Computer Science
The computing curriculum encourages students to use computational thinking and creativity to understand and change the world. It has strong connections with mathematics, science, and design and technology, and offers insights into both natural and artificial systems. At its core is computer science, where students learn the principles of information and computation, how digital systems work, and how to apply this knowledge through programming. Alongside this, students develop information technology skills to create programs, systems, and digital content, and become digitally literate—able to communicate, express ideas, and participate fully in an increasingly digital world.
Why study this subject?
Computing is a subject that underpins modern life. By studying it, students:
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Gain a deep understanding of how technology works and how it shapes society.
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Develop problem-solving, logical thinking, and creativity, skills valued in every career.
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Build confidence to use and adapt to new and emerging technologies.
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Prepare for a world where digital skills are essential for work, communication, and everyday life.
In short, computing doesn’t just teach students how to use technology, it empowers them to shape it.
What are the career opportunities for students who study this subject?
Studying computing opens doors to a wide range of careers in technology and beyond. By learning principles of computer science, programming, data representation, and problem-solving, students are well-prepared for roles such as:
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Software developer/programmer – creating applications, systems, and tools.
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Data analyst or data scientist – interpreting and making sense of data.
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Cybersecurity specialist – protecting systems and networks.
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IT consultant or systems analyst – designing and improving technology solutions.
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Artificial intelligence and machine learning specialist – building intelligent systems.
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Game designer or developer – combining creativity with technical skill.
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Digital content creator – producing media and interactive digital products.
These career paths extend into nearly every sector, since digital literacy and technological expertise are increasingly in demand across industries.
Beyond the classroom
Beyond subject knowledge, computing equips students with lifelong skills. They learn to think logically, solve problems creatively, and adapt to new technologies. The curriculum’s three strands, computer science, information technology, and digital literacy, ensure students can:
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Apply abstract concepts and algorithms to real-world problems.
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Evaluate and use unfamiliar technologies effectively.
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Develop competence and confidence as digital citizens.
These skills extend far beyond the classroom, preparing students not only for the workplace but also for active, responsible participation in society. Whether collaborating online, creating digital projects, or critically evaluating technology, students build capabilities that will support them in both their personal and professional lives.
Journey Plan
