Mathematics is an extremely rewarding but challenging subject. Mathematics A-Level is not only a useful subject alone; it also complements and supports a number of other A-Level subjects. Physics, Chemistry and Biology rely on good algebraic and graphical skills, statistical techniques and the use of a range of functions including logarithms and trigonometry. In addition, Economics, Psychology, Business, Computing and Geography all benefit from students having fluent numerical, algebraic, graphical and statistical skills. In Mathematics you are rewarded for your learning; skills are taught and then problem-solving skills are used to apply this knowledge to questions. Mathematics A-Level builds on the content taught at GCSE, extending topics such as algebra and trigonometry, and learning new topics including calculus. Many students take A-Level Mathematics in conjunction with non-related subjects in order to maintain a broad range of subject choices until they make decisions about their future study and career plans. A mathematical qualification is highly valued by employers and universities and is one of the most popular subjects for both boys and girls. The vast range of degree courses and careers that require proven mathematical skills ensures that taking Mathematics A-Level will open doors to a world of opportunities!
To study A-Level courses, a student must secure five Grade 5s at GCSE, including English and Maths. To study this A-Level Mathematics course, a student must secure a Grade 7 in GCSE Maths.
Examinations to be taken at the end of Year 13, covering Pure Mathematics, Mechanics and Statistics. All three strands are compulsory. Mathematics A-Level is taught in a teach-led manner, working through questions as a whole class. Mathematics A-Level requires a willingness to work independently outside of the classroom. Homework is set after each lesson, providing an integral part of the course; this allows students to practise the topics taught through skills-based questions as well as applying their knowledge to exam questions. Regular assessment gives students valuable feedback on methods, presentation and progress, as well as weekly marked homework tasks.
About Education Provider
| Region | South East |
| Local Authority | Bracknell Forest |
| Ofsted Rating | Outstanding |
| Gender Type | Co-Educational |
| Address | Grant Road, Crowthorne, RG45 7HZ |
Mathematics is an extremely rewarding but challenging subject. Mathematics A-Level is not only a useful subject alone; it also complements and supports a number of other A-Level subjects. Physics, Chemistry and Biology rely on good algebraic and graphical skills, statistical techniques and the use of a range of functions including logarithms and trigonometry. In addition, Economics, Psychology, Business, Computing and Geography all benefit from students having fluent numerical, algebraic, graphical and statistical skills. In Mathematics you are rewarded for your learning; skills are taught and then problem-solving skills are used to apply this knowledge to questions. Mathematics A-Level builds on the content taught at GCSE, extending topics such as algebra and trigonometry, and learning new topics including calculus. Many students take A-Level Mathematics in conjunction with non-related subjects in order to maintain a broad range of subject choices until they make decisions about their future study and career plans. A mathematical qualification is highly valued by employers and universities and is one of the most popular subjects for both boys and girls. The vast range of degree courses and careers that require proven mathematical skills ensures that taking Mathematics A-Level will open doors to a world of opportunities!
To study A-Level courses, a student must secure five Grade 5s at GCSE, including English and Maths. To study this A-Level Mathematics course, a student must secure a Grade 7 in GCSE Maths.
Examinations to be taken at the end of Year 13, covering Pure Mathematics, Mechanics and Statistics. All three strands are compulsory. Mathematics A-Level is taught in a teach-led manner, working through questions as a whole class. Mathematics A-Level requires a willingness to work independently outside of the classroom. Homework is set after each lesson, providing an integral part of the course; this allows students to practise the topics taught through skills-based questions as well as applying their knowledge to exam questions. Regular assessment gives students valuable feedback on methods, presentation and progress, as well as weekly marked homework tasks.