Mathematics

4,8

Course Duration:2Y

Course level:A-Levels

Course Overview

A-Level Mathematics is a challenging and rewarding course that develops logical thinking, analytical skills, and problem-solving abilities. It builds on GCSE knowledge and introduces new mathematical concepts that are essential for understanding how mathematics underpins science, technology, and everyday life.

At City Sixth Form, you’ll explore pure mathematics, statistics, and mechanics, applying theory to real-world situations in engineering, finance, computing, and the natural sciences.

At City Sixth Form, our Chemistry A-Level provides a perfect balance of theoretical knowledge and practical laboratory experience, preparing students for a wide range of science-related university degrees and careers.

What I will learn?

Course Structure

This course provides a strong foundation in mathematical reasoning, preparing you for a wide range of university courses and careers.

 

Assessments

Assessment is through written examinations at the end of the second year:

  • Paper 1: Pure Mathematics 1 (33.3%)

  • Paper 2: Pure Mathematics 2 (33.3%)

  • Paper 3: Statistics and Mechanics (33.3%)

Each paper includes a mix of short questions, problem-solving tasks, and longer structured questions. Calculators are permitted in all exams.

Entry Requirement

  • A minimum of Grade 7 in GCSE Mathematics
  • Strong algebraic and problem-solving skills
  • Commitment to regular practice and independent study

Future Pathways

A-Level Mathematics is one of the most valued qualifications by universities and employers. It supports progression to degrees in Mathematics, Engineering, Physics, Computer Science, Economics, Finance, or Architecture.

Career options include:

  • Engineering and Data Science

  • Accountancy and Finance

  • Computer Programming and AI Development

  • Architecture and Design

  • Research, Teaching, and Statistical Analysis

Why Study Mathematics at City Sixth Form

  • Expert teachers with a strong track record of A-Level success

  • Supportive teaching with emphasis on understanding and application

  • Small-group problem-solving workshops and revision sessions

  • Excellent preparation for university-level STEM and analytical courses

£3000

per year

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