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35% of students drop out or transfer from this specific course. Consider asking why on an open day.
BEng Computer Systems Engineering with foundation year
About this course
Computer systems engineering sits at the boundary between hardware and software, addressing the design, integration, and optimisation of computing systems that operate in the real world. Unlike pure computer science, it attends to the physical constraints of systems, from power consumption and signal processing to embedded programming and electronic circuit design. The discipline is central to the development of everything from smart devices and wearable technology to autonomous vehicles, industrial automation, and the internet of things. Coventry University's programme includes a foundation year at the start, providing a thorough academic and technical preparation before you progress into the main degree. The full programme also offers a sandwich placement year, a year abroad, and a work placement, giving you a rich set of opportunities to apply your skills professionally and to gain international experience. You will work on the design of smart devices, embedded systems, and advanced electronics, developing competence in both the hardware side, including circuit design and signal processing, and the software side, including low-level programming and systems integration. The combination of skills you build is highly relevant to sectors where intelligent, connected devices are becoming ubiquitous. You will develop strong technical problem-solving abilities, the capacity to work across hardware and software boundaries, and practical experience of bringing systems from design to implementation. The placement year and work placement give you the kind of industry grounding that makes graduates immediately productive in engineering roles. Career destinations for computer systems engineering graduates include roles as embedded systems engineers, hardware engineers, systems architects, IoT developers, electronics designers, and technical consultants across industries including automotive, aerospace, consumer electronics, telecommunications, defence, and manufacturing. Many graduates also pursue postgraduate study to specialise in areas such as robotics, advanced electronics, or artificial intelligence systems.
Syllabus & Modules
Typical curriculumStudent Satisfaction
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