Course Summary
Advances in computing are transforming the way we work and the Computer Science qualification from the AQA exam board offers an up-to-date syllabus that focuses on the knowledge, understanding and skills students need to progress to higher education or thrive in the workplace. This replaces older courses such as AS/A2 Computing.
In addition to programming (using Python, or one of the other approved languages) and learning the fundamentals of computer systems and architecture, students are taught a systematic approach to problem solving. The course involves a strong mathematical element including the use of Boolean algebra.
Careers / Progression
The analytical and problem solving skills developed through Computer Science AS and A Level make students highly employable both in and out of technology-related careers. Computer Science may lead to a job such as a software engineer, computer engineer or an Information Systems professional. AS and A Level Computer Science are acceptable as entry qualifications for the vast majority of college and university courses in just about any subject.
Entry Requirements
Grade 6 in Computing. Grade 6 in Maths.
Examination Board
Assessment
|
Component |
Percentage |
Content |
|
Paper 1 |
40% |
On-screen exam Involves some theory questions relating to programming and some actual programming. |
|
Paper 2 |
40% |
A written paper covering theory topics |
|
Non-Examined Assessment |
20% |
A programming project chosen by the student. Requires writing a program and writing a report about the program produced. |
Careers / Progression
The analytical and problem solving skills developed through Computer Science AS and A Level make students highly employable both in and out of technology-related careers. Computer Science may lead to a job such as a software engineer, computer engineer or an Information Systems professional. AS and A Level Computer Science are acceptable as entry qualifications for the vast majority of college and university courses in just about any subject.