BEng (Hons) Electrical & Electronic Engineering
Course Overview
This BEng (Hons) in Electrical and Electronic Engineering equips you with the core principles and practical skills to design the innovative technologies that power modern life. The course blends foundational theory in mathematics, electronics, and programming with hands-on, project-based learning. You will graduate prepared for a diverse career, capable of developing faster, smaller, and more efficient systems across numerous industries.
Key Program Highlights
- Master core engineering principles in mathematics, electronics, electrical power, and microprocessor programming.
- Develop practical skills through structured and self-directed design projects, from conception to management.
- Learn to design and implement control strategies for complex engineering systems.
- Gain valuable commercial insight through seminars focused on project planning and development.
- Undertake a major individual research project in your final year with dedicated academic supervision.
Course Overview
This BEng (Hons) in Electrical and Electronic Engineering equips you with the core principles and practical skills to design the innovative technologies that power modern life. The course blends foundational theory in mathematics, electronics, and programming with hands-on, project-based learning. You will graduate prepared for a diverse career, capable of developing faster, smaller, and more efficient systems across numerous industries.
Key Program Highlights
- Master core engineering principles in mathematics, electronics, electrical power, and microprocessor programming.
- Develop practical skills through structured and self-directed design projects, from conception to management.
- Learn to design and implement control strategies for complex engineering systems.
- Gain valuable commercial insight through seminars focused on project planning and development.
- Undertake a major individual research project in your final year with dedicated academic supervision.
Requirements
Modules
- Engineering Mathematics 1a
- Engineering Mathematics 1b
- Digital Electronics
- Software Development for Embedded Systems
- Engineering Circuit Analysis
- Analogue Electronics
- Professional Practice and the Environment
- Embedded Systems Programming and Applications in the Environment
- Electric machines, power systems and clean energy
- Linear Electronics Design and the Environment
- Instrumentation and Control Engineering
- Professional Practice Integrative Project
- Local Communications Systems and Applications
- Advanced Mathematics
- Sandwich Year - Electrical and Electronic Engineering
- Study Year Abroad - Electrical and Electronic Engineering
- Signals and Systems with Real World Applications
- Power Electronics and Energy Efficient Drives
- Engineering Project
- Engineering Management
- Automation and IoT
- Further Electronic Design
- Process Control and Applications
