admin Programme Overview
This programme develops an understanding of electrical and electronic principles, systems thinking and the processes used to design and evaluate technical solutions. The curriculum examines circuits, electronics, control, signals, embedded systems and energy technologies, linking conceptual study with current questions in safe, effective and sustainable engineered systems.
Blended learning activities support the interpretation of circuit behaviour, system models and design decisions alongside structured online study. You will work through guided activities, applied scenarios and peer discussion, developing a disciplined approach to evidence, communication and independent work.
The curriculum combines analytical rigour with attention to safety, sustainability and the professional responsibilities associated with engineering design. Learning is organised for online participation, with clear milestones, tutor feedback and space to connect ideas across the programme. Throughout, opportunities to compare perspectives and receive formative feedback help consolidate your understanding, refine your judgement and prepare you to engage confidently with unfamiliar professional challenges. The final stage invites you to bring your learning together in a sustained piece of work.
What You’ll Learn
- Apply electrical and electronic engineering principles
- Analyse circuits, signals and systems
- Use mathematical methods to solve engineering problems
- Evaluate control and embedded system concepts
- Consider safety, sustainability and engineering ethics
- Plan and communicate a technical engineering project
Programme Structure
Level 4
- Engineering Mathematics
- Electrical Circuit Analysis
- Electronic Devices and Systems
- Programming for Engineers
- Academic Practice for Engineering
Level 5
- Analogue and Digital Electronics
- Signals and Systems
- Control Engineering Fundamentals
- Embedded Systems
- Engineering Materials and Sustainability
Level 6
- Power and Energy Systems
- Communication Systems
- Advanced Control Applications
- Engineering Design and Professional Practice
- Electrical and Electronic Engineering Project
Entry Requirements
Applicants are normally expected to have completed secondary education or an equivalent qualification. A foundation in mathematics and a science or technology-related subject is helpful. Relevant technical experience and prior learning may be considered.
Applicants should be able to demonstrate English-language proficiency appropriate for degree-level study. Equivalent evidence of English proficiency may be considered as part of the application.
Assessment
Assessment combines technical reports, design activities, simulations, case-based assignments, presentations, project documentation and a final integrative project. Some modules may include examination-style assessments where they are appropriate to the subject matter.
Career Opportunities
- Engineering Technician
- Electronics Test Engineer
- Control Systems Assistant
- Technical Support Engineer
- Design Support Engineer
- Energy Systems Assistant
Further Study
Graduates may progress to master’s study in electrical and electronic engineering, control systems, renewable energy, engineering management or an associated technical discipline.