Useful Information
Computer Science at Advanced Level promotes the integration of computer science.
Learners develop a broad range of skills in programming, software engineering, computer architecture, data communications, and applications.
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Course Overview
Component 1: Programming and System Development
This component investigates programs, algorithms, logic, programming methodologies, and the impact of computer science on society.
Component 2: Computer Architecture, Data Communication, and Applications
This component investigates computer architecture, communication, data representation, data structures, programs, algorithms, and software applications. There are no optional questions.
Component 3: Programmed Solution to a Problem
Students discuss, investigate, design, prototype, refine, implement, test, and evaluate a computerized solution to a problem chosen by the student, which must be solved using original code (programming).
This course will suit students who are interested in computers, design, engineering, technology, and electronics, and who are good at problem-solving and using logic. It is suited for original, creative, organized, and analytical thinkers. This is a problem-solving subject that requires students to think in a clear and logical way. Most students combine this course with either Mathematics or a Science subject. Students not taking either of these might consider BTEC Level 3 Computing as an alternative.
Exams are taken at the end of the 2 years and include:
- Programming & System Development: a 2 hour 45 minutes written exam
- Computer Architecture, Data, Communications and Applications: a 2-hour written exam
- Project based on ‘Programme Solutions to a problem’: a project completed by the student, assisted by teachers
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Course Highlights
Computer Science A Level students have the opportunity to take part in a variety of course-related experiences. In the last couple of years, these have included:
- A trip to Bletchley Park, including Colossus, the first programmable digital electronic computer, as well as examples of the Enigma enciphering machine and a reconstruction of the Bombe machine used in code-breaking
- Oxford taster days in Computer Science
- Computing Masterclass for students
- A trip to Croydon Cititech to discuss technology
Students can also benefit from enhancement programs covering subjects such as ‘Apps for good’.
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Career Opportunities & Further Study
Computer Science A Level equips students with the necessary knowledge and skills to be accepted on courses such as Computer Science, Software Engineering, and Gaming on university degree courses.
It also serves as a good stepping stone to Apprenticeships in Software Development.
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Assessment
A Level – exams are taken at the end of the 2 years
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Entry Requirements
Students wishing to include A Levels in their programme need to have (or expect to achieve) at least five GCSEs at grade 4 or above, including English at grade 6 and Mathematics at grade 7. Also, Grade 6 in Double Science or Grade 6 in Computer Science, if taken.
Students will need a satisfactory school reference.
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Web Category
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