In a world driven by communication and control systems, electronics takes centre stage, powering the gadgets and technologies that shape our lives. QMC’s Electronics A Level course enables you to delve into the fascinating realm of electronic components and circuits that make our modern world possible. You will explore the intricate world of electronic systems that underpin the devices we rely on every day. From the smartphone in your pocket to the vast servers storing the internet’s vast content, from the television in your home to the satellites orbiting the Earth, electronics is the driving force behind it all. This course will enable you to appreciate how many problems in society can be tackled by the application of the scientific ideas from the field of electronics, whilst the large amount of practical work will enable you to solve some of these problems for yourself, using engineering processes. During your studies, you will develop a range of practical skills in our state-of-the-art laboratories. You will learn to build prototype circuits, fault-find, and analyse their operation. Through hands-on experience, you will become proficient in using essential tools such as signal generators, oscilloscopes, power supplies, multi-meters and logic probes. You will also develop the ability to apply your knowledge in unfamiliar contexts, effectively communicate your reasoning, and draw meaningful conclusions. This qualification serves as excellent preparation for various engineering fields and computing courses that involve the study of hardware. Whether you aspire to be a practical scientist, engineer, or pursue a career at the intersection of electronics and computer science, this course offers a perfect foundation.
General entry requirements are 5 or more GCSEs graded 4/5 or above including English Language, and ideally, Maths. We assume you have no previous knowledge or experience in Electronics. However, to ensure you have the best possible chance of success, you are required to have obtained at least a double grade 6 in GCSE Science, a grade 6 in GCSE Mathematics and 5 or better in GCSE English Language. If you have studied the three sciences separately at GCSE, you should have obtained at least a grade 6 in Physics and one of the other sciences.
The linear A Level Electronics course will be assessed by your performance in two exams at the end of the second year. These exams are synoptic and between them, will cover all the elements from the entire two years of study. Each exam is 2 hours 45 minutes long and will contribute 40% to your final A Level grade. The coursework component contributes the final 20%. There are two elements to this; the first task will challenge you to solve a problem by programming a microcontroller in assembly language. The second will require you to design, build and test a sophisticated circuit that performs a function of your own choosing. This will require you to apply several aspects of the course into a complete circuit realisation.
About Education Provider
| Region | South East |
| Local Authority | Hampshire |
| Ofsted Rating | Good |
| Gender Type | Co-Educational |
| Address | Cliddesden Road, Basingstoke, RG21 3HF |
In a world driven by communication and control systems, electronics takes centre stage, powering the gadgets and technologies that shape our lives. QMC’s Electronics A Level course enables you to delve into the fascinating realm of electronic components and circuits that make our modern world possible. You will explore the intricate world of electronic systems that underpin the devices we rely on every day. From the smartphone in your pocket to the vast servers storing the internet’s vast content, from the television in your home to the satellites orbiting the Earth, electronics is the driving force behind it all. This course will enable you to appreciate how many problems in society can be tackled by the application of the scientific ideas from the field of electronics, whilst the large amount of practical work will enable you to solve some of these problems for yourself, using engineering processes. During your studies, you will develop a range of practical skills in our state-of-the-art laboratories. You will learn to build prototype circuits, fault-find, and analyse their operation. Through hands-on experience, you will become proficient in using essential tools such as signal generators, oscilloscopes, power supplies, multi-meters and logic probes. You will also develop the ability to apply your knowledge in unfamiliar contexts, effectively communicate your reasoning, and draw meaningful conclusions. This qualification serves as excellent preparation for various engineering fields and computing courses that involve the study of hardware. Whether you aspire to be a practical scientist, engineer, or pursue a career at the intersection of electronics and computer science, this course offers a perfect foundation.
General entry requirements are 5 or more GCSEs graded 4/5 or above including English Language, and ideally, Maths. We assume you have no previous knowledge or experience in Electronics. However, to ensure you have the best possible chance of success, you are required to have obtained at least a double grade 6 in GCSE Science, a grade 6 in GCSE Mathematics and 5 or better in GCSE English Language. If you have studied the three sciences separately at GCSE, you should have obtained at least a grade 6 in Physics and one of the other sciences.
The linear A Level Electronics course will be assessed by your performance in two exams at the end of the second year. These exams are synoptic and between them, will cover all the elements from the entire two years of study. Each exam is 2 hours 45 minutes long and will contribute 40% to your final A Level grade. The coursework component contributes the final 20%. There are two elements to this; the first task will challenge you to solve a problem by programming a microcontroller in assembly language. The second will require you to design, build and test a sophisticated circuit that performs a function of your own choosing. This will require you to apply several aspects of the course into a complete circuit realisation.