Computer Science is a course based around programming and how computers work. During the course, you will learn about Computer Architecture, Data Representation and Networking amongst other theoretical topics. You will learn how to design computer systems using Pseudocode and create these in Python. You will complete an extended project between Year 12 and 13 which will focus on an area of interest and allow you to create a portfolio to take to university or job interviews.
- Having completed the GCSE in Computer Science would be advantageous but is not essential. A grade 6 in Maths would also be advantageous. - To qualify for the Sixth Form we require all students to have at least 5 grades 4 or equivalent in a range of subjects.
Year 12: You will sit two exams and will earn an AS-Level. Paper 1 – 1 hr 45m electronic programming exam – 50% Paper 2 – 1 hr 30m theory exam – 50% Year 13: You will sit two exams and complete an NEA to achieve an A-Level. Paper 1 – 2 hr 30m electronic programming exam – 40% Paper 2 – 2 hr 30m theory exam – 40% NEA – Extended project - 20%
About Education Provider
| Region | East of England |
| Local Authority | Cambridgeshire |
| Ofsted Rating | Good |
| Gender Type | Co-Educational |
| Address | St Peter's Road, Huntingdon, PE29 7DD |
Computer Science is a course based around programming and how computers work. During the course, you will learn about Computer Architecture, Data Representation and Networking amongst other theoretical topics. You will learn how to design computer systems using Pseudocode and create these in Python. You will complete an extended project between Year 12 and 13 which will focus on an area of interest and allow you to create a portfolio to take to university or job interviews.
- Having completed the GCSE in Computer Science would be advantageous but is not essential. A grade 6 in Maths would also be advantageous. - To qualify for the Sixth Form we require all students to have at least 5 grades 4 or equivalent in a range of subjects.
Year 12: You will sit two exams and will earn an AS-Level. Paper 1 – 1 hr 45m electronic programming exam – 50% Paper 2 – 1 hr 30m theory exam – 50% Year 13: You will sit two exams and complete an NEA to achieve an A-Level. Paper 1 – 2 hr 30m electronic programming exam – 40% Paper 2 – 2 hr 30m theory exam – 40% NEA – Extended project - 20%