• Mathematics for Electrical and Electronic Engineering
• Electrical Materials and Fields
• Electronic Circuits
• Programming
• Digital Systems and Microprocessors
• Advanced Programming
• Solid State Devices
• Electronic Systems

• Mathematics for Electrical & Electronic Engineering II
• Applied Electromagnetism
• Control and Communications
• Digital System and Signal Process
• Power Electronics and Drives
• Electrical and Electronic Engineering Design
• Power Circuits and Transmission

Optional modules:

• Devices
• Electrical Machines
• Computer Engineering
• Advanced Electronic Systems

• Engineering Management and Law
• Part III Individual Project

Optional modules:

• Advanced Computer Architecture
• Advanced Partial Differential Equations
• Analogue and Mixed Signal Electronics
• Computational Biology
• Control System Design
• Digital Coding and Transmission
• Digital Control System Design
• Digital IC and Systems Design
• Embedded Networked Systems
• Foundations of Machine Learning
• Green Electronics
• Guidance, Navigation and Control
• High Voltage Engineering
• Integral Transform Methods
• Machine Learning Technologies
• Nanoelectronic Devices
• Operational Research
• Optimisation
• Photonics II
• Power Systems Engineering
• Power Systems Technology
• Real-Time Computing and Embedded Systems
• Robotic Systems
• Security of Cyber Physical Systems
• Signal and Image Processing
• Wireless and Optical Communications

• Group Design Project

Optional modules:

• Advanced Wireless Communications Networks and Systems
• Analogue and Mixed Signal CMOS Design
• Applied Control Systems
• Bio/Micro/Nano Systems
• Biologically Inspired Robotics
• Cryptography
• Digital Systems Synthesis
• Embedded Processors
• Evolution of Complexity
• High Voltage Insulation Systems
• Image Processing
• Individual Research Project
• Machine Learning for Wireless Communications
• Medical Electrical and Electronic Technologies
• Microfabrication
• Microfluidics and Lab-on-a-Chip
• Microsensor Technologies
• Modelling with Differential Equations
• Nanofabrication and Microscopy
• Nonlinear Control of Aerospace Systems
• Numerical Methods
• Optical Fibres
• Power Distribution: Design, Operation and Protection
• Power Electronics for DC Transmission
• Power Generation: Technology and Impact on Society
• Power System Dynamics, Stability and Control
• Power Systems Operation and Economics
• Quantum Devices and Technology
• Secure Hardware and Embedded Devices
• Silicon Photonics
• VLSI Design Project
• VLSI Systems Design
• Wireless Networks
• Wireless Transceiver Design and Implementation

Some of the areas students can study to suit their career paths Change also the study areas to the following:

• Artificial Intelligence
• Communications and Control
• Digital and Analogue Electronics
• Mathematics
• Nanotechnology and Photonics
• Power Systems
• Computer Science/Software Engineering