MEng Electrical and Electronic Engineering with specialization pathways

Electrical and Electronic Engineering at Southampton prepares students for impactful careers across diverse sectors like energy, healthcare, and communications by combining core technical knowledge with practical design experience. The program develops both engineering expertise and professional skills through hands-on projects in world-class facilities, enabling students to apply theory to real-world challenges in electronics, power systems, and emerging technologies. This balanced approach equips graduates with the technical and adaptive capabilities needed to drive innovation in our technology-driven world.

Academic Qualifications

A-Level

• ABC (with mitigating factor)

• Must include:

  • A in Mathematics

  • B in Physics

IB Diploma

• 32 points overall

• 16 points at Higher Level

• Subject requirements:

  • 6 at HL in Physics

  • 6 at HL in Mathematics (Analysis & Approaches) or 7 at HL in Mathematics (Applications & Interpretation)

STPM

• A-BB

• Must include:

  • Mathematics

  • Physics

  • One other STEM subject

UEC

• AAABBB

• Must include:

  • A in Advanced Mathematics I & II

  • A in Physics

  • B in two other STEM subjects (Computing accepted)

English Language Requirements

IELTS

• 6.5 overall (minimum 6.0 in all components)

Alternative Qualifications

• SPM 1119 English: Grade C (pre-2021 cohort)

• SPM CEFR: B2 or above (2021 cohort onwards)

• GCSE English: Grade C

• IGCSE English as Second Language: Grade A

• UEC English: B3

• IB English:

  • 5 at SL/HL in English Language Syllabus A

  • 6 at SL/5 at HL in English Language Syllabus B

Year 1 (Fundamentals)

Core Modules:

• Mathematics

• Circuits

• Programming

• Digital Systems

• Engineering Mathematics

• Fields, Forces and Materials

• Electronic Systems and Materials

• Introduction to Signals, Control and Communications

• First Year Lab

Year 2 (Core + Specialization Begins)

Core Modules:

• Design

• Advanced Programming

• Signal Processing

• Applied Electromagnetism

• Control and Systems Modelling

• Communications

Optional Modules (Choose 1-2):

• Electronic and Photonic Devices

• Electrical and Mechanical Materials

• Electronic and Computer Engineering

• Electrical Machines and Drives

• Power Circuits and Transmission

Year 3 (Advanced Topics + Research)

Core Components:

• Part III Individual Project (Phase 1 & 2)

Optional Modules (Choose 3-4):

• Advanced Computer Architecture

• Analogue and Mixed Signal Electronics

• Control System Design

• Digital IC and Systems Design

• Embedded Networked Systems

• Machine Learning Technologies

• Power Systems Engineering

• Robotic Systems

• Wireless and Optical Communications
  (25+ other options available)

Year 4 (Capstone + Specialization)

Core Project:

• Group Design Project

Optional Modules (Choose 3-4):

• Advanced Wireless Communications

• Bio/Micro/Nano Systems

• Cryptography

• Medical Electrical Technologies

• Power System Dynamics

• Quantum Devices

• VLSI Design Project

• Wireless Networks
  (30+ other cutting-edge options)