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BEng Electrical and Electronic Engineering
About this course
Electrical and electronic engineering is the discipline that underpins the infrastructure of modern life: the power systems that generate and distribute electricity, the communication networks that connect people and devices, the electronic components inside every piece of computing and sensing hardware, and the control systems that make machines operate reliably and safely. The discipline draws on mathematics and physics to develop the theoretical understanding of electrical and electronic phenomena, and it applies that understanding to the design and improvement of real systems across an enormous range of applications. At the University of the Highlands and Islands, this four-year full-time programme develops your understanding of electrical circuits, electromagnetism, signal processing, digital electronics, and power systems alongside the mathematical and computational tools that underpin the discipline. The Highlands and Islands context gives the programme a distinctive dimension, with the region's significant renewable energy sector, remote communications challenges, and infrastructure requirements providing real-world relevance for the engineering principles you are studying. The university's distributed campus model, across multiple sites in the Highlands and Islands, also means that the programme engages seriously with the engineering challenges of providing services across geographically dispersed and remote communities, which is increasingly important in a world where connectivity and energy access remain unequal. A typical entry tariff of 120 points reflects an accessible entry standard within a programme that builds genuine engineering competence progressively. Graduates of electrical and electronic engineering programmes work in power generation and distribution, renewable energy, telecommunications, automation, defence, aerospace, and the full range of industries that depend on electronic systems. The degree provides a strong foundation for chartered engineer status and for postgraduate study in electrical, electronic, or systems engineering. The programme is particularly relevant to graduates who wish to work in the energy transition or in engineering for remote and rural communities.
Syllabus & Modules
Typical curriculumStudent Satisfaction
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