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53% of students drop out or transfer from this specific course. Consider asking why on an open day.
BSc Computing with Electronic Engineering
About this course
Computing with Electronic Engineering is a combination that sits at the interface of software and hardware, recognising that digital systems require fluency in both the computational logic that drives them and the physical electronic components that realise that logic in the real world. Computing develops the principles of programming, software design, algorithms, and the theoretical foundations of computation. Electronic engineering addresses the design and analysis of circuits, signals, embedded systems, microprocessors, and the physical implementation of digital and analogue electronics. Together they prepare you to work at the full stack of digital technology, from circuit board to software application. The Open University offers this programme in part-time distance learning mode, providing flexibility for students who cannot study on campus or who are combining degree study with employment in a technical field. The Open University has long experience in delivering rigorous technical degrees at a distance, and the combination of well-structured course materials, tutor support, and practical work makes it possible to develop genuine technical competence in both computing and electronic engineering without campus attendance. You will cover programming and software development, computer architecture, digital electronics, circuit theory, signal processing, and embedded systems, developing both analytical and practical skills that are applicable in a wide range of technical roles. Graduates of computing and electronic engineering programmes work across the electronics, semiconductor, telecommunications, defence, automotive, robotics, and software industries. Roles include embedded systems engineer, hardware engineer, software developer, systems engineer, and electronics design engineer. The dual competence in computing and electronics is particularly valued in industries where software and hardware must be co-designed and integrated. Further study options include postgraduate degrees in electronic engineering, computer science, robotics, and embedded systems, as well as professional development programmes within specific technical industries.
Syllabus & Modules
Typical curriculumStudent Satisfaction
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