Who is the course for? This course is for students with an interest in how computers and computer systems are constructed and programmed. You might be choosing computer science because you're headed for a computing career, though thinking computationally (logically, using reasoning, breaking complicated things down and being able to express instructions precisely) is a skill that can be used in a wide range of other careers too. To study Computer Science A level, you'll need a keen interest in computers and good technical, mathematical and problem solving skills. Computer Science particularly complements subjects such as Science and Maths. What you’ll learn: The only constant in computer science is change – new devices and apps appear daily. Computer programs control the internet of things – your washing machine, your heating and electricity, your location on Google, your car… We’ll challenge you to think computationally and to approach problems methodically. You’ll program and design systems using an algorithmic approach, and develop an understanding of the powers and limitations of humans and machines by learning their principles of operation. From this course, you will gain an in-depth knowledge and understanding of how computers work, including microprocessors, memory, storage, operating systems and network architectures. You’ll build your programming skills through problem-solving scenarios. You’ll gain an understanding of machine code, functional, procedural, object-oriented, declarative and low-level programming. You will also be able to normalise numbers, perform binary arithmetic operations and conversions between different number systems, and develop an understanding of the principles of operation of hardware. What subjects this goes well with: Maths, Further Maths, Physics, Chemistry and Economics How you’ll learn: Classroom based learning What you can do next: Studying Computer Science is a good foundation for careers in software development, IT support, web development and games design as well as subjects such as electrical and electronics engineering. There are also apprenticeships and degree apprenticeship opportunities in digital and technology solutions. How to prepare for this course: Program! Program beyond your normal language (Python) and pick up an extra language such as Java, C# or Visual Basic. https://www.codecademy.com/