
Computer Systems Engineering
Bangor UniversityBangor, United Kingdom
Course overview
Highlights
Accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council meeting the academic requirement for registration as an Incorporated Engineer. Optional modules allow you to specialise in subjects such as prototyping and fabrication, the Internet of Things (IoT), machine learning or signal processing. This broadens your career options on graduation.
Our leading academics/researchers are experts in real-time and embedded systems, parallel processing, software engineering, image processing, databases, intelligent systems and object-oriented programming. Large specialist network laboratory. Practical in focus, you apply your learning as the course progresses - learning Python to aid data analysis.
Course overview
Computers are everywhere, affecting all aspects of our lives and helping to make the world a better place. From improving healthcare, communication and access to education to preventing accidents or natural catastrophes. Accredited by the IET, this Computer Systems Engineering degree combines the study of electronic engineering and computer science, covering both hardware and software engineering.
Extensive practical experience, including designing networks, embedded microprocessors and integrated circuits, develops the skills and expertise to become a specialist in computer systems design. With the fast pace of technological development, we draw on our own research to bring you the latest developments, for example, in AI simulations, digital twins and environmental sensing. Current projects include measuring rain fall to predict the risk of flooding across the UK and developing real-time sensors for monitoring pollution levels, to name just a few.
This BEng Computer Systems Engineering is accredited as meeting the Engineering Council’s UK Standard for Professional Engineering Competence (UK-SPEC). Graduates with good degree results are automatically eligible to become Associate Members of the IET and full members after gaining industrial experience. You will be eligible to apply to become an Incorporated Engineer and, with further study, can progress to Chartered status.
IET accreditation is recognised globally as an indicator of quality. It provides reassurance to employers, government and society confidence that you can meet the engineering and technological needs of today, while anticipating the needs of, and impact on, future generations. Computer engineering is used to design and equip digital devices with efficient software that meet technological, scientific and administrative needs of any industry.
Our graduates go on to well paid and rewarding employment, designing and building the next generation of smart appliances, IoT devices and embedded systems. Recent graduates have gone on to work for Siemens, Jaguar Land Rover and Toyota, for example. Thanks to our close links with Wales’s first dedicated science park, some of the tenants at M-Sparc have also previously sought out our students for employment on graduation.
Read more Course options
Placement year
What is the Placement Year? This exciting opportunity allows you to spend a year working with a self-sourced, professional organisation relevant to your studies. You'll typically start between June and September of your second year and finish by the following June or September.
Placements can be UK-based or even overseas. Why choose a Placement Year? Gain practical experience that complements your academic learning Make valuable industry contacts that could open doors for future careers Strengthen your employability by gaining real-world experience.
How does the Placement Year work? With dedicated support from your Academic School and our Careers and Employability Services, you will be fully equipped to find the perfect placement to complement your degree. We will guide you through the process of securing and finalising your placement arrangements.
Is the Placement Year for you? There is no…
Key highlights
- IET-accredited, meeting academic requirement for Incorporated Engineer registration
- Optional modules in IoT, machine learning, signal processing or prototyping
- Combines electronic engineering and computer science, covering hardware and software
- Practical work designing networks, embedded microprocessors and integrated circuits
- Large specialist network laboratory and Python for data analysis
- Optional placement year with UK or overseas organisations
Entry requirements
- UCAS tariff points: 120-136 — Offers are tariff based, 120 - 136 tariff points from a Level 3 qualification e.g.: A-levels: Including Maths and either Physics or Electronics.* General Studies and Key Skills not normally accepted.
Scholarships
Alumni Scholarship
£1,000 in addition to any other international scholarship awarded by Bangor University, UK (excluding the Vice-Chancellor scholarship), awarded for each year of study.
Up to £1,000Deans Scholarship
Undergraduate: £6,000 (per year of study); Postgraduate: £6,000.
Up to £6,000International Scholarships
Undergraduate: £4,000 minimum (per year of study); Postgraduate: £6,000.
Start-Up Bursaries
Start Up Bursaries of £1,000 are available to those students (aged under 25) entering the University from care.
Up to £1,000Vice-Chancellor Scholarship
Undergraduate & Postgraduate Taught - £10,000
Up to £10,000
Careers this course leads to
- Computer systems engineer
- Embedded systems engineer
- IoT device engineer
- Hardware design engineer
- Network engineer
- Software engineer
Cost of study
UK/Home: £9,790 | International: £21,000
Admission
Applications are made through AHZ at no cost. Share your transcripts, English test scores and personal statement, and your AHZ Counsellor will review your profile, submit your application to Bangor University, and guide you through interview, offer, CAS and visa — right up to enrolment.
Ready to start?
Book a free consultation and we'll map your fastest route to a September 2026 place.
