why study this subject? While it is true that we will all use computers in our professional and everyday lives, not all of us need to be programmers. Computer Science is not simply about programming computers. Studying Computer Science allows us a deeper understanding of the way that computers work and gives us a fuller understanding of the nature of problems and the way that they can be solved successfully. In describing a problem fully, and decomposing it to its parts, we can ensure that a computer, whether electronic or human, can follow the instructions given and ensure that the problem is solved entirely. The computational methods and the thinking involved apply to many of the world’s greatest problems. This is why the subject is held in such high regard by engineers, mathematicians, physicists, software developers, and the medical profession. In addition to the direct benefits of understanding computer systems, it is important to note that you might well, in the future, be dealing with computer scientists who will be solving the problems that you face. In this context, it is beneficial to be able to communicate using a common language understood by everyone involved. The transferable skills gained are wide-ranging and useful in many disciplines beyond the computer suite. Computer Scientists are a necessary part of every type of industry and, especially in the digital age, we have the prospect of working in a rewarding environment with many opportunities internationally. Studying Computer Science at A Level will involve learning about the hardware and software aspects of computer systems: Computer Systems: You will learn about the inner workings of the computer such as the CPU, the exchange of data, software development, data types and legal and ethical issues concerning computers. Algorithms and Programming: You will develop your understanding of ‘computational thinking’ and apply your knowledge to solving a wide variety of problems. You will learn to use algorithms to describe problems and analyze those problems to their parts.
At least 5 GCSEs at grade 9-4, including English language, mathematics and any other subject-based grades specified. 6 in GCSE Computing or a 6 in GCSE Maths and an additional GCSE in Science or equivalent.
In the second year of the A Level, you will also complete a Programming Project. In this non-exam unit, you will analyse, design, develop, test, evaluate, and document a program that solves a computationally solvable problem. You will use ‘agile’ development techniques to ensure that your project is completed successfully. The teaching styles are lectures, presentations, practical lessons, coding/programming sessions, individual/paired/group reports, guided research, and self-study. For the full A Level there are two exams worth 40% each and one coursework project worth 20%.
About Education Provider
| Region | North East |
| Local Authority | Darlington |
| Ofsted Rating | Outstanding |
| Gender Type | Co-Educational |
| Address | The Headlands, Darlington, DL3 8RW |
why study this subject? While it is true that we will all use computers in our professional and everyday lives, not all of us need to be programmers. Computer Science is not simply about programming computers. Studying Computer Science allows us a deeper understanding of the way that computers work and gives us a fuller understanding of the nature of problems and the way that they can be solved successfully. In describing a problem fully, and decomposing it to its parts, we can ensure that a computer, whether electronic or human, can follow the instructions given and ensure that the problem is solved entirely. The computational methods and the thinking involved apply to many of the world’s greatest problems. This is why the subject is held in such high regard by engineers, mathematicians, physicists, software developers, and the medical profession. In addition to the direct benefits of understanding computer systems, it is important to note that you might well, in the future, be dealing with computer scientists who will be solving the problems that you face. In this context, it is beneficial to be able to communicate using a common language understood by everyone involved. The transferable skills gained are wide-ranging and useful in many disciplines beyond the computer suite. Computer Scientists are a necessary part of every type of industry and, especially in the digital age, we have the prospect of working in a rewarding environment with many opportunities internationally. Studying Computer Science at A Level will involve learning about the hardware and software aspects of computer systems: Computer Systems: You will learn about the inner workings of the computer such as the CPU, the exchange of data, software development, data types and legal and ethical issues concerning computers. Algorithms and Programming: You will develop your understanding of ‘computational thinking’ and apply your knowledge to solving a wide variety of problems. You will learn to use algorithms to describe problems and analyze those problems to their parts.
At least 5 GCSEs at grade 9-4, including English language, mathematics and any other subject-based grades specified. 6 in GCSE Computing or a 6 in GCSE Maths and an additional GCSE in Science or equivalent.
In the second year of the A Level, you will also complete a Programming Project. In this non-exam unit, you will analyse, design, develop, test, evaluate, and document a program that solves a computationally solvable problem. You will use ‘agile’ development techniques to ensure that your project is completed successfully. The teaching styles are lectures, presentations, practical lessons, coding/programming sessions, individual/paired/group reports, guided research, and self-study. For the full A Level there are two exams worth 40% each and one coursework project worth 20%.