Course Description

The Bachelor of Engineering (Honours) Electrical and Electronic Engineering with Foundation Year is a four-year programme designed to provide a comprehensive grounding in the principles and applications of modern engineering. The Foundation Year offers an essential introduction to core subjects such as engineering mathematics, electronics, and mechanics, equipping students with the knowledge and technical skills required to progress confidently into higher-level study.

Throughout the programme, students will engage with a broad range of engineering topics and practical experiences that reflect the increasing cross-disciplinary nature of the engineering profession. This course develops strong analytical and problem-solving abilities while promoting innovation, creativity, and professional responsibility.

Accredited by the Institution of Engineering and Technology (IET) on behalf of the Engineering Council, this programme ensures that graduates meet the high standards expected within the global engineering industry. Students will also cultivate lifelong learning and transferable skills to support their academic, personal, and professional development.

 

What You Will Learn

Students will develop a solid foundation in electrical and electronic engineering principles, supported by mathematical and scientific theory and reinforced through practical application. The course structure integrates theoretical learning with hands-on laboratory and project-based work to ensure a balance between academic study and real-world practice.

Key areas of study include:

  • Fundamentals of engineering design, analysis, and modelling.
  • Mathematics and physics for engineers.
  • Electrical and electronic circuit theory.
  • Embedded systems and digital communication principles.
  • Instrumentation, control, and power electronics.
  • Engineering management, sustainability, and enterprise.
  • Advanced optional topics such as renewable energy systems, power grids, and digital signal processing. 

By the final year, students will have the opportunity to specialize through optional modules that align with their professional interests and career goals, such as Green Renewable Energy or Advanced Embedded Systems.

Why study this course?

This degree provides the technical expertise and professional competencies necessary to pursue a successful and rewarding career in electrical and electronic engineering.

Key reasons to choose this course include:

  • An accredited qualification that meets the standards of the Institution of Engineering and Technology (IET).
  • A strong foundation in both theoretical and applied aspects of engineering.
  • The opportunity to gain management, leadership, and critical thinking skills alongside technical proficiency.
  • A curriculum designed to prepare graduates for a wide range of engineering sectors, including advanced manufacturing, product design, biomedical engineering, and artificial intelligence.
  • Access to modern laboratories and learning environments equipped with industry-standard tools and technologies.

A strong focus on employability and professional development, ensuring graduates are work-ready upon completion.

Entry requirements

Academic Route

Minimum Age: 18 years

Applicants must provide evidence of their highest academic qualification, which may include:

  • Level 3 Qualifications (A Levels, NVQ Level 3, Diploma, Certificate, or Access to Higher Education Diploma)
  • International Baccalaureate
  • High School Level Qualifications
  • Level 2 Qualifications or equivalent (for example, GCSEs, NVQ Level 2, Diploma, or Certificate)

Work Route

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.

English Language Proficiency

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.

Interview

All applicants are required to attend an interview with a member of the admissions team as part of the selection process.

Assessments

Most grades will be based on practical coursework assignmnets. You will be involved in tasks similar to those you might perform in the workplace. Some of them will be solitary tasks, while others may require you to work in a group. Assignments could include:

Student progress will be measured through a variety of assessments designed to showcase both academic and practical skills, including:

  • Laboratory and practical experiments
  • Written coursework and technical reports
  • Individual and group projects
  • Oral presentations and demonstrations
  • Examinations and problem-solving tests
  • A final-year major project that integrates theoretical and practical learning outcomes

Modules

  • Foundation Principles 0
  • Foundation Principles 1
  • Foundation Principles 2
  • Engineering Study Skills
  • Engineering Technology
  • Engineering Environment

  • Introductory Engineering Mathematics
  • Introductory Electrical Principles
  • Introductory Analogue Electronics
  • Introductory Embedded Systems
  • Engineering Modelling and Analysis
  • Instrumentation and Control

  • Intermediate Digital Electronics and Communications
  • Intermediate electrical Principles and Enabling Power Electronics
  • Intermediate Embedded Systems
  • Analogue Signal Processing and Communications

  • Management and Enterprise in engineering
  • Major Project
  • Electrical Machines and Power Electronic Drives
  • Engineering Electromagnetism

Study & Career Progression

Graduates of the BEng (Hons) Electrical and Electronic Engineering with Foundation Year programme are equipped with the skills and knowledge necessary to meet the growing global demand for qualified engineers. The rapid advancement of technology and automation continues to create opportunities for professionals who possess both technical expertise and innovative thinking.

Career opportunities include roles in sectors such as:

  • Advanced Manufacturing
  • Product and Systems Design
  • Power and Energy Engineering
  • Biomedical Engineering
  • Telecommunications and Networking
  • Artificial Intelligence and Automation 

Graduates may also explore non-engineering roles in industries such as information technology, finance, and management, where analytical and problem-solving skills are highly valued.

For those interested in further study, progression opportunities include postgraduate qualifications such as Master of Science (MSc) or Doctor of Philosophy (Ph.D.) degrees in areas including Internet Engineering, Nanotechnology, Wireless and Optical Communications, and Telecommunications.

Student Fee's & Finance

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:

  • Tuition Fee Loan: Covers the full cost of the course and is paid directly to the university.
  • Maintenance Loan: Helps cover day-to-day living expenses and is paid directly into the student’s account.
  • Additional Support: Eligible students may apply for Childcare Grants, Disabled Students’ Allowance, or university bursaries that do not require repayment.

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