COURSE CURRICULUM

The MSc in Advanced Electrical and Electronic Engineering offers a comprehensive curriculum designed to provide both theoretical knowledge and practical expertise in key areas of modern engineering. Core modules cover a broad spectrum of topics, including Engineering Design Case Studies, which allow students to develop problem-solving and project management skills by applying engineering principles to real-world scenarios. Advanced Electrical Machines explores the design, operation, and control of modern electrical machinery, while Artificial Intelligence Architectures introduces methods for implementing AI solutions in engineering systems. Spacecraft Communications focuses on the transmission and reception of signals in space applications, providing insight into cutting-edge technologies used in satellite and aerospace engineering. Signal Processing develops skills for analysing and manipulating signals in various engineering contexts, supporting applications in communications, robotics, and control systems. Advanced Electronically Controlled Drives examines sophisticated drive systems, combining electrical, mechanical, and control engineering principles. Embedded Systems for Condition Monitoring and Control and High-Reliability Embedded Systems teach students to design, implement, and manage robust embedded systems for critical applications, including industrial automation and safety-critical environments. Together, these modules equip students with the knowledge and technical skills needed to excel in careers in electrical and electronic engineering, research, and high-technology industries, preparing them for both professional practice and innovation in the field.