MSc Electronic and Electrical Engineering
Course Overview
This flexible MSc program empowers you to build a personalized curriculum aligned with your specific career goals in engineering by selecting from a wide array of specialized courses. The program combines two semesters of tailored coursework with a significant three-month research project, which can be completed through a competitive industry internship with a leading partner. This unique structure is designed to equip you with advanced, practical skills for a successful career in a high-demand field.
Key Program Highlights
- Design a bespoke curriculum from a vast selection of postgraduate courses
- Gain practical experience through a dedicated three-month research project
- Secure a competitive industry internship with partners like ScottishPower and SSE
- Receive mentorship from both industry professionals and academic supervisors
- Prepare for high-growth careers in power, telecommunications, IT, and aerospace
Course Overview
This flexible MSc program empowers you to build a personalized curriculum aligned with your specific career goals in engineering by selecting from a wide array of specialized courses. The program combines two semesters of tailored coursework with a significant three-month research project, which can be completed through a competitive industry internship with a leading partner. This unique structure is designed to equip you with advanced, practical skills for a successful career in a high-demand field.
Key Program Highlights
- Design a bespoke curriculum from a vast selection of postgraduate courses
- Gain practical experience through a dedicated three-month research project
- Secure a competitive industry internship with partners like ScottishPower and SSE
- Receive mentorship from both industry professionals and academic supervisors
- Prepare for high-growth careers in power, telecommunications, IT, and aerospace
Requirements
Modules
- Assignment & Professional Studies
- Advanced Power & Energy Systems
- Power Electronics, Machines & Applications
- Power System Design, Operation & Protection
- Digital Signal Processing Principles
- Information Transmission & Security
- Control Principles
- High Voltage Technology & Electromagnetic Compatibility
- Power Electronics For Energy & Drive Control
- Power System Economics, Markets & Asset Management
- Wind Energy & Distributed Energy Resources
- Advanced Digital Signal Processing Principles
- Embedded Systems Design
- Image & Video Processing
- Software Engineering
- Msc Project
- Assignment & Professional Studies
- Hardware Iot Communication System And Design
- Data Analytics And Ai For Energy Systems
- Offshore Wind Farms O&M And Economics
- Principles Of High Voltage Technology
- Power Electronics Principles
- Software Design & Programming For Engineering
- Neural Networks And Deep Learning
- Energy Decarbonisation Technologies
- Intelligent Sensing And Reasoning Through Machine Learning
- Image Processing
- Wind Generator Modelling And Control
- Information Transmission And Physical Layer Communication
- Power Electronics Devices, Drives, Machines & Applications
- Power System Analysis And Protection
- Control Principles 1
- Power System Economics And Markets
- Wind Energy And Distributed Energy Resources 1
- Advanced Dsp 1
- Embedded System Design 1
- Industrial Sensor Technologies
- Solar Energy Systems
- Energy Storage Systems
- Msc Project
