About This Course
This course will prepare you for work as a professional electronic engineer specialising in control and instrumentation engineering which lies at the heart of many industries, from nuclear and renewable power generation to all sorts of manufacturing industries. You will gain extensive practical experience to ensure that you develop sound practical skills as well as a thorough theoretical knowledge. You will study general aspects of electronic engineering and specialised modules.
Why choose ¶º±ÆÖ±²¥ for this course? ÌýÌý Ìý
- This course is subject to reaccreditation by the Institution of Engineering and Technology (IET).
- A tailored degree for the sector skills.
- Strong links with the energy sector – Nuclear Futures Institute.
Additional Course Options
This course is available with a Placement YearÌýoption where you will study for 1 additional year. The Placement Year is undertaken at the end of the second year and students are away for the whole of the academic year.
The Placement Year provides you with a fantastic opportunity to broaden your horizons and develop valuable skills and contacts through working with a self-sourced organisation relevant to your degree subject. The minimum period in placement (at one or more locations) is seven calendar months; more usually you would spend 10-12 months with a placement provider.ÌýYou would normally start sometime in the period June to September of your second year and finish between June and September the following year.ÌýPlacements can be UK-based or overseas and you will work with staff to plan and finalise the placement arrangements.Ìý
You will be expected to find and arrange a suitable placement to complement your degree and will be fully supported throughout by a dedicated member of staff at your academic School and the University’s Careers and Employability Services.
You will have the opportunity to fully consider thisÌýoptionÌýwhen you have started your course at Bangor and can make an application for a transfer onto thisÌýpathway at the appropriate time. Read more about the work experience opportunities that may be available to you or, if you have any questions, please get in touch. Ìý
This course is available with an International Experience YearÌýoption where you will study or work abroad for 1 additional year.Ìý You will have ‘with International Experience’ added to your degree title on graduating.
¶º±ÆÖ±²¥ing abroad is a great opportunity to see a different way of life, learn about new cultures and broaden your horizons.ÌýWith international experience of this kind, you’ll really improve your career prospects. There are a wide variety of destinationsÌýand partner universities to choose from. If you plan to study in a country where English is not spoken natively, there may be language courses available for you at Bangor and in your host university to improve your language skills.Ìý
You will have the opportunity to fully consider thisÌýoption at any time during your degree at Bangor and make your application. If you have any questions in the meantime, please get in touch.Ìý
Read more about the International Experience Year programme and see the studying or working abroad options on theÌýStudent Exchanges section of our website.
Course Content
The first two years of the programme follow the same modules as computer systems engineering. From the third year you are honed into a C&I Engineer, focusing very much on control theory and practice, and the necessary knowledge of signal processing and systems. 
The fourth year of the degree joins the two advanced topics of Sensors and Control Systems. You will complement this with elements of industrial control in a very real sense with Programmable Logic Controllers. This is accompanied with a Team project. The project usually links to an industry partner and really stretches you to really solve a real-life industry challenge. 
You will spend about 12 hours in lectures and 8 in laboratories each week. You will also have tutorials and have to write up experiments, work on software design and complete numerical problem-solving exercises.
You will have an examination for each module at the end of the semester. Some modules have coursework assessment as well. Your laboratory work books, technical reports and the individual project also contribute to your marks.
Modules for the current academic year
Module listings are for guide purposes only and are subject to change. Find out what our students are currently studying on the Control and Instrumentation Engineering MEng Modules page.
Course content is for guidance purposes only and may be subject to change.
Facilities
Engineering facilities
- Large fully equipped computing laboratories and all the latest software.Ìý
- A recently installed immersive technologies laboratory, where the latest devices are used for project and research work. Ìý
- A recently installed large networking laboratory to provide students with the opportunity to design and administer networks and for the teaching of computer architecture modules.
- A large undergraduate teaching laboratory, full of industry standard equipment.
- This is where you will undertake practical sessions put into practice what you have learned in your lectures.Ìý
- A class 1000 clean room which all undergraduate students will experience during their studies. This will give you unique training in clean room protocols which is invaluable experience when you are looking for jobs after your degree.
General University Facilities
Library and Archive Services
Our four libraries provide a range of attractive study environments including collaborative work areas, meeting rooms and silent study spaces.
We have an extensive collection of books and journals and many of the journals are available online in full-text format.
We house one of the largest university-based archives not only in Wales, but also the UK. Allied to the Archives is the Special Collections of rare printed books.
Learning Resources
There is a range of learning resources available, supported by experienced staff, to help you in your studies.Ìý
The University’s IT Services provides computing, media and reprographics facilities and services including:
- Over 1,150 computers for students, with some PC rooms open 24 hours a day
- Blackboard, a commercial Virtual Learning Environment, that makes learning materials available on-line.Ìý
Course Costs
General University Costs
Home (UK) students
- The cost of a full-time undergraduate course is £9,250 per year (2025/26).
- The fee for all integrated study abroad years is Ìý£1,385 (2025/26).
- The fee for an integrated year in industry as part of a sandwich programme is £1,850 (2025/26).
More information on fees and finance for Home (UK) students.
International (including EU) students
Additional Costs
There are also some common additional costs that are likely to arise for students on all courses, for example:
- If you choose to study abroad or take the International Experience Year as part of your course.
- If you attend your Graduation Ceremony, there will be a cost for gown hire (£25-£75) and cost for additional guest tickets (c.£12 each).
Course-specific additional costs
Depending on the course you are studying, there may be additional course-specific costs that you will be required to meet. These fall into three categories:
- Mandatory Costs: these are related to a particular core or compulsory module that you’ll be required to complete to achieve your qualification e.g. compulsory field trips, uniforms for students on placement, DBS Check.
- Necessarily Incurred Costs: these may not be experienced by all students, and will vary depending on the course e.g. professional body membership, travel to placements, specialist software, personal safety equipment.
- Optional Costs: these depend on your choice of modules or activity and they are shown to give you an indication of the optional costs that may arise to make sure your choice is as informed as possible. These can include graduation events for your course, optional field trips, Welcome Week trips.
Entry Requirements
Offers are tariff based, 128- 136 tariff points from a Level 3 qualification e.g.:
- A-levels: Including a minimum grade C in Maths and minimum grade C in Physics or Electronics.* General Studies and Key Skills not normally accepted.
- BTEC National Extended Diploma in Electrical / Electronic Engineering*: DDM - DDD
- Cambridge Technical Extended DiplomaÌýin Engineering*: DDM - DDD
- City & Guilds Advanced Technical Extended Diploma (1080) in Engineering*: DDM - DDD
- International Baccalaureate Diploma: Including H5 in Maths and Physics.*
- Welsh Baccalaureate is accepted
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- T-levels: considered on a case-by-case basis.Ìý
We also welcome applications from mature applicants.
*Similar subject areas may be considered on a case-by-case basis.
For full details go to our website and for a full list of accepted Level 3 qualifications, go toÌý
International Candidates: school leaving qualifications and college diplomas are accepted from countries worldwide (subject to minimum English Language requirements). More informationÌý.Ìý
Offers are tariff based, 128- 144 tariff points from a Level 3 qualification e.g.:
- A-levels: Including a minimum grade C in Maths and minimum grade C in Physics or Electronics.* General Studies and Key Skills not normally accepted.
- BTEC National Extended Diploma in Electrical / Electronic Engineering*: DDM - DDD
- Cambridge Technical Extended DiplomaÌýin Engineering*: DDM - DDD
- City & Guilds Advanced Technical Extended Diploma (1080) in Engineering*: DDM - DDD
- International Baccalaureate Diploma: Including H5 in Maths and Physics.*
- Welsh Baccalaureate is accepted
- ´¡³¦³¦±ð²õ²õ:Ìý³¦²¹²õ±ð-²ú²â-³¦²¹²õ±ð
- T-levels: considered on a case-by-case basis.Ìý
We also welcome applications from mature applicants.
*Similar subject areas may be considered on a case-by-case basis.
For full details go to our website and for a full list of accepted Level 3 qualifications, go toÌý
International Candidates: school leaving qualifications and college diplomas are accepted from countries worldwide (subject to minimum English Language requirements). More informationÌý.Ìý
General University Requirements
To study for a degree, you’ll be asked for a minimum of UCAS Tariff points. For a fuller explanation of the UCAS Tariff Points, please see .
We accept students with a wide range of qualifications and backgrounds and consider each application individually.
All students need to have good basic skills and the University also values IT and communication skills.
As part of the University’s policy, we consider applications from prospective disabled students on the same grounds as all other students.
We also consider applications from mature students who can demonstrate the motivation and commitment to study a university programme. Each year we enrol a significant number of mature students. For more information about studying as a mature student, see our ¶º±ÆÖ±²¥ing at Bangor section of the website.
EU and International Students' Entry Requirements
For detailed guidance on the entry requirements for EU and International Students, including the minimum English Language entry requirement, please visit the Entry Requirements by Country pages. International applicants can also visit the International Education Centre section of our website for further details.
¶º±ÆÖ±²¥ offers International Incorporated Bachelor Degrees for International students whose High School qualification is not equivalent to the UK school leaving qualification. The first year (or Year 0) is studied at ¶º±ÆÖ±²¥ International College, an embedded College on our University campus and delivered by Oxford International Education Group.
Careers
Our graduates have excellent career prospects in the fast-growing power generation and power distribution sectors, including low-carbon and renewable generation as well as the manufacturing industry. Many take up control and instrumentation engineering posts in power stations, power distribution network operators, or government or private research and development facilities. You will be well-versed in the general principles of Electronic Engineering, with all the career opportunities those skills entail. The problem-solving and numerate nature of all our engineering degree courses means that graduates will be highly valued in many other professions, ranging from general management roles to working as numerical analysts. Postgraduate study is another exciting option for some.
Opportunities at Bangor
The University’s Careers and Employability Service provides a wide range of resources to help you achieve your graduate ambitions.Ìý
Internships
¶º±ÆÖ±²¥ runs a paid internship scheme within the university’s academic and service departments.
Student Volunteering
Volunteering widens your experience and improves your employability. Find out more about volunteering on the .
Foundation Year
A 'with Foundation Year' option is available for this course. Apply for Electronic Engineering (with Foundation Year).
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What is a Foundation Year course?
If you don’t have the required qualifications for the degree-level course or are looking to re-enter education after time away from study, then a Foundation Year Programme might be the right choice for you.
The Foundation Year is an excellent introduction to studying this subject at university and will provide you with the knowledge, skills and confidence required to go on to study this course at degree-level.
When you have successfully completed the Foundation Year, you can progress on to the first year of this degree-level course.
