Course Overview
A Level Electronics gives you the knowledge to understand electronic components, systems and processes — and the practical skills to design and build the technology that shapes the world around us. Theory is reinforced throughout by hands-on investigations, design tasks, and real engineering challenges.
First teaching begins September 2026. Be part of the first cohort of A Level Electronics students at Prior Pursglove College.
Why Study A Level Electronics?
- Study across 20 topic areas spanning analogue, digital and communications electronics
- Develop logical thinking and problem-solving skills that are valuable in almost any career
- Apply maths and science to real-world systems and engineering challenges
- Work independently on practical projects from design through to testing and improvement
Who Is This Course For?
This course is ideal for students who:
- Are curious problem-solvers who enjoy understanding how things work
- Enjoy Maths, Physics, or Computer Science
- Want hands-on, practical learning alongside theory
- Are interested in a career in engineering, technology, or applied science
What You Will Study
The course is split into a common core and two components, covering 20 topic areas in total.
Common Core
- System synthesis
- DC electrical circuits
- Input and output sub-systems
- Energy and power
Component 1
- Semiconductor components
- Logic systems
- Operational amplifiers
- Signal conversion
- AC circuits and passive filters
- Communications systems
- Wireless transmission
- Instrumentation systems
Component 2
- Timing circuits
- Sequential logic systems
- Microcontrollers
- Digital communications
- Optical communication
- Mains power supply systems
- High power switching systems
- Audio systems
Where Could This Take You?
A Level Electronics opens doors to a wide range of careers, including:
- Electronic / Electrical Engineer
- Robotics Engineer
- Control Systems Engineer
- Telecommunications Engineer
- Automotive & Motorsport Engineer
- Renewable Energy Engineer
- Aerospace Engineer
Electronics skills are in high demand across engineering, technology, energy and manufacturing industries.
Higher Education and Further Training
This course is ideal preparation for university degrees in:
- Electronic & Electrical Engineering
- Engineering (General, Mechanical, Mechatronics)
- Physics
- Robotics & Automation
It also provides a strong foundation for degree apprenticeships and technical pathways in engineering, advanced manufacturing, and applied science.
Entry Requirements
Mathematics minimum Grade 6 at GCSE.