BEng Electronics and Computer Science
About this course
Electronics and computer science is a degree built on the recognition that hardware and software are not separate concerns but deeply interdependent fields whose interaction has driven some of the most significant technological advances of the past half-century. From the microprocessor architectures that make modern computing possible to the communications protocols that underlie the internet, from embedded systems in everyday devices to high-performance computing clusters, the most important advances have come from engineers and scientists who understand both sides of the discipline. At the University of Edinburgh you will study across four years on a full-time programme, with a year abroad that extends your academic formation to an international institution. Edinburgh is one of the world's leading universities for both computer science and electronics, and the programme draws on research strengths across digital systems, signal processing, computer architecture, software engineering, and machine learning. You will study the mathematical and physical foundations of electronics, including circuit theory, signals, and electromagnetics, alongside the core of computer science, including algorithms, data structures, programming, and software engineering. As the programme advances you will explore how the two fields interact, examining areas such as computer architecture, embedded systems, hardware-software co-design, and the engineering of reliable complex systems. The year abroad gives you exposure to how equivalent programmes are taught and researched at another world-class institution. Graduates of electronics and computer science are in exceptionally strong demand. The semiconductor industry, telecommunications, defence, financial technology, autonomous systems, and consumer electronics are all major employers. Roles in hardware design, firmware development, systems architecture, software engineering, and research are all common directions. Edinburgh's reputation means that graduates are well positioned for competitive graduate programmes and research opportunities globally. Postgraduate study, including research degrees in computer science, electronics, or interdisciplinary areas such as machine learning hardware and robotics, is a natural next step for those seeking research or highly specialist roles.
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