A-Level Further Maths: A Complete Guide
Contents
This guide offers a comprehensive look at A-Level Further Mathematics, covering curriculum details, study benefits, and success tips. Perfect for both prospective and current students, it provides essential insights and strategies to thrive in Further Maths, highlighting the subject's vast opportunities. Let's explore A-Level Further Maths and discover the extensive possibilities it presents.
What is A-Level Further Maths?
A-Level Further Maths is an advanced-level mathematics course that builds upon the foundation laid in A-Level Maths. While A-Level Maths covers a wide range of mathematical topics, A-Level Further Maths takes students on a deeper exploration and examination of mathematical concepts, providing a more rigorous and comprehensive understanding. It is designed for students who have a strong interest and aptitude in mathematics and wish to further develop their skills in this subject.
One of the distinguishing features of A-Level Further Maths is its emphasis on pure mathematics, as well as the inclusion of additional applied mathematics topics such as mechanics, statistics, and decision mathematics. This allows students to develop a broader and more versatile skill set, enabling them to tackle complex problem-solving scenarios and achieve more in various disciplines.
According to data from the Joint Council for Qualifications (JCQ), the number of students taking A-Level Further Maths has been steadily increasing over the years. In 2020, there was a significant 11.6% rise in the number of students enrolled in A-Level Further Maths compared to the previous year. This trend indicates the growing popularity and recognition of the subject among students and educational institutions alike. Below is an overview of the grades achieved by such students in the UK:
Note that A-level grades and how they are determined may require further reading if you are fairly new to A-levels and how they are evaluated.
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Is Further Maths A-Level Very Hard?
Further Maths A Level is widely regarded as one of the most challenging A Level subjects available. In a survey performed it stood at the top of the list of hardest A-Levels. Difficulty stems not only from the advanced mathematical concepts it covers but also from the depth of understanding required. According to educational experts and student feedback:
- Increased Workload: Students face a significant increase in workload compared to other A Levels, with complex topics that require a strong foundation in Maths.
- Advanced Concepts: The syllabus delves into topics such as complex numbers, matrices, and further calculus, which are beyond the scope of standard A Level Maths.
- High-Level Problem Solving: It demands high-level problem-solving skills, with exams designed to test students' ability to apply mathematical theories to solve challenging problems.
| Year | A* | A | B | C | D | E | U |
|---|---|---|---|---|---|---|---|
| 2019 | 24% | 29.1% | 20.1% | 13.1% | 7.9% | 3.6% | 2.2% |
| 2020 | 40.9% | 30.3% | 16.6% | 8.1% | 2.9% | 1% | 0.2% |
| 2021 | 48.9% | 26.2% | 13.3% | 7% | 2.9% | 1.4% | 0.3% |
| 2022 | 39.7% | 27.5% | 15.4% | 9.3% | 5% | 2% | 1.1% |
| 2023 | 28.3% | 29.8% | 18.7% | 11.7% | 6.2% | 3.3% | 2% |
Table showing A-Level Further Maths grades distribution
Statistics reveal that although Further Maths has a high rate of top grades, the drop-out rate is also notably higher than many other subjects, indicating the rigorous nature of the course. However, experts argue that for students passionate about mathematics and considering STEM-related university courses, Further Maths provides an invaluable foundation, enhancing their analytical skills and preparation for higher education.
Benefits of Studying A-Level Further Maths
Studying A-Level Further Maths offers a wide array of benefits that go beyond simply acquiring advanced mathematical knowledge. Let's explore some of the key benefits in detail:
1. Enhanced Problem-Solving Skills: It challenges students to tackle complex mathematical problems, fostering critical thinking and analytical abilities. Research by the University of Cambridge indicates that students who study Further Maths consistently outperform their peers in solving challenging mathematical tasks and logical reasoning.
2. Increased University Opportunities: It is highly regarded by top universities, especially for STEM-related courses. According to UCAS (Universities and Colleges Admissions Service), students who include A-Level Further Maths in their subject combination have a higher chance of securing places in competitive degree programs such as engineering, mathematics, and computer science.
3. Employability and Career Prospects: The demand for individuals with strong mathematical skills is on the rise, particularly in the fields of data science, artificial intelligence, and finance.
4. Confidence in Mathematics: A-Level Further Maths challenges students to tackle advanced topics, fostering a deeper understanding of mathematical principles. This increased confidence in mathematics can have a positive impact on their overall performance in other subjects and standardised tests.
5. Opportunity for Academic Exploration: Studying A-Level Further Maths opens doors to exploring different branches of mathematics, including pure mathematics, mechanics, statistics, and decision mathematics. This exposure allows students to discover their specific areas of interest and potential future career paths.
6. Recognition and Prestige: Achieving success in A-Level Further Maths is a testament to a student's academic prowess and dedication. Earning this qualification adds to their academic profile and can be a source of pride and prestige.
In summary, studying A-Level Further Maths provides students with enhanced problem-solving skills, increased opportunities for university admissions, and better employability prospects in diverse fields. It can be combined with other A-level subjects in preparation for careers in fields such as Computer Science, Engineering and Accounting.
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What is A-Level Further Maths Syllabus?
A-Level Further Maths covers a range of advanced level further mathematics topics that extend a level further mathematics beyond the content covered in A-Level Maths. Here are some key topics:
1. Complex Numbers: A-Level Further Maths introduces complex numbers, which extend the concept of real numbers and have applications in various areas, including engineering, physics, and computer science.
2. Matrices and Linear Transformations: Matrices are extensively used in mathematics and other disciplines to represent and solve systems of linear equations. A-Level Further Maths covers topics such as matrix operations, determinants, eigenvalues and eigenvectors, and matrix transformations.
3. Proof Techniques: Developing proof-writing skills is a fundamental aspect of advanced mathematics. A-Level Further Maths introduces students to different proof techniques, including direct proofs, proof by contradiction, and proof by induction. These skills are essential for higher-level mathematical study and rigorous reasoning.
4. Calculus and Advanced Functions: A-Level Further Maths delves deeper into calculus, covering topics such as differentiation and integration of more complex functions, including exponential, logarithmic, and trigonometric functions. Students also explore advanced techniques such as implicit differentiation and parametric equations.
5. Differential Equations: Differential equations are fundamental in describing and modelling various phenomena in science and engineering. A-Level Further Maths introduces students to ordinary differential equations, teaching methods to solve them and analyse their solutions.
6. Mechanics and Statistics: A-Level Further Maths includes modules on mechanics and statistics, building upon the concepts introduced in A-Level Maths. These modules cover topics such as Newtonian mechanics, kinematics, hypothesis testing, probability distributions, and regression analysis.
| No. | Further Pure Mathematics 1 | No. | Further Pure Mathematics 2 | No. | Further Mechanics | No. | Further Probability & Statistics |
|---|---|---|---|---|---|---|---|
| 1.1 | Roots of polynomial equations | 2.1 | Hyperbolic functions | 3.1 | Motion of a projectile | 4.1 | Continuous random variables |
| 1.2 | Rational functions and graphs | 2.2 | Matrices | 3.2 | Equilibrium of a rigid body | 4.2 | Inference using normal and t-distributions |
| 1.3 | Summation of series | 2.3 | Differentiation | 3.3 | Circular motion | 4.3 | X^2 -tests |
| 1.4 | Matrices | 2.4 | Integration | 3.4 | Hooke’s law | 4.4 | Non-parametric tests |
| 1.5 | Polar coordinates | 2.5 | Complex numbers | 3.5 | Linear motion under a variable force | 4.5 | Probability generating functions |
| 1.6 | Vectors | 2.6 | Differential equations | 3.6 | Momentum | ||
| 1.7 | Proof by induction |
Table showing CIE A-Level Further Maths syllabus
These may seem like daunting topics at first but with the right preparation and approach, will become possible to grasp and master. Later in this article we discuss strategies to help prepare you for Further Maths exams, from creating a study plan and completing past papers to enlisting the help of an A-level tutor.
Differences Between A-Level Maths and A-Level Further Maths
A-Level Maths and A-Level Further Maths are both advanced mathematics courses, but they differ in terms of content, depth, and scope. Understanding these differences can help students make informed decisions about which course aligns better with their interests and future aspirations. Let's explore the key distinctions between A-Level Maths and A-Level Further Maths:
1. Content Coverage: A-Level Maths covers a broad range of mathematical topics, including algebra, calculus, statistics, and mechanics. It provides a solid foundation in core mathematical concepts. In contrast, A-Level Further Maths extends beyond the content of A-Level Maths and delves deeper into advanced topics such as complex numbers, matrices, differential equations, and proof techniques.
2. Depth and Rigour: A-Level Further Maths offers a higher level of depth and rigour compared to A-Level Maths. It requires a greater level of mathematical reasoning, problem-solving skills, and abstract thinking. Further Maths introduces students to advanced mathematical concepts and techniques that prepare them for more challenging university courses in mathematics, engineering, physics, and related disciplines.
3. Additional Modules: A-Level Further Maths includes additional modules not covered in A-Level Maths. These modules may vary depending on the exam board but can include topics such as further calculus, further statistics, decision mathematics, and numerical methods. These modules provide a broader mathematical knowledge base and expose students to a wider range of mathematical applications.
4. University Course Requirements: Some university courses, particularly those with a strong mathematical emphasis, may specifically require or strongly recommend A-Level Further Maths alongside A-Level Maths. This is especially true for mathematics, engineering, physics, and related disciplines. It is essential for students considering these courses to carefully review the specific entry requirements of their desired universities.
By choosing A-Level Further Maths, students demonstrate a higher level of commitment and passion for mathematics. It provides an excellent foundation for pursuing mathematics or maths-intensive degrees at university and equips students with the skills and knowledge necessary for tackling complex mathematical challenges.
A-Level Further Maths Exam Structure and Assessment Methods
Understanding the exam structure and assessment methods of A-Level Further Maths examination is crucial for effective preparation. Let's explore the key aspects of the A-Level Further Maths exams compiled by expert Maths tutors:
1. Modular Examinations: A-Level Further Maths is typically assessed through modular examinations. The course consists of multiple modules, and each module is assessed separately. Common modules include Pure Mathematics, Mechanics, Statistics, and Decision Mathematics. Below is an outline of the examinations and how they are structured.
2. Weighting of Modules: The weighting of modules varies depending on the exam board and the specific A-Level Further Maths course. Some modules may carry higher weightage in the overall grade calculation. It is important to familiarise yourself with the specific weightings to allocate your study time accordingly.
3. Availability of Calculator: A-Level Further Maths exams often allow the use of a calculator, but it is important to check the exam board's regulations for specific details. Utilising a calculator effectively can save time and enhance accuracy in calculations.
4. Problem-Solving Questions: A-Level Further Maths exams feature a range of problem-solving questions. These questions require a deep understanding of mathematical concepts and the ability to apply them in real-world scenarios. Practising past exam papers and tackling challenging problem-solving questions will improve your problem-solving skills and exam performance.
5. Extended Response Questions: A-Level Further Maths exams include extended response questions that require you to demonstrate a thorough understanding of concepts, logical reasoning, and clear communication of solutions. Pay attention to marking schemes and practise structuring and presenting your answers effectively.
6. Use of Technology: Some exam boards allow the use of technology, such as graphing calculators or mathematical software, in specific exams. Familiarise yourself with the guidelines regarding the use of technology and practise utilising these tools effectively.
7. Exam Timing: A-Level Further Maths exams have specific time constraints. Practise time management during your revision to ensure you can complete the exam within the allocated time. Mock exams or timed practise sessions will help you develop a sense of timing and improve your efficiency.
| Paper No. | Paper 1 | Paper 2 | Paper 3 | Paper 4 |
|---|---|---|---|---|
| Name | Further Pure Mathematics 1 | Further Pure Mathematics 2 | Further Mechanics | Further Probability & Statistics |
| Time | 2 hr | 2 hr | 1 hr 30 min | 1 hr 30 min |
| Total Marks | 75 | 75 | 50 | 50 |
| Assessment | Questions based on the Further Pure Mathematics 1 subject content | Questions based on the Further Pure Mathematics 2 subject content | Questions based on the Further Mechanics subject content | Questions based on the Further Probability & Statistics subject content |
| % of the A Level | 30% | 30% | 20% | 20% |
Table showing CIE A-Level Further Maths exam structure
Strategies for Preparing and Revising for A-Level Further Maths Exams
Effective preparation and revision are crucial for performing well in A-Level Further Maths exams. Here are some strategies devised by A-Level Maths tutors to help you make the most of your study time:
1. Create a Study Plan: Develop a study plan that outlines the topics you need to cover and allocates specific time slots for each. A well-structured study plan will ensure comprehensive coverage of the syllabus and help you stay organised.
2. Practise Past Exam Papers: Past exam papers are valuable resources for understanding the exam format, identifying question patterns, and familiarising yourself with the level of difficulty. Solving past papers under timed conditions will enhance your exam technique and boost confidence.
3. Review Class Notes and Textbooks: Regularly review your class notes and textbooks to reinforce your understanding of key concepts. Focus on areas where you feel less confident and seek clarification from your teachers or tutors if needed.
4. Utilise Online Resources: Online platforms offer a wide range of resources, including video tutorials, interactive quizzes, and revision guides. Explore reputable websites and educational platforms that provide additional explanations and practise materials to supplement your learning.
5. Join Study Groups or Forums: Collaborating with peers through study groups or online forums can facilitate discussion, problem-solving, and knowledge sharing. Explaining concepts to others and engaging in discussions can deepen your understanding and provide different perspectives.
6. Seek Support from Teachers & Tutors: If you encounter challenges or have specific questions, don't hesitate to seek support from your teachers. They can provide guidance, offer additional resources, and clarify any doubts you may have. An online A-level Further Maths tutor is also a great resource to make use of when aiming to master your preparation for Further Maths.
7. Break Down Complex Problems: A-Level Further Maths often involves complex problem-solving. Break down challenging problems into smaller steps, identify the relevant concepts, and solve them systematically. Developing a structured approach will help you tackle complex problems effectively.
8. Simulate Exam Conditions: As the exams approach, simulate exam conditions by setting timed practise sessions. This will help you manage time effectively, improve speed, and build confidence in exam scenarios.
One of our expert tutors, Dr Zhen Shao, has this to say about successful preparation for Further Maths exams:
"Further Maths certainly presents challenging concepts that often take students longer to grasp. Although these concepts can seem daunting at first, being exposed to and engaging with the content as often as possible is the key to confidence. This is where one to one tutoring is extremely powerful. We are able to cover and revisit any areas students typically find challenging both before and after they are covered in lectures, offering ample opportunity to create initial clarity and eventually achieve mastery of the syllabus."
Graph showing grades distribution of A-Level Further Maths in UK 2021-2023
What are the Best A-Levels to Take with Further Maths?
Choosing A-Level subjects to complement Further Maths is pivotal for students aiming to optimise their university and career prospects. Experts recommend pairing Further Maths with subjects that not only enhance mathematical understanding but also broaden analytical skills:
- A-Level Maths: A compulsory partner, providing the essential foundation for mastering Further Maths.
- A-Level Physics: Offers practical applications of mathematical concepts, highly recommended for engineering and physical sciences.
- A-Level Computer Science: Develops problem-solving skills and understanding of computational theories, beneficial for tech-related fields.
- A-Level Economics: Introduces students to statistical and analytical methods used in economic theory, useful for finance and business courses.
Data indicates that students who choose a combination of these subjects tend to have higher university acceptance rates in STEM fields. Additionally, this selection is endorsed by university admissions panels for its rigorous analytical training and the comprehensive skill set it provides students:
- Versatile Skill Set: Facilitates a smooth transition to university-level STEM courses.
- Enhanced Problem-Solving Abilities: Equips students with the tools to tackle complex problems.
- Competitive Edge: Preferred by top universities for rigorous courses.
Educational experts underscore the importance of aligning A-Level choices with future academic and career goals, recommending these combinations for students targeting careers in engineering, technology, sciences, and mathematics.
Choosing the Right Exam Board
Selecting the appropriate exam board for Further Maths A Level is crucial for aligning with your learning style, university aspirations, and subject interest areas. In the UK, the four main boards - CIE, Edexcel, OCR, and AQA - each offer distinct advantages and focus areas.
- CIE: Attracts the most applicants, renowned for its international recognition and rigorous standards of examination.
- Edexcel: With 9,586 candidates in 2023 in the UK, it is known for its clear structure and support materials, making it popular among students seeking comprehensive resources.
- OCR: 1,681 candidates chose OCR in the UK for its focus on problem-solving and practical applications of mathematics in 2023.
- AQA: 1,488 students opted for AQA in the UK in 2023, valued for its straightforward approach and emphasis on real-world contexts.
Experts suggest considering the following when choosing an exam board:
- Curriculum Content: Match the syllabus with your interests and university course requirements.
- Assessment Style: Look for exam formats that suit your test-taking strengths.
- Resources Availability: Ensure there are ample past papers and revision materials.
Graph showing number of students who took A-Level Further Maths exams in the past 10 years in the UK
Statistics and feedback indicate that while CIE leads in popularity for its global prestige, Edexcel's comprehensive support makes it a strong contender for those seeking structured learning. OCR and AQA offer unique teaching approaches that may appeal to students looking for practical applications and straightforward methodologies, respectively.
Real-Life Applications of A-Level Further Maths Concepts
A-Level Further Maths goes beyond theoretical concepts and equips students with skills that have practical applications in various fields. Here are some real-life applications of A-Level Further Maths concepts:
1. Engineering and Physics: A solid understanding of calculus, mechanics, and differential equations gained through A-Level Further Maths is invaluable in engineering and physics. Engineers use mathematical models and calculations to design structures, analyse forces, and optimise systems. Physics relies on mathematical principles to explain phenomena and predict outcomes.
2. Economics and Finance: A-Level Further Maths introduces students to advanced statistics and decision mathematics. These skills find application in economic analysis, financial modelling, risk assessment, and optimisation. Understanding mathematical concepts like probability, game theory, and linear programming enables economists and financial analysts to make informed decisions and predict market trends.
3. Computer Science: A-Level Further Maths provides a strong foundation for computer science. Concepts such as Boolean algebra, algorithms, and discrete mathematics are essential for programming, cryptography, data analysis, and artificial intelligence. Mathematical thinking and logical reasoning acquired through A-Level Further Maths are crucial in solving complex computational problems.
4. Medical Research and Data Analysis: The ability to analyse and interpret data is vital in medical research and clinical trials. A-Level Further Maths equips students with statistical techniques, hypothesis testing, and data modelling, enabling them to make informed conclusions from medical data. These skills are essential for understanding disease patterns, treatment effectiveness, and public health interventions.
5. Actuarial Science and Risk Assessment: Actuaries assess and manage financial risks using mathematical models and statistical analysis. A-Level Further Maths provides a strong mathematical foundation for actuarial science, helping professionals estimate probabilities, forecast trends, and calculate insurance premiums. Actuaries play a crucial role in the insurance and financial sectors.
Pie chart showing gender distribution across A-Level Further Maths
The applications of A-Level Further Maths extend beyond these examples, reaching fields such as architecture, environmental science, cryptography, and more. By studying A-Level Further Maths, you gain a versatile skill set that opens doors to more options and diverse career opportunities.
University Courses and Majors that Require A-Level Further Maths
A-Level Further Maths is highly valued by universities, particularly for courses that have a strong mathematical component. Here are some university courses and majors that often require or strongly recommend A-Level Further Maths:
1. Mathematics and Statistics: Unsurprisingly, mathematics and statistics programs often require A-Level Further Maths as a prerequisite. These courses delve deeper into mathematical theory, proofs, and advanced statistical analysis. A strong foundation in Further Maths will give you a head start in these programs.
2. Engineering: Engineering courses, including civil, mechanical, electrical, and aerospace engineering, heavily rely on mathematical concepts. A-Level Further Maths provides the necessary mathematical skills and problem-solving abilities needed in these fields. It demonstrates your mathematical aptitude to universities offering engineering programs.
3. Physics and Astrophysics: Physics and astrophysics programs involve complex mathematical models and equations to explain natural phenomena. A-Level Further Maths enhances your understanding of calculus, mechanics, and differential equations, which are essential for studying these subjects at the university level.
4. Computer Science and Artificial Intelligence: A-Level Further Maths is beneficial for students pursuing computer science or artificial intelligence programs. It helps develop logical thinking, mathematical reasoning, and algorithmic problem-solving skills, all of which are fundamental to these disciplines.
5. Economics, Finance, and Actuarial Science: These fields require a strong foundation in mathematics and statistics. A-Level Further Maths provides the necessary mathematical tools for economic modelling, financial analysis, and risk assessment. It is highly recommended for students aiming to pursue degrees in economics, finance, or actuarial science.
It's important to note that specific course requirements and qualifications may vary between universities. It's always advisable to check the entry requirements of the universities and courses you're interested in to ensure you meet their criteria and qualifications.
Best A-Level Further Maths Resources
To achieve excellence in A-Level Further Maths, accessing a variety of high-quality resources is crucial. These materials should not only solidify your mathematical foundation but also engage you in deep problem-solving exercises and prepare you comprehensively for exams. Based on recommendations from educators and top-performing students, the following resources are invaluable:
- Official Exam Board Materials: Start with resources provided by your exam board, including syllabus guides, past papers, and examiner reports for targeted preparation.
- Comprehensive Textbooks and Revision Guides: Key textbooks and guides, such as "Cambridge International AS & A Level Further Mathematics Coursebook", "A level Maths and Further Maths 2017" and "AQA A Level Further Maths: Year 1 + Year 2 Student Book" offer in-depth explanations and examples.
- Online Platforms and Video Tutorials: Websites like Khan Academy provide interactive tutorials, video lessons, and practise questions tailored to the A-Level syllabus.
- Mathematical Journals and Websites: Regular engagement with mathematical journals and reputable maths websites can deepen your understanding of complex concepts and current mathematical discussions.
- Online Tutoring and Study Groups: Services offering personalised tutoring and collaborative study groups, like TutorChase, facilitate tailored learning and peer discussion.
Experts highlight the importance of a balanced approach, incorporating both traditional and digital resources. This strategy ensures a thorough understanding of advanced mathematical theories and problem-solving techniques, making the learning process both effective and engaging for A-Level Further Maths students.
Final Thoughts
A-Level Further Mathematics offers a comprehensive guide for students seeking to expand their mathematical knowledge and skills. With its challenging curriculum, advanced topics, and rigorous assessments, it provides a platform for deepening understanding and fostering problem-solving abilities. While it requires dedication, hard work, and perseverance, A-Level Further Mathematics opens doors to exciting opportunities in higher education and various STEM-related careers making it a worthwhile subject choice.
Whether you aspire to pursue engineering, physics, computer science, or any maths-intensive field, mastering A-Level Further Mathematics can provide a solid foundation and set you on a path to success. Embrace the challenge, seek support when needed, and let the world of advanced mathematics unfold before you. The journey may be demanding, but the rewards are undoubtedly worth it.
FAQ
Is it hard to get an A in Further Maths A level?
Achieving an A grade in A-Level Further Mathematics requires a high level of dedication, commitment, and strong mathematical abilities. The subject is known for its challenging nature and advanced concepts, making it more demanding than A-Level Maths. It involves complex topics such as matrices, vectors, and further calculus. Additionally, the exam questions are designed to test deep understanding, problem-solving skills, and mathematical reasoning. While earning an A grade may be challenging, it is not impossible. With consistent effort, thorough understanding of the topics, practice solving a variety of problems, and seeking help when needed, students can increase their chances of attaining an A grade in A-Level Further Mathematics.
Does Further Maths make A-level Maths easier?
Studying Further Mathematics at A-Level can have a positive impact on one's understanding and performance in A-Level Mathematics. Further Mathematics covers additional advanced topics and delves deeper into certain areas of mathematics, providing a more comprehensive and rigorous mathematical education. By studying Further Mathematics, students gain a broader knowledge base, enhanced problem-solving skills, and a deeper understanding of mathematical concepts. This can contribute to a stronger foundation in mathematics, which can in turn make A-Level Mathematics feel more manageable and less challenging.
Is A-level Further Maths harder than A-Level Maths?
A-Level Further Mathematics is generally considered to be more challenging than A-Level Mathematics. While A-Level Mathematics covers a broad range of topics and provides a solid foundation in mathematics, A-Level Further Mathematics delves deeper into advanced concepts and introduces more complex topics. The content of A-Level Further Mathematics includes additional topics such as complex numbers, matrices, differential equations, and further calculus, which require a higher level of mathematical proficiency and problem-solving skills. The difficulty of A-Level Further Mathematics is often reflected in the higher demand it places on students, both in terms of the depth of understanding and the ability to apply mathematical principles in complex scenarios.
How many girls take Further Maths A-level?
The number of girls taking A-Level Further Mathematics can vary from year to year and can be influenced by various factors such as school enrollment policies, student interest, and societal perceptions. The trend has shown an increase in the number of girls opting for Further Mathematics in recent years, reflecting efforts to promote gender equality and encourage more girls to pursue STEM subjects.
In 2015, similar proportions of girls and boys achieved A* to C grades in mathematics, and the proportion of boys gaining the top A-A* grades only slightly exceeded that of girls. Based on prior attainment alone, a similar proportion of boys and girls would progress to study A-levels in Mathematics and Further Mathematics.
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Written by: Dr Rahil Sachak-Patwa
LinkedInRahil spent ten years working as private tutor, teaching students for GCSEs, A-Levels, and university admissions. During his PhD he published papers on modelling infectious disease epidemics and was a tutor to undergraduate and masters students for mathematics courses.
