Curriculum Leader of Learning:	Miss C Waring
	waringc@christofidelis.org.uk
Course Studied:	OCR GCSE Mathematics

 

Why study Mathematics?

GCSE Mathematics provides a natural progression from the mathematics covered in the first three years of secondary school. During the GCSE course, students will develop their skills and understanding of mathematical methods and concepts, with some students being offered the opportunity to be entered for an additional qualification in Further Mathematics.

Course Outline

The GCSE Mathematics course covers number, algebra, ratio, proportion, rates of change, geometry and measure, probability and finally, statistics. Reasoning and problem-solving skills are integrated into the course and students are expected to apply their skills to complex, multi-step problems.

How is the course assessed?

The Mathematics department follows the OCR course. This GCSE Mathematics course is a linear course with three examinations being sat at the end of year 11. Two papers require a calculator whilst one examination is sat without a calculator. All examinations are weighted equally and worth 100 marks each. There are two tiers of entry, higher and foundation. At foundation tier students can be awarded grades 5 to 1, while students sitting this higher tier can be awarded grades 9 to 3.

What do the Mathematics subject ambassadors think?

“Maths is fascinating. It provides a lot of answers to everyday problems. I really enjoy seeing how calculations and other parts of the subject can be transferred into everyday life.”

Where can this course lead?

Mathematics provides students with several skills which are transferable to a variety of courses and careers. Most careers, as well as institutions of higher education require a grade 4 or 5 in GCSE Mathematics, although some careers and course will require a higher grade than this. Students wishing to pursue future mathematical careers have a wide range to choose from. Many great mathematicians go into fields of accountancy, actuary, and investment banking. Some take a more scientific route with computing, engineering sciences, statistical research, or research sciences. Mathematics is also essential for many designs, building and architectural careers.

Career inspiration
From careers you know to opportunities you might never have imagined, discover where studying this subject could lead. Select the career to go to more information:

Career	What could you do?
Accountant	Help individuals and businesses manage their finances.
Engineer	Apply mathematics and science to solve practical problems.
Financial Analyst	Analyse financial information to support business decisions.
Data Scientist	Use data, statistics and technology to identify patterns and solve problems.
Cryptographer	Develop mathematical methods to protect confidential information.
Sports Statistician	Analyse sporting data to help teams improve performance and make decisions.