This course develops in-depth knowledge and skills across a broad range of Electronics Engineering topics. It focuses on building strong design capabilities for the seamless integration of software and hardware in sustainable and smart applications, utilizing Microprocessor, DSP, and FPGA technologies.
Participants will study subjects such as Smart Embedded Systems Engineering and Mixed Mode and VLSI Technologies, alongside cohort-based modules aimed at enhancing management skills and employability.
Successful postgraduates will acquire the intellectual, practical, and transferable skills necessary for analyzing and solving engineering and manufacturing problems. This is achieved through a combination of experimental work, simulations, research methods, and case studies. Graduates can pursue careers across various industries, ranging from specialist technical roles to management positions.
Why Choose This Course?
The program offers a comprehensive understanding of recent advancements in Electronics Engineering. It is particularly suited for individuals seeking to deepen their expertise in embedded intelligent systems, including artificial intelligence, sustainability, and smart system engineering.
The course is supported by a School with over 25 years of experience in teaching electronic engineering, known internationally for its excellence in the field. Students benefit from extensive laboratory facilities, including access to the latest software packages.
The School ranked 7th in the UK for Engineering and Technology in the 2024 Postgraduate Taught Experience Survey (PTES).
What Will Students Study?
The academic staff are recognized for their enthusiasm and commitment to enhancing the student learning experience, having won national awards for innovative teaching. Their active research involvement informs the curriculum, enriching the educational experience.
The Department of Engineering and Computer Science is known for its innovative teaching approach. Most MSc modules are delivered through a blend of traditional face-to-face sessions and online support via the University’s StudyNet platform. StudyNet provides access to electronic learning resources and facilitates online discussions with staff and peers.
The course emphasizes both theoretical and practical learning, and the School is committed to using industry-standard software wherever applicable.
Where Will Students Study?
Teaching takes place in Spectra, the new, state-of-the-art School of Physics, Engineering and Computer Science building. Spectra includes interactive learning zones, modeling and simulation labs, research facilities, a Merlin Flight Simulator, automotive workshop (with electric vehicle capabilities), wind tunnel, welding bay, and a controls testing suite.
Students also benefit from the Academic Support Hub, which enhances employability and academic skills. Industry mentors provide pastoral care, career advice, and guidance on professional development.
Spectra also offers collaborative spaces such as workshops, social zones, and meeting rooms. Designed with sustainability in mind, the building aligns with the University’s net-zero carbon target and replaces less efficient facilities.
