REASONS TO STUDY THIS COURSE
- Electronics is fundamental to today’s technological society, whether the application is from telecommunications, medical equipment, entertainment or industry.
- It is a practical course that will develop problem solving and circuit design skills, as well as some programming, and is good companion course to Physics or Computer Science.
- It serves as a useful addition to advanced courses for potential engineers, scientists, music technologists and computer programmers.
WHAT YOU WILL STUDY
Basic d.c. electricity theory, input and output subsystems, digital and analogue electronics, timing circuits, audio circuits, wireless communication, optical communication, a.c. and mains circuits, power electronics and microcontrollers.
The AS course can be completed as a stand-alone qualification.
HOW YOU WILL BE ASSESSED
Year 1 (AS) – one exam, three short practical assessments worth 20%
Year 2 (A-Level) – two exams and practical assessment through design, construction and testing of a project worth 20%
BBC Bitesize is a good place to start to revise some d.c. electric circuit theory from GCSE.
The EDUQAS exam board support material, which is downloadable as a pdf.
University, especially electronic or electrical engineering. For many Electronic Engineering university courses, A-Level Electronics is an alternative to Physics as long as A-Level Maths is also taken. Others progress onto apprenticeship schemes, often engineering-based, with companies such as Sellafield, United Utilities, Jaguar-Land Rover and Bentley Motors.