Electronic Engineering

About this course

Electronic engineering shapes nearly every aspect of contemporary life. The devices we communicate through, the systems that control power grids, the sensors embedded in vehicles, and the circuits that process medical data all depend on the work of electronic engineers. The discipline combines fundamental physics with applied mathematics and practical design, asking you to understand how electronic components behave and how to arrange them into systems that perform reliably in the real world. It covers analogue and digital electronics, signal processing, communications, and increasingly the intersection of hardware with embedded software. At Bangor University you will study this three-year full-time programme, with a foundation year available for those who want to consolidate their mathematics and science preparation before entering the main degree. The course includes a year abroad, gi

Where its graduates go

The 4 largest scored destinations, covering 105% of graduates; the headline also reflects the subject baseline.

• 48 / 100Business and public service associate professionals · 10% of graduatescards →
• 40 / 100Science, engineering and technology associate professionals · 20% of graduatescards →
• 38 / 100Quality and Regulatory Professionals · 10% of graduatescards →
• 28 / 100Engineering professionals · 65% of graduatescards →

The tabs above carry the rest: modules and satisfaction (The Course), where you'd live and what it costs (Student Life), the full pay story (Pay & Outcomes), and easier ways into the same subject (Alternatives).