Electronics & Electrical Engineering MSc
The Electronics & Electrical Engineering MSc program is designed to provide
students with advanced knowledge and skills in the rapidly evolving fields of
electronics and electrical engineering. This program covers a wide range of topics,
including digital systems, microelectronics, communication networks, and power
systems. It prepares graduates to tackle the technical challenges of modern
electronics and electrical systems, equipping them with the expertise needed for a
successful career in this dynamic industry.

Explore Electronics & Electrical Engineering MSc at the University of Glasgow
 

Program Overview:
The Electronics & Electrical Engineering MSc program offers a comprehensive
education in the design, development, and management of electrical and electronic
systems. Students will explore both the theoretical foundations and practical
applications of electronics and electrical engineering. The curriculum is designed to
help students develop the skills needed to work on cutting-edge technologies, from
digital signal processing to renewable energy systems.
Why Study Electronics & Electrical Engineering MSc at Glasgow?
● Broad Curriculum: Gain knowledge in key areas of electronics and electrical
engineering, including digital systems, power electronics, and communication
technologies.
● Research Opportunities: Engage in research projects that address current
challenges in the field, with access to state-of-the-art laboratories and
resources.
● Expert Faculty: Learn from experienced academics and industry
professionals who bring real-world expertise to the classroom.
● Industry-Relevant Skills: Develop skills that are highly valued by employers,
making you well-prepared for a career in the electronics and electrical
engineering sectors.
● Global Perspective: Study in a program that addresses global trends and
challenges, preparing you to work in a diverse range of industries worldwide.
 

Program Structure:
The Electronics & Electrical Engineering MSc is typically a one-year, full-time
program, though part-time options may also be available. The curriculum consists of
core modules, elective courses, and a research project. Core modules cover

fundamental topics in electronics and electrical engineering, while electives allow
students to specialize in areas of interest. The research project provides an
opportunity to explore a specific topic in depth, often in collaboration with industry
partners or through university-led research initiatives.

Course Highlights:
● Digital Signal Processing: Learn how to design and analyze digital systems
that process signals, including audio, video, and communication signals.
● Microelectronics: Study the design and fabrication of microelectronic
devices, including integrated circuits and semiconductors.
● Power Electronics: Explore the principles and applications of power
electronic systems, focusing on their role in modern energy systems and
renewable energy technologies.
● Communication Networks: Understand the design and operation of
communication networks, including wireless and wired systems, and their role
in global communication.
● Embedded Systems: Gain knowledge in the design and implementation of
embedded systems, which are used in a wide range of electronic devices and
applications.
● Renewable Energy Systems: Study the integration of renewable energy
sources into the electrical grid, and the role of power electronics in supporting
sustainable energy solutions.
● Control Systems: Learn how to design and implement control systems that
regulate the behavior of electronic and electrical devices, ensuring stability
and performance.

Research Opportunities:
The MSc program includes a research project, where students can explore a specific
area of electronics and electrical engineering in depth. This project allows students
to apply their knowledge to real-world problems, often working with industry partners
or participating in university-led research initiatives. Topics may include the
development of new electronic devices, the improvement of communication
networks, or the design of energy-efficient power systems.

Global Recognition:
The Electronics & Electrical Engineering MSc at the University of Glasgow is
recognized for its strong technical focus and research-led teaching. The program’s
comprehensive curriculum and emphasis on practical skills make its graduates
highly sought after by employers in the global electronics and electrical engineering
industries.

Benefits of Earning an MSc in Electronics & Electrical Engineering:
● Advanced Expertise: Develop a deep understanding of electronics and
electrical engineering, preparing you to tackle complex engineering
challenges.
● Hands-On Experience: Engage in practical learning through labs, projects,
and research, gaining the skills needed for professional practice.
● Cutting-Edge Knowledge: Stay up-to-date with the latest developments in
the field, including new technologies, methodologies, and applications.
● Career Flexibility: Open doors to a wide range of careers in electronics and
electrical engineering, with opportunities to work in various industries.
● Research Impact: Contribute to the field through a research project that
addresses pressing issues in electronics and electrical engineering, driving
innovation and progress.