Electronic and electrical systems underpin many modern technologies, from the tiny processors in smartphones to the heavy-duty power electronics in wind turbines.
In todays world of complex, high-speed devices, it is important that engineers understand how to design and apply both the hardware and software of general-purpose and embedded computer systems.
**Why joint honours?**
Electronics and computer science are a fascinating and highly valuable combination.
Interactions between these fields have generated some of the most significant adva...
Electronic and electrical systems underpin many modern technologies, from the tiny processors in smartphones to the heavy-duty power electronics in wind turbines.<br/><br/>In todays world of complex, high-speed devices, it is important that engineers understand how to design and apply both the hardware and software of general-purpose and embedded computer systems. <br/><br/>**Why joint honours?** <br/><br/>Electronics and computer science are a fascinating and highly valuable combination. <br/><br/>Interactions between these fields have generated some of the most significant advances in computer design and communications technology over the last 50 years. <br/><br/>As a student of electronics and computer science, you will need a clear understanding of physics and the broader system it operates in.<br/><br/>Teamwork and the determination to find clever solutions are also crucial. <br/><br/>Graduates are leading advances in fields such as: <br/><br/><br/>* machine learning and deep learning <br/><br/><br/>* technology for medicine <br/><br/><br/>* efficiency in transportation <br/><br/><br/>* safety monitoring systems <br/><br/><br/>* surveillance <br/><br/><br/>* entertainment <br/><br/><br/>* wireless communications <br/><br/><br/>* manufacturing and computing <br/><br/><br/>* renewable energy generation <br/><br/><br/>**Ties to industry**<br/><br/>Our Industrial Liaison Board includes senior representatives from important electronics and electrical engineering companies. <br/><br/>This has influenced our curriculum and programme development. <br/><br/>**Why Edinburgh?**<br/><br/>On this programme you’ll benefit from research-led teaching by internationally leading academics.<br/><br/>We have strong links to industry (particularly in microelectronics) with excellent career prospects, industry relevant curriculum, internships, opportunity of final year project placements.<br/><br/>You’ll benefit from a balanced curriculum that covers theoretical and practical skills and individual and group work.<br/><br/>You’ll have access to state-of-the-art laboratory facilities including:<br/><br/><br/>* industry-standard software & hardware<br/><br/><br/>* in-person and remote labs<br/><br/><br/>All of our degree programmes are accredited by Institution of Engineering & Technology. <br/><br/>This degree gives you the flexibility to study specialist courses in areas you are most interested in. <br/><br/>**Our community**<br/><br/>We are proud of the supportive community that our students and academics create. <br/><br/>For example, you will have access to an Electronics After Hours Club. This allows you to develop your own extra-curricular projects in a supportive environment. <br/><br/>Edinburgh has a particularly active community and network of companies in fields related to electronics and computer science, which are deliberately located here, close to the talent of our graduates.
Some courses vary and have tailored teaching options, select a course option below.
Course Details
Information
Study Mode
Full-time
Duration
4 Years
Start Date
08/09/2025
Campus
Central area campus
Application deadline
Provider Details
Codes/info
Course Code
GH60
Institution Code
E56
Points of Entry
Year 1
UCAS TariffNot Accepted Scottish HigherA,A,A,A AAAA (achievement by end of S5 preferred). BBB must be achieved in one year of S4-S6. Required subjects: Highers: Mathematics at A and one of Physics (preferred) Biology, Chemistry, Computing Science or Engineering Science at B. Higher Applications of Mathematics is not accepted in place of Higher Mathematics. Advanced Higher Mathematics is recommended. National 5s: Physics or Engineering Science at B and English at C. International Baccalaureate Diploma Programme37 34 37 points with 666 at HL - 34 points with 665 at HL. Required subjects: HL: Mathematics (Analysis and approaches only) at 6 and one of Physics (preferred), Biology, Chemistry, Computing Science or Design Technology at 5. SL: Physics at 5 (if not at HL) and English at 5. Pearson BTEC Level 3 National Extended Diploma (first teaching from September 2016)Not Accepted A levelA,A,A A,B,B AAA - ABB in one set of exams. These grades should be achieved in one set of exams. Required subjects: A levels: Mathematics at A and one of Physics (preferred), Biology, Chemistry, Computing Science/Computing, Design & Technology (excluding Food Technology) or Engineering at B. GCSEs: Physics or Science at B or 6 and English at C or 4. |
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Region | Costs | Academic Year | Year |
---|---|---|---|
Scotland | £1,820 | 2024/25 | Year 1 |
EU, International | £36,800 | 2024/25 | Year 1 |