The MSc in Electronic and Electrical Engineering at ARU is designed to meet the growing industry demand for skilled electronic engineers. The course provides a comprehensive understanding of modern electronic systems, combining academic theory with industrial relevance. It offers hands-on experience in state-of-the-art laboratories equipped with renewable energy systems, FPGA development boards, and power electronics Modules. The programme covers contemporary topics like power conversion, signal processing, renewable systems, holistic electronic system modelling, and Digital Systems Design using FPGA and VHDL. You will develop practical skills to practice safely and effectively in diverse environments, preparing you for challenges in the industry.
Why this course is highly recommended
This MSc is accredited by the Institution of Engineering and Technology (IET), ensuring it meets professional standards. The course's emphasis on Industry Engagement and real-world problems enhances employability, with modules that mimic research and industry challenges. Students can also opt for a two-year professional experience pathway, gaining valuable industry exposure. The course prepares graduates for roles such as design systems engineer, power systems specialist, or microelectronics expert, with strong links to industry leaders like Arm Limited, Ford, and Raytheon.
The course covers a broad spectrum of contemporary topics including power conversion systems, signal processing, renewable energy systems, electronic system modelling, and digital systems design using FPGA and VHDL. This diverse curriculum helps build expertise aligned with current industry needs, supported by specialised laboratories with equipment such as wind and solar energy setups, FPGA development boards, and industry-standard software tools.
Application fees
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1st year tuition fees
19.63L
Living cost
Entry requirements are not currently available but typically include a relevant undergraduate degree. For detailed information, it is recommended to check future updates or contact the university directly.

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Graduates can look forward to roles in areas like design engineering, systems engineering, medical electronics, environmental monitoring, microelectronics, sound technology, power and transport systems, and industrial control. The course’s industry links facilitate career opportunities at technology-leading companies, and progression pathways include postgraduate research such as PhD programmes.