Electrical and Electronic Engineering are at the heart of modern technology, powering innovation across every aspect of daily life. Electricity drives homes, industries, and global communications, making it a vital and continuously evolving field of study.
This course explores both the generation and application of electrical power as well as the electronic systems that enable data transmission, storage, and processing. Electrical engineering focuses on energy delivery, including motors, generators, power transmission, and distribution systems. Electronic engineering, on the other hand, deals with circuits, microchips, and devices that control and communicate information—technologies that underpin computers, mobile phones, and advanced industrial systems.
The BSc (Hons) Engineering (Electrical and Electronic) programme provides a solid foundation in both areas, preparing students to design, analyse, and implement engineering solutions that meet the demands of modern industries. It is designed to combine theoretical study with hands-on practical experience, enabling graduates to pursue dynamic and impactful careers within a variety of sectors.
Students will gain a comprehensive understanding of the principles of electrical and electronic engineering, focusing on key areas such as:
Electrical circuits, systems, and power distribution
Analogue and digital electronics
Control and instrumentation technologies
Project management and sustainable energy systems
Engineering design, innovation, and practical workshop techniques
The course develops analytical thinking, problem-solving abilities, and technical competence while encouraging creativity and innovation in engineering solutions. Students will also cultivate teamwork, communication, and leadership skills essential for success in professional environments.
Delivered in partnership with the University of Derby, ensuring academic quality and industry relevance.
Offers flexible class schedules including weekday, weekend, and evening options to accommodate different study needs.
Provides practical, hands-on experience through workshops and applied projects that simulate real-world engineering tasks.
Taught by experienced faculty who provide continuous academic and technical support.
Focuses on employability and equips graduates for a wide range of engineering and technology-related careers.
Minimum Age: 18 years
Applicants must provide evidence of their highest academic qualification, which may include:
Minimum Age: 21 years
Applicants who do not meet formal academic entry criteria may apply through the Work Route. This route recognises relevant professional experience in the field, or related industries as an alternative pathway into higher education. Some exceptions may apply for applicants with professional experience in other fields. This entry route ensures that motivated and experienced candidates can progress academically and professionally.
If English is not the first language, applicants must complete an approved free English language test that assesses reading, writing, speaking, and listening skills. Equivalent qualifications may also be accepted.
All applicants are required to attend an interview with a member of the admissions team as part of the selection process.
Assessments are designed to mirror real engineering tasks and challenges, combining academic rigour with practical application.
Practical coursework and laboratory projects
Technical reports and research assignments
Individual and group presentations
Design and innovation projects
Independent technical project (final year)
Graduates of this programme will have a wide range of career opportunities in both the electrical and electronic engineering sectors. Potential roles include:
Electrical or Electronic Systems Engineer
Design and Development Engineer
Automation and Control Engineer
Project or Maintenance Engineer
Power Systems Engineer
Employment opportunities span industries such as avionics, medical electronics, automotive systems, electrical power generation, rail transport, and the entertainment sector.
Many graduates also progress to further study, including postgraduate qualifications in specialized engineering disciplines or professional accreditation as a Chartered Engineer (CEng).
This course is available to United Kingdom residents who have access to public funds and are eligible for Student Loans Company funding to help cover tuition and living costs.
Funding options include:
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