Power your future: electrical and electronic engineering at UEL

Plug into the future. If you’re curious about how EVs charge in minutes, how cities keep the lights on, or how a smartwatch reads your heartbeat, BEng (Hons) Electrical and Electronic Engineering is the toolkit behind it all. This is hands-on problem-solving that turns ideas into hardware, code, and real-world impact. 

With an Electrical and Electronic Engineering career, you can design power systems for offshore wind, build brainy embedded devices, or fine-tune 5G networks. Prefer variety? Electrical and Electronic Engineering careers span energy, transport, healthcare tech, telecoms, and smart manufacturing, so you can pivot as tech evolves. 

Ready to explore Electrical engineering jobs? Here’s where this degree can take you.

Why electrical and electronic engineering (EEE) is a smart bet

• Scale and stability: Engineering and tech roles make up 6.4 million jobs - about a fifth of the entire UK workforce. That’s a huge, diverse labour market for graduates.
• Net-zero tailwinds: The UK’s transition is creating hundreds of thousands of new green jobs by 2030 (think renewables, grid modernisation, EVs, power electronics). Estimates range from 135,000 to 725,000 net new roles.
• Persistent skills demand: Employers continue to report skills shortages in engineering, meaning strong employability for well-trained graduates.

What you can do with a BEng (Hons) Electrical and Electronic Engineering

Here are the common first roles (with typical progression):

• Graduate Electrical Engineer - Electrical Design Engineer - Senior/Lead Electrical Engineer -  Chartered Engineer (CEng) / Principal / Technical Authority
• Electronics/Embedded Systems Engineer - Senior Electronics Engineer- Principal Hardware Architect
• Power Systems/Transmission and Distribution Engineer - Grid Integration / Protection - Network Strategy / Consultancy
• Control and Instrumentation Engineer - Automation Lead - OT/Industry 4.0 Specialist
• RF/Telecoms Engineer (5G/6G)  - Network Optimisation - Wireless Systems Architect
• Energy/Net-Zero Engineer (renewables, storage, heat networks) - Project Manager - Programme Director
• R&D / Product Development - Innovation / Systems Architect - Head of Engineering
• Data/AI for EEE (signal processing, edge AI) - ML for embedded/controls
• Safety, Reliability and Standards - Functional Safety (IEC 61508/ISO 26262) Specialist
• Consulting/Commercial → Pre-sales Engineer → Solutions Consultant / Product Manager

UK salary snapshots

• Electrical/Electronics Engineer (graduate): ~£28k–£32k starting; mid-career £35k–£50k; senior/chartered £55k–£75k+ (discipline & location dependent).
• Energy/Net-Zero roles: common ranges £25k–£35k at entry, rising to £35k–£60k with experience (higher in senior PM/technical authority posts).
• Context: Across the economy, median weekly pay for full-time employees was £728 (April 2024) — engineering roles often sit above average at mid-senior levels. 

_{[Salaries vary by region, sector, and whether you pursue CEng status.]}

Skills you’ll build on a BEng (Hons) Electrical and Electronic Engineering (and why employers care)

• Core technical: circuit design, power electronics, machines & drives, control, signal processing, electromagnetics, embedded/FPGA, firmware, systems integration, testing & verification.
• Data and digital: Python/Matlab for analysis, embedded C/C++, VHDL/Verilog, edge AI basics, simulation and modelling, digital twins.
• Safety and standards: electrical safety, EMC/EMI, grid codes, functional safety frameworks.
• Professional: design reviews, requirements management, technical writing, stakeholder comms, project management (Agile/PRINCE2 basics).

Who hires Electrical and Electronic Engineering graduates?

• Energy and utilities: National Grid, DNOs/IDNOs, renewables developers, EPCs, battery integrators.
• Transport and automotive: OEMs and Tier-1s (EV, ADAS, powertrain), rail signalling & electrification.
• Aerospace and defence: Avionics, radar, power systems, mission-critical electronics.
• Semiconductor and electronics: IC design, test engineering, embedded devices, consumer/industrial products.
• Telecoms and networking: Mobile network operators, infrastructure vendors, RF design houses.
• Consultancy and integration: Design houses, systems integrators, engineering consultancies.
• Startups and scaleups: Energy tech, robotics, medtech, industrial IoT.

Which sectors are hottest right now for electronics engineering jobs?

Power electronics for EVs and grid, renewable energy, robotics/automation, embedded/IoT, and telecoms (RF/antenna/5G) continue to hire strongly. 

Do I need a Master’s to get hired?

Not required for many roles, but a master’s can help for R&D, power systems depth, or if you’re targeting rapid chartered status.

How important is professional registration (IEng/CEng)?

Very. It signals competence, ethics, and commitment. Start logging competencies during placements/first roles.

How a BEng (Hons) Electrical and Electronic Engineering sets you up

You’ll graduate with the mix employers want: hard technical skills, hands-on lab experience, team project delivery, and the ability to communicate engineering decisions clearly. Add a strong internship or two and a standout final-year project, and you’ll be competitive across energy, transport, manufacturing, telecoms, healthcare tech, and beyond.

Ready to power your future with UEL?

If you’re fired up by Electrical and Electronic Engineering careers, our BEng (Hons) Electrical and Electronic Engineering gives you practical labs, industry-relevant projects, and support to build a portfolio employers love. From renewable energy engineering to embedded systems and power electronics, you’ll get the tools (and confidence) to launch fast. Apply now to study at UEL and turn curiosity into a career that genuinely changes how the world is powered and connected.