Bachelor of Technology (Electric Vehicle)
Bachelor of Technology (Electric Vehicle)
Course ID: CRS1401584
CRICOS Course Code: 116433M
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.
Duration
3 years Full-Time
Study Mode
Face to Face
Course Type
Bachelors
Location
On Campus - Fortitude Valley, QLD
Course Fee
Total Fee: $60,000 AUD
Admin Fee: $500 AUD
Up Front Fees: $24,500 AUD
Intakes
February 2, 2026
July 6, 2026
September 7, 2026
No. of total students 122
| Year 1 | ||
|---|---|---|
| Semesters | Units | Credit Points |
| Semester 1 | BEV111 Automotive Industry and Regulations | 6 |
| BEV112 Mechanics | 6 | |
| BEV113 Automotive Science and Mathematics | 6 | |
| BEV114 Introduction to Vehicle Architecture and Manufacturing | 6 | |
| Semester 2 | BEV121 Thermodynamics | 6 |
| BEV122 Electrics and Electronics | 6 | |
| BEV123 Strength and Science of Materials | 6 | |
| BEV124 Computer-Aided Vehicle Design and 3D Printing | 6 | |
| Year 2 | ||
|---|---|---|
| Semesters | Units | Credit Points |
| Semester 1 | BEV211 Drivetrain Systems | 6 |
| BEV212 Electric and Hybrid Vehicles | 6 | |
| BEV213 Fluid Mechanics | 6 | |
| BEV214 Electronic Instrumentation in Vehicles | 6 | |
| Semester 2 | BEV221 Electric Vehicle Power Systems | 6 |
| BEV222 Battery and Charging Technology in Electric Vehicles | 6 | |
| BEV223 Vehicle Dynamics | 6 | |
| BEV224 Automotive Embedded Systems | 6 | |
| BEV225 Internship / Work Placement | 12 | |
| Year 3 | ||
|---|---|---|
| Semesters | Units | Credit Points |
| Semester 1 | BEV311 Autonomous Vehicles | 6 |
| BEV312 Battery Management Systems | 6 | |
| BEV313 Capstone Project Part A | 12 | |
| Semester 2 | BEV321 Mechanical System Testing and Diagnosis | 6 |
| BEV322 Electrical System Testing and Diagnosis | 6 | |
| BEV313 Capstone Project Part B | 12 | |
Students who have successfully completed the requirements of the course will be awarded the Bachelor of Technology (Electric Vehicles).
- Automotive Technologist
- Service Advisor (OEM)
- Automotive Electrical Systems Technologist
- Electric Vehicle Technologist
- Diagnostic Expert
- Industrial Technologist
Once you’ve completed your undergraduate degree, you can undertake further studies and work towards a professional qualification such as:
- Master of Automotive Engineering
- Master of Science degrees
- Master of Business Administration (MBA)
Your graduate degree will be internationally recognised and set you apart from those who study a traditional Australian single or double degree.
| No. | CLO |
|---|---|
| CLO 1 | Apply the concepts, underpinning applied sciences and mathematics to understand and solve relevant automotive, technical and scientific problems. |
| CLO 2 | Demonstrate detailed theoretical, practical, and engineering design knowledge in different mechanical, electrical and electronic systems of autonomous, electric and hybrid vehicles and their supporting technologies and apply this knowledge to assess the trends in the automotive engineering technology locally and internationally. |
| CLO 3 | Apply regulations and laws as well as decision making and critical thinking skills to diagnose and solve broadly-defined problems and projects in the automotive sustainability domain and evaluate the safety and quality of technological processes in this domain with an emphasis on electric vehicle engineering technology. |
| CLO 4 | Demonstrate communication, teamwork and management skills, including awareness of ethics and diverse cultures and backgrounds, in undertaking socially responsible and innovative automotive industry practices and transmitting the automotive knowledge and ideas to others. |
| CLO 5 | Proficiently use information synthesis techniques including data acquisition, analysis and validation to generate coherent technical reports to meet automotive industry reporting standards. |
| CLO 6 | Acquire the knowledge and skills to design, test, analyse and evaluate critically one specialised automotive engineering area with a focus on autonomous and electric vehicle technologies through varied relevant sources, find innovative solutions for real-world automotive projects and problems in that area in collaboration with automotive experts, entrepreneurs and counterparts and technically present the obtained solutions to automotive experts. |
All potential students are required to meet the following minimum admissions criteria for admission to the Bachelor of Technology (Electric Vehicles). The applicants will be judged on a case-by-case basis and an academic decision will be sought before a final admission decision is made.
International Students
English Language Proficiency Entry Requirements
Nova Anglia College will accept one of the following as to determine the English language proficiency level required for the course:
- IELTS requirement is an overall band score of 6.0, with no band below 5.5
- PTE Academic Score at least 50 for each of the 4 components
- TOEFL iBT Score at least 12 for listening, 13 for reading, 21 for writing and 18 for speaking
- Occupational English Test (OET) at least B for each of the 4 components
- Cambridge C1 Advanced test at least 169 in each of the 4 components
Academic Entry Requirements
- Successful completion of a senior secondary school qualification equivalent to Australian Year 12, with a minimum ATAR of 65. You must also have completed Australian Mathematics Methods or an equivalent subject. To find the ATAR equivalency for your country, please visit our website.
- Successful completion of one year of accredited tertiary study at an Australian institution; or
- Successful completion of Certificate IV in an automotive discipline at an Australian institution.
- Potential students can also apply for admission based on an equivalent technical qualification for the automotive industry provided by an officially recognised and accredited tertiary institution such as a university, technical college, or private college.
The equivalent technical qualification must meet the relevant Australian Qualification Framework (AQF) standards and be deemed by the Australian Education International National Office of Overseas Skills Recognition (AEI-NOOSR) to be equivalent to a relevant Australian qualification.
Note: students must be 18 years or over at the time of commencement of the course.
Domestic Students
- Successful completion of an Australian Year 12 (or equivalent senior secondary school qualification) with minimum ATAR score of 65, as well as Mathematics (minimum B and 4) or equivalent.
- Successful completion of one year of accredited tertiary study at an Australian Institution; or
- Successful completion of Certificate IV in an automotive discipline.
For Aboriginal and Torres Strait Islander students who do not meet the above entry requirement, special entry arrangements will made available by the CEO. Selection can be based on, but not limited to, interviews, previous education, prior learning or special admissions tests.