MEng (Electronic Engineering) in Melbourne Australia | RMIT University

During your Master of Engineering (Electronic Engineering) program, you'll explore subjects that extend beyond cutting-edge engineering theories. This degree emphasizes cultivating your technical expertise, interpersonal abilities, and business acumen, preparing you for leadership positions across various industries. Professionals with appropriate technical qualifications and industry experience are welcome to apply.
RMIT employs diverse educational methods such as lectures, seminars, hands-on workshops, presentations, collaborative discussions, and team projects. Digital learning resources are accessible through platforms like Canvas, the university's comprehensive Learning Management System. Continuous evaluation methods incorporate practical case analyses, project documentation, academic papers, presentations, learning journals, and examinations. Instruction is delivered by field specialists, with significant focus on laboratory sessions and professional engineering initiatives that bridge theory with practice while strengthening research, collaboration, leadership, communication, and project coordination capabilities.
The Engineering School maintains robust industry connections through collaborative research initiatives, professional consultancy, and corporate-sponsored design challenges.
With the global expansion of the electronics sector, there's increasing need for advanced-degree professionals possessing current technical knowledge alongside strong interpersonal and management competencies. Our alumni have secured positions with major corporations including Telstra, Optus, TPG, iiNET, Huawei, DJI, Hikvision, State Grid, Dahua Technology, and TSMC. Career opportunities span electronic product design and manufacturing, energy systems technical consultancy, business management, or entrepreneurial ventures in domestic and global electronics markets. The burgeoning Internet of Things sector will drive demand for innovative electronic solutions to transform urban centers into smart cities, where electronic engineers will be instrumental in shaping these technological advancements.