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BEng Computer Systems Engineering
About this course
Computer systems engineering sits at the boundary between hardware and software, asking how physical electronic systems can be designed, programmed, and optimised to perform the computational tasks the modern world depends on. Unlike pure computer science, which tends to focus on algorithms and software, or pure electronic engineering, which focuses on circuits and signals, computer systems engineering brings both together. You will study how processors are designed and built, how software interacts with hardware at the lowest levels, and how to engineer embedded systems, from the microcontrollers in consumer devices to the sophisticated control systems in vehicles, medical equipment, and industrial machinery. At the University of East Anglia, this three-year full-time programme gives you a rigorous grounding in both the electronic and computational dimensions of the discipline. You will study digital electronics, computer architecture, operating systems, embedded programming, real-time systems, and signal processing, developing the ability to work across the hardware-software boundary with confidence. UEA's strong research culture and its connections with technology industry partners in the region enrich the teaching and provide opportunities to engage with real engineering problems. The typical entry tariff of 120 points reflects the technical demands of a programme rooted in mathematics, physics, and computing. Computer systems engineers are in demand across a wide range of sectors. Embedded systems are found in virtually every consumer product and industrial system, and the growth of the Internet of Things, autonomous vehicles, robotics, and smart devices is expanding that demand rapidly. Graduates go on to work in electronics design, firmware and embedded software development, systems integration, FPGA programming, robotics, automotive engineering, and telecommunications. Many also find roles in defence, aerospace, and medical device development, where reliable and precisely engineered systems are critical. Postgraduate study in embedded systems, electronic engineering, robotics, or computer science is available for those who want to develop deeper specialist expertise.
Syllabus & Modules
Typical curriculumStudent Satisfaction
National Student Survey - 15 respondents (70% response rate)
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