Computer Science

Facilities and Resources

Students have access to modern Intel NUC computers and industry-standard software designed to support a wide range of computing disciplines. Resources include specialist development tools for:

Games Programming (Unity and GameMaker)

Artificial Intelligence (AI) and Drone Development

Augmented and Virtual Reality (AR/VR) Application Development

Software and App Development using Visual Studio

Digital Media and Design using Adobe Photoshop

Office productivity software and other professional development tools

These facilities provide students with hands-on experience of the technologies and software used across the computing industry.

Why Study This Course?

Computer Science is a dynamic and rapidly evolving subject that develops valuable technical, analytical and problem-solving skills. The course provides a strong foundation for further study and careers across a wide range of sectors, including:

Software Development and Programming

Computer Networks and Cyber Security

Data Analysis and Data Science

Digital Forensics

Web Design and Development

Graphic Design and Digital Media

CAD/CAM and Engineering Technologies

Communications and Information Technology

The skills developed through Computer Science are highly valued by universities and employers, making it an excellent choice for students interested in technology, innovation and future-focused careers.

Aims of the Course

This course aims to develop skilled and confident programmers who understand both the theory and practical application of computer science. Students will gain:

A strong understanding of the fundamental computational principles that underpin modern programming languages.

Experience in applying a range of computational thinking and problem-solving techniques.

Knowledge of the software development lifecycle and the role programming plays within it.

The ability to design, develop, test and evaluate software solutions.

Professional attitudes, teamwork and working practices expected within the computing and technology industries.

By the end of the course, students will be well prepared for university study, apprenticeships and careers within the rapidly growing digital sector.

Course outline

Students undertake three units during the A Level Computer Science course, two theory units and a practical based unit.

Component 1

The characteristics of contemporary processors, input, output and storage devices

Software and software development

Exchanging data

Data types, data structures and algorithms

Legal, moral, cultural and ethical issues

Component 2:

Elements of computational thinking

Programming and problem solving

Pattern recognition, abstraction and decomposition

Algorithm design and efficiency

Standard algorithms.

Component 3:

Individual project:

Design and develop a solution to a problem of their own choosing.

Students are open to create an app, software package or an executable program that will solve a real world problem.

They will communicate with a real end user to ensure specific criteria is met.

Written examination (Component 1) (40%)

Written examination (Component 2) (40%)

Individual Project (Component 3) (20%)

• Grade 5 or above in GCSE Computing (if previously studied)

• Grade 5 or above in GCSE Mathematics is recommended

A wide range of professions within the Computing and IT sector including other sectors which have elements of Computing and IT. The course will provide opportunities for further study at university or apprenticeship level which will enable specialist pathways for future employment.