BEng in Electrical Engineering
Course Overview
The BEng in Electrical Engineering sits inside the Engineering & Science department at LSCT and is a three-year UK honours degree for A-level leavers, college finishers and international students preparing for IEng or CEng registration through the Institution of Engineering and Technology. Taught from central London with online and distance routes, the programme combines power systems, electronics, control engineering and embedded software with the UK regulatory reality of working on National Grid, DNO and rail-electrification programmes.
You will be writing C for microcontrollers, simulating power systems in MATLAB and SPICE, and reading current UK net-zero infrastructure programme documents from your first year. By graduation you will have completed an individual project on a real UK industry brief, an IET-aware professional log and the foundations for Engineering Council UK registration.
The programme runs on a structured semester rhythm of lectures, computational labs and assessed design exercises tied to UK industry briefs. Tutors include chartered engineers from UK consultancies, utilities and industrial sites, plus academic researchers active in current UK industrial collaborations. Cohort sizes are deliberately small so technical questions get answered properly and design choices can be defended in person at the studio table.
Key Features
- IET-aligned honours degree mapped to Institution of Engineering and Technology accredited-route expectations and Engineering Council UK-SPEC competencies.
- Three study modes — on-campus in central London with lab access, fully online with live simulation sessions, or structured distance learning.
- UK net-zero focus across power-system stability, EV charging infrastructure and offshore-wind transmission.
- Embedded software lab with ARM Cortex-M development boards and real-time C programming.
- Industry placement in year two with a UK DNO, transmission operator, electronics firm or rail-electrification programme.
- Final-year specialisms across power systems, electronics and embedded software.
What You Will Learn
The degree is structured around three pillars: power, signals and code. You will graduate able to analyse a three-phase power system, design and prototype an electronic circuit, write firmware for a microcontroller and explain to a UK programme director why a particular design choice is or is not robust.
- Circuit Analysis and Network Theorems
- Power Systems: Three-Phase Analysis, Transformers, Protection
- Power Electronics and Renewable Integration
- Signals and Systems, Digital Signal Processing
- Embedded Systems and Real-Time Programming in C
- Control Engineering and State-Space Models
- Engineering Mathematics and Numerical Methods
- UK Wiring Regulations (BS 7671) Awareness
- Individual Final-Year Engineering Project
Assessment is portfolio-led with computational evidence: you are graded on engineering reports, simulation outputs and live design defences in front of the cohort and a working UK chartered engineer. This pattern is deliberate — it mirrors how UK engineering consultancies and contractors actually test graduate engineers at interview, and it forces every student to develop the habit of defending a calculation, an assumption or a tolerance in person rather than hiding inside a sealed PDF.
Who This Course Is For
- A-level leavers with maths and physics targeting UK power, electronics or embedded careers.
- International students seeking a UK BEng with IET-aware progression toward IEng or CEng.
- Apprenticeship leavers stepping up to a graduate-engineer role with degree-level standing.
- Career changers from physics or maths entering UK electrical engineering.
Hybrid candidates with one foot in classical engineering and the other in software, data or sustainability work are particularly well-served, since UK infrastructure and energy employers increasingly hire engineers who can move between physical and digital domains.
Career Pathways
Graduates step into the graduate-engineer roles that UK DNOs, transmission operators, electronics firms, defence and rail programmes hire from each year. Typical first roles include:
- Graduate Electrical Engineer (DNO or transmission operator)
- Power Systems Engineer (junior)
- Electronics Design Engineer
- Embedded Software Engineer
- Control Engineer (UK rail or process industries)
- Renewable Energy Engineer (offshore wind, solar)
Graduates often progress to IEng or CEng registration through the IET, or to an MSc in Power Systems, Electronics or Robotics.
Beyond the obvious engineering-firm routes, graduates are picked up by UK regulated infrastructure operators, central government programme teams (DESNZ, DfT, Defra) and the rapidly growing UK net-zero developer set. Hiring conversations typically test how you defend a design decision in front of seniors, so the design portfolio and the supervised project work built during the programme matters more than the certificate itself.
Entry Requirements
- Three A-levels at grades BBC or above (Maths required, Physics strongly preferred), or an equivalent UK / international qualification (IB 28+, BTEC DMM, Foundation Year pass).
- GCSE English Language at grade 5/C and Mathematics at grade 4/C (or equivalent).
- IELTS 6.5 overall (no band below 6.0) for non-native English speakers.
- A personal statement; mature applicants (21+) may apply with a portfolio and short interview — UK technician background is particularly welcome on this programme.
Why Study at LSCT
The London School of Commerce and Technology (LSCT) is a specialist higher-education provider based in central London and part of Harold International College. We teach in small cohorts so every student is visible to their tutor, run a single intake schedule that students can rely on, and partner with UK professional bodies so qualifications carry weight with employers. London puts Whitehall, the City, Silicon Roundabout, the Royal Courts of Justice, the West End and the NHS estate within a short tube ride of every classroom — and our students use that proximity in their projects, placements and graduate job hunts. For electrical-engineering students that proximity matters: IET evening meetings at Savoy Place, Network Rail technical seminars and London-based DNO graduate-scheme assessors are within a short tube ride.
We also run a structured careers service from intake onwards: scheduled mock technical interviews with working UK chartered engineers, CV reviews aligned to UK engineering and infrastructure recruiter norms, and live cohort sessions on the assessment-centre formats UK consultancies, utilities and contractors actually use. Every student is paired with an alumni mentor working in their target UK engineering sector.
Apply for BEng in Electrical Engineering
The BEng in Electrical Engineering is built to launch your career in the Engineering & Science sector. Click Enrol Now to submit your application; admissions reply within one working day with intake dates, scholarship guidance and an IET-progression brief.
