Computer Science A Level

Computer Science at A Level is a rigorous and rewarding subject that combines problem-solving with creativity and technical skills. Pupils follow the Cambridge International Examinations (CIE) board, syllabus 9618. The course builds both theoretical understanding and practical skills in programming, systems architecture, networking and cybersecurity.

Pupils explore how digital technologies work, how they are developed, and how they impact our lives. Through hands-on programming in Python and the structured study of core computing principles, they develop the ability to design, implement, and evaluate solutions to complex real-world problems. This course is ideal for those interested in the future of technology, artificial intelligence, ethical computing, and digital innovation.

Syllabus Structure (CIE 9618)

Unit	Weighting
Theory Fundamentals	25%
Fundamental, Problem Solving & Programming Skills	25%
Advanced Theory	25%
Further Problem-Solving and Programming Skills	25%

Pupils complete these four externally assessed components (there is no coursework). Components 1 and 2 are studied in Year 12. Components 3 and 4 are studied in Year 13.

Course Aims:

The capacity to think creatively, analytically, logically and critically, as well as skills in project planning and time management.
The capacity to think creatively, analytically, logically and critically, as well as skills in project planning and time management.
The ability to apply their programming and computational knowledge to solve problems across a range of practical and theoretical contexts.
The ability to recognise relationships between different areas of the subject and to view computing within a broader interdisciplinary and real-world perspective
An understanding of the social, legal, ethical and environmental consequences of computer use, alongside an awareness of emerging technologies and their potential impact on society.

Future Pathways

Computer Science is a core discipline that underpins much of modern life. From education and medicine to finance, communication and entertainment, information-based technologies shape how we live, work and connect. These innovations would not exist without the creativity, logic and problem-solving of the people who design and build them. Studying Computer Science not only deepens understanding of these systems but also equips pupils to be part of the next generation of digital pioneers.

Most universities expect applicants for Computer Science degrees to also hold an A Level (or equivalent) in Mathematics.

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