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The Master of Engineering (Electronics) at La Trobe University is designed for engineering graduates who want to develop advanced skills in modern electronics and digital technologies. Students build expertise in areas such as microelectronics, digital control, signal processing, robotics and embedded systems, while developing practical skills that can be applied to real engineering challenges.
Curriculum Structure
Year 1
The first year builds a strong foundation in advanced engineering and prepares students for specialised electronics study. Subjects such as Computer Aided Engineering, Engineering Research Methodology and Application and Risk and Cost Engineering help students strengthen their technical, research and project-management skills.
Year 2
The second year allows students to develop deeper expertise in electronics and communication technologies through areas such as Communication Systems and Telecommunication Design. Students apply their knowledge to practical engineering challenges and explore technologies such as digital design, signal processing, robotics and embedded systems.
Focus Areas
Microelectronics, Digital Control, Signal Processing, Robotics, Embedded Systems, FPGA, Telecommunications, Electronic Design Automation, Digital Design and Sustainable Engineering.
Learning Outcomes
Students develop the ability to apply advanced engineering principles, mathematical methods and modern engineering tools to solve complex engineering problems. They also strengthen their research, design, communication, teamwork and professional skills while considering sustainable and ethical engineering practices.
Professional Alignment (Accreditation)
The Master of Engineering at La Trobe University's Melbourne (Bundoora) campus is accredited by Engineers Australia. The course is designed around professional engineering standards and prepares graduates for professional engineering practice and potential professional recognition.
Reputation (Employability Rankings)
La Trobe reports 88.2% overall employer satisfaction, placing the university second in Victoria according to the 2024 QILT Employer Satisfaction Survey. La Trobe also highlights more than 30 years of teaching in electrical and electronics engineering, with its engineering and mathematical sciences research rated above world standard by the Australian Research Council.
The Master of Engineering (Electronics) at La Trobe University gives students plenty of opportunities to turn engineering theory into practical skills through specialist laboratories, industry experience and hands-on projects. Students work with areas such as microelectronics, digital control, signal processing, robotics and embedded systems, using modern equipment and engineering tools to design, test and develop electronic solutions.
Students can build practical experience through the following opportunities:
Electronic Design Automation: Students use electronic design automation tools for electronics design, research and development.
Embedded Signal Processing Laboratory: Facilities include high-performance computers, GPUs, embedded processors, Intel Neural Compute Stick, Nvidia Jetson Nano and Xavier AGX, as well as Xilinx and Intel FPGA development boards.
Robotics and Prototyping Laboratory: Students can access equipment for robotics, machine vision and sensor-system development, including 3D printers, laser cutters, CNC milling equipment, PCB fabrication and electronic prototyping tools.
Embedded Processor Laboratory: Students gain hands-on experience using embedded processor development boards through practical laboratory sessions.
Robotics Team Projects: Students work on robotics systems projects involving areas such as control, calibration, machine vision and sensors.
Industry Placement: Students can undertake an 800-hour work-integrated learning program, giving them substantial experience in an industry environment.
Industry Collaboration: La Trobe's engineering facilities support collaborative projects with industry, allowing students to gain exposure to real engineering challenges.
Research Facilities: Students can benefit from facilities supporting research in robotics, machine vision, environmental radar and Internet of Things technologies.
Collaborative Learning Spaces: Engineering and computing facilities provide spaces and resources that support individual study as well as teamwork and project-based learning.
Library and Research Facilities: La Trobe provides dedicated research and study spaces through its campus libraries, supporting students working on advanced engineering projects.
The Master of Engineering (Electronics) prepares graduates for careers involving advanced electronics, digital systems, robotics, embedded technologies and engineering design. The course also offers an 800-hour work-integrated learning option, helping students gain valuable industry experience, develop professional skills and build connections with potential employers.
Typical career roles include: Electronics Engineer, Development Engineer, Robotics Engineer, Systems Engineer.
Students can strengthen their transition into professional employment through:
Career Support: La Trobe's Career Hub provides career resources, employment support and career events, while EmployerConnect helps students explore and connect with employers in Australia and internationally.
Career Ready Advantage: This employability program, developed with industry partners including PwC, Optus and Commonwealth Bank, helps students develop workplace skills and build a career portfolio.
Industry Experience: The Engineering Work Integrated Learning program offers a 6–12 month, 800-hour placement, allowing students to contribute to projects and solve real organisational challenges.
Industry Partnerships: La Trobe's engineering department works with industries including manufacturing, defence, food, agriculture and water, supported by an industry network of more than 700 partners across the university.
Industry Projects: Students can participate in multidisciplinary projects addressing real-world industry challenges, helping them develop practical problem-solving skills and professional networks.
Professional Accreditation: The Master of Engineering at La Trobe's Melbourne (Bundoora) campus is accredited by Engineers Australia, providing valuable professional recognition and supporting long-term career development.
Graduation Outcomes: La Trobe reports that 87.9% of domestic engineering undergraduates found full-time employment within four months of graduation, placing the university second in Victoria for this measure. This figure relates to engineering undergraduates rather than specifically to this master's course.
Employment and Salary: La Trobe does not publish a specific graduate salary figure or employment rate for the Master of Engineering (Electronics), so no unsupported salary figure has been included.
Further Academic Progression: Graduates interested in advanced research can continue their studies through pathways such as a Master of Engineering (Research), Master of Philosophy or PhD. These options can allow students to specialise further in areas such as electronics, robotics, embedded systems and signal processing.
Course Location: Melbourne (Bundoora) campus, Victoria, Australia.
240 credit point pathway: Applicants may qualify with a non-accredited 4-year bachelor’s degree in electronic/electrical engineering or a related discipline, or a Sydney Accord-accredited 3-year Bachelor of Technology in electronic/electrical engineering or a related discipline.
Applicants with non-cognate engineering qualifications and relevant practical industry experience will be assessed case-by-case by the Department of Engineering, and an interview may be required.
120 credit point pathway: Successful completion of an Australian or Washington Accord-accredited 4-year Bachelor’s or Bachelor (Honours) degree in electronic/electrical engineering.
Applicants with non-cognate Washington Accord-accredited engineering qualifications and relevant practical industry experience may be assessed case-by-case by the Department of Engineering, and an interview may be required.
English language requirement: 6.5 IELTS (Academic) with no individual band less than 6.0 or TOEFL(iBT) Overall score of 79 with 13 in Reading, 12 in Listening, 18 in Speaking and 21 in Writing
The University will review your official transcript, applicants may be required to attend an interview, and eligibility is assessed case-by-case; meeting the minimum requirements does not guarantee admission because places are limited and selection is competitive.
Course Start Months: March, July and November (Semester 1, Semester 2 and Summer intake) for the 2027 intake. India: Approx. 60% in a relevant 4-year Bachelor’s degree in Electronic/Electrical Engineering or a related field; 120-credit pathway may apply subject to accreditation/equivalence.China: Approx. 60% in a relevant 4-year Bachelor’s degree in Electronic/Electrical Engineering or a related field, subject to La Trobe’s equivalence and accreditation requirements.USA: Approx. 2.5/4.0 GPA in a relevant 4-year Bachelor’s degree in Electronic/Electrical Engineering or a related field, subject to La Trobe’s equivalence and accreditation requirements.UK: Approx. 2:2 Honours Bachelor’s degree (or equivalent) in Electronic/Electrical Engineering or a related field, subject to La Trobe’s equivalence assessment.Electronics EngineerDevelopment EngineerRobotics EngineerNetwork Communications EngineerNetwork or Systems EngineerTelecommunications EngineerTransport EngineerAerospace EngineerMedical Equipment DesignerAutomotive Electronics EngineerElectronics Design Engineer
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