing)

The Bachelor of Technology (Electric Vehicle) provides students with an in-depth understanding of, and advanced skills in, a range of automotive systems, with an emphasis on new technologies involved in autonomous, electric and hybrid powered vehicles. Students will be provided with a range of learning modes; such as classroom teaching, online platform and laboratory practices to assist them to successfully complete this course. There are various types of assessment tasks in each of units to ensure the students satisfy the Unit Learning Outcomes as well as Course Learning Outcomes. This Bachelor Course is intended for students who have a passion for the automotive industry and who are seeking opportunities to upgrade their professional knowledge and skills in the area of electric vehicles. The students will acquire a wide range of theoretical knowledge as well as automotive diagnostic and problem-solving techniques using state-of-the-art testing and diagnostic equipment to study and test the mechanical, electrical and electronics systems in vehicles. The course includes a Capstone unit in the second semester of Year 3, being the last semester of this course. In this unit, the students will complete a Capstone project which is partnered with automotive industry experts and stakeholders. The project will be focusing on one specialised automotive area and associated with different aspects of the automotive sector specifically electric vehicles including research and development, testing and experimental works, design, literature surveys and simulation and computation studies.

 

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The course of Graduate Diploma in Motorsport and E-Racing is designed to educate the next generation of professionals in the automotive and motorsport area. This postgraduate course offers a strong curriculum to ensure students will gain advanced managerial, technical, and professional skills to meet requirements of the Australian motorsport industry and contemporary employers. The graduates will be able to apply a high level of theoretical and practical knowledge acquired in a variety of aspects including aerodynamics, materials, structural analysis, vehicle systems, computational modelling and simulation, and data analysis to design and develop motorsports. Graduates will be also able to develop practical solutions to real-world motorsports and automotive challenges and problems in collaboration with the automotive and motorsport engineering industry experts. Graduates will be also provided with an opportunity to continue their education in more advanced relevant areas.