BSc Computer Engineering With Stem Foundation Year
About this course
Computer engineering sits at the intersection of electronic hardware and software systems, asking how physical circuits and digital code work together to produce the devices and networks that modern life depends on. From the processors in smartphones to the embedded systems in vehicles and medical devices, computer engineering shapes the technology around us. It is a discipline that demands both the precise mathematical reasoning of electronic engineering and the systematic design thinking of computer science. At Edge Hill University this programme runs across four years, beginning with a STEM foundation year that builds the scientific and mathematical foundations needed for degree-level study in engineering and computer science. The foundation year is designed for students who are motivated and capable but who may not have taken the precise combination of A-level subjects that traditional engineering entry requires, and it provides a thorough grounding in the subjects needed to proceed to the full degree. Through the main years of the programme you will study digital systems design, computer architecture, programming, electronics, signal processing, and embedded systems, developing both the theoretical understanding and the practical skills that the field requires. Laboratory and project work runs throughout, giving you hands-on experience of designing, building, and testing systems rather than simply studying them in the abstract. Computer engineering graduates are sought after across a wide range of industries. Roles in embedded systems development, hardware design, systems integration, and software engineering for hardware-facing applications are all common directions. The automotive industry, defence and aerospace, consumer electronics, telecommunications, and the Internet of Things sector all employ graduates with this background. Many graduates also move into broader software development or IT roles, where their understanding of underlying hardware gives them a useful advantage. Further study at postgraduate level in computer engineering, electrical engineering, or computer science is a well-supported option.
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