Mathematics/Certificate in Mathematical Studies/Further Maths

LINEAR A-LEVEL

In Year 12, you will study two modules of Pure Mathematics, C1 (noncalculator), C2, and one module in Statistics (S1). Examinations will be sat in all three modules. The C1 module extends a student’s knowledge of algebra and co-ordinate geometry. When studying the C2 module, students extend their knowledge of sequences and trigonometry, as well as gaining an introduction to calculus.

Statistics (S1) is the third module covered. It builds on the statistical techniques introduced at GCSE and includes topics such as data presentation, probability, correlation and distributions.

In Year 13, you will further your development in Pure Mathematics by covering modules C3 and C4. These modules enhance the techniques for calculus, trigonometry and vectors and introduce new topics such as logarithms, parametric equations and exponential functions.

Mechanics (M1) is the third module. This will include units such as Kinematics, Newton’s Laws of Motion, Dynamics, Statics and Moments.

The Future

A Level Mathematics is a much sought-after qualification for entry to a wide variety of full-time courses in Higher Education. There are many areas of employment that see a Mathematics A Level as an important qualification, and it is often a requirement for the vocational qualifications related to these areas. Higher Education courses or careers that either require A Level Mathematics, or are strongly related, include Economics, Teaching, Medicine, Psychology, Architecture, Engineering, Computing and Accountancy. If you should wish to continue your study of Mathematics after A Level, you could follow a course in Mathematics at degree level or even continue further as a postgraduate and become involved in research projects.

ENTRY REQUIREMENTS FOR MATHEMATICS

Students require at least a grade 7 in GCSE Mathematics to take this course. Exam Board --EDXCEL

Certificate in Mathematical Studies (AQA Level 3)

The AQA Level 3 Certificate in Mathematical Studies is aimed at students who achieved a grade 6 or above in GCSE Maths but are not taking AS or A’ level Maths. It is half the size of an A level and has UCAS points attached to it. It is taught over one year, with all of the exams being taken at the end of Year 12 leaving time to focus on their core A level courses in year 13.

It particularly provides useful maths skills for students studying such courses as A level Psychology, Sciences and Geography. Students learn and apply real world maths skills. There are two exams, both of which are 90 minutes long.

Paper 1 – Compulsory Content

• Analysis of data. • Maths for personal finance. • Estimation. • Critical analysis of given data and models, including spreadsheets and tabular data.

Paper 2 – Optional Content

One of the following is studied: • Statistical techniques. • Critical path and risk analysis. Graphical techniques.

LINEAR A-LEVEL

Students studying Further Mathematics will be studying Further Pure Maths, Decision Mathematics and Mechanics.

What will I be studying on the course?

Further Mathematics will cover many topics that are at the core of modern technology. • The Algorithms, Network Design, Linear Programming, Simulation and Critical Path Analysis are used in Computing, Telecoms and

Business Management. • Matrix transformations are fundamental to the design of gaming software, enabling movement and morphing. • Imaginary Numbers, Vectors, Series and Trigonometry are vital for

Physics and Electronic Engineering. • The Mechanics modules support the acceleration, force, work, energy and power topics studied in Physics.

Further Maths will provide an excellent preparation for students going on to study degree courses in Mathematics, Physics, Computer Science or any of the Engineering courses – Software, Electrical, Electronic, Mechanical etc. It is also attractive, in conjunction with other subjects, for a wider range of courses than any other subject.

Students hoping to gain entry to study Mathematics, Science, Computing or Engineering at Oxford, Cambridge, Bath, Warwick, Southampton, Lancaster and in fact most of the Russell Group of universities will need Further Mathematics.

Universities offering Computing degrees often require Mathematics over and above Computing or ICT A Levels. They find it easier to help students learn about computing than helping them to catch up in Mathematics. Some universities provide remedial modules to allow students to catch up but those students that already have Further Mathematics will have a great advantage over those who do not.

ENTRY REQUIREMENTS FOR FURTHER MATHEMATICS

At least a grade 8 in Mathematics at GCSE. Exam Board - EDXCEL