A Level Maths students at Sunderland College.

A-Level Mathematics

School leaver

Start Date:	Duration:	Level:	Study mode:	Course Location:	Course Type:
September	2 Years	Level 3	Part-Time - Day	Bede Campus	A-Levels	Apply	Enquire

What’s it all about?

For those passionate about mathematics and eager to deepen their understanding, this course offers an enriching journey through the subject's core disciplines. Building upon your GCSE foundation, you'll delve into Pure Mathematics, exploring advanced topics in algebra, trigonometry, and geometry, honing your problem-solving skills and logical reasoning. The Statistics component will equip you with the tools to analyse complex data sets, a skill highly valued in today's data-driven world.
Meanwhile, the Mechanics section bridges the gap between abstract theory and practical application, examining how mathematical principles govern real-world phenomena and physical forces. This comprehensive curriculum not only satisfies intellectual curiosity but also lays a robust groundwork for careers in fields such as engineering, economics, and the sciences. Embrace the challenge and prepare to unlock a multitude of opportunities with a profound mastery of mathematics.

What do you need to apply for the course?

You will need 5 GCSE's at grades 5-9, including Mathematics at grade 6.

*Course costs

Study level	Cost	Additional fees
16-18	Free	You will need to provide your own stationery, pens and folders. All students studying A-Level Mathematics will require a scientific calculator suitable for A-Level study – our recommended model is the Casio fx-991EX ClassWiz (currently priced between £25 and £30).

How will you be assessed?

A-Level Mathematics is a 2-year programme of study. You will be studying the Pearson/Edexcel specification.

Your course will cover many important mathematical topics and techniques and teaching is designed to cultivate your understanding of this mathematics in a way that expands your knowledge, promotes confidence and fosters enjoyment. You will develop a solid foundation for your career progression and further study.

Topics include a wide variety of important algebraic methods, trigonometry and geometrical methods, calculus (differentiation and integration) and numerical methods in pure mathematics. In addition, some important statistical methods and applications of mathematics to forces and motion will be studied in the Applied Mathematics module.

During your course, you will be assessed regularly by your lecturer to ensure that you are making good progress and to help with any difficulties you may have. At the end of the second year, you will sit three externally assessed exam papers:

- Pure Mathematics paper 1
- Pure Mathematics paper 2
- Applied Mathematics (Statistics and Mechanics) paper

Maths & English

English and maths are important life skills that will help you to achieve your best in your studies and progress to your dream career. If you have not already achieved grade 9-4 in GCSE maths and/or English at school, we will support you to improve your skills.

Time commitments

Our A Level programmes allow you to choose multiple subjects, enabling you to study 3–4 A Levels over two years or combine them with equivalent vocational qualifications, with each subject taught for 4 hours and 30 minutes per week across three separate lessons and your timetable determined by your chosen subjects (provided at the start of the academic year).
Although you are not required to be on campus when you do not have a timetabled lesson, we strongly recommend making effective use of our learning facilities and resources during these periods to stay on top of your work.

Modules

You will study the following modules as part of this subject:

- Pure Mathematics 1
- Pure Mathematics 2
- Applied Mathematics (Statistics and Mechanics)

What’s next?

Completing this course opens a multitude of pathways for further education and rewarding careers. Academically, it provides a strong foundation for degrees in mathematics, engineering, physics, computer science, and economics. Professionally, the analytical and problem-solving skills acquired are highly sought after in sectors such as finance, data analysis, actuarial science, and teaching. Additionally, opportunities exist in fields like software development, operational research, and statistical consultancy. This qualification not only enhances your university prospects but also equips you with versatile skills applicable to a wide range of professions.