One-to-one Further Maths tuition

Find Further Maths tutors for your course

Find support for A level, AS or school Further Maths, from understanding a new concept to preparing for the papers you are taking. Compare tutors or ask Latimer for a free match.

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The right starting point is the learner’s course and current work. Identify the qualification, explain where a solution becomes difficult, and choose tuition that helps the learner reason through the next step.

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Further Maths tuition enquiry

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Tutoring brief

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This form works best for one learner at one level and up to six subjects. If your circumstances are more complicated, email us at Contact@LatimerTuition.com so you can explain everything properly.

How one-to-one tuition can help

  • Understand what the symbols and methods mean, as well as how to use them
  • Connect Maths foundations with new Further Maths ideas
  • Focus practice on the papers and optional topics you are taking

Available tutors

Compare Further Maths tutors

6 tutor profiles selected

Check each tutor’s course and topic experience, then use an introductory conversation to discuss your goals and how you would work together.

Portrait of Oliver Aldridge

Oliver Aldridge

5.0

Physics and Mathematics Specialist

Southampton, United Kingdom

£36.00 per hourDBS checkediAccepting enquiriesHigh performing tutor
Further MathsMathematicsPhysics
  • Holds a First for his Bachelor of Science in Mathematics with Physics from the University of Keele.
  • Currently on track to receive a distinction for his Masters of Science in Mathematics from the Open University.
  • Holds 6 years of private online tuition experience assisting students in Mathematics, and Science (especially Physics) of all levels from KS2/3 to GCSE and AS/A-Level.
  • Vast knowledge of UK syllabuses, and an ability to cover any topic in his area of expertise in a moment's notice.
  • Oliver is multilingual, with fluency in three languages and proficiency in two others.

Oliver is a physics and maths tutor offering online tutoring from KS2/3 to GCSE and AS/A-Level, plus degree-level support. First-class BSc Maths with Physics (Keele), MSc Maths in progress, 6 years’ experience, with lesson reports and optional homework.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Oliver.

Portrait of Daniel Denton

Daniel Denton

5.0

Qualified Mathematics Teacher

York, United Kingdom

£38.00 per hourDBS checkediAccepting enquiriesQualified teacherHigh performing tutor
Further MathsMathematicsPure Maths
  • Holds a PGCE for his Bachelors of Education in Mathematics at the University of York.
  • Holds a Bachelors of Science in Mathematics at the University of York.
  • Qualified UK state secondary school teacher for Mathematics.
  • Transitioned to Latimer Tuition for a work-at-home role from UK secondary schools in 2022.
  • Holds A*, A* for Mathematics and Further Mathematics at A-Level.
  • Holds A*, A*, A*, A* for Mathematics, Pure Mathematics (Extra), Statistics (Extra) and Further Mathematics at GCSE level.

Daniel Denton is a qualified UK secondary Maths teacher (PGCE, University of York) and experienced private tutor; a gcse maths tutor and a level maths tutor from KS3 to Further Maths, with lesson reports and optional free homework.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Daniel.

Portrait of Eugenia Amoah

Eugenia Amoah

Maths, Further Maths, and Science Specialist

London

£30.00 per hourDBS checkediAccepting enquiries
BiologyChemistryFurther MathsMathematics+4 more
  • Currently pursuing a degree in Medicine and Surgery at the University of Birmingham.
  • Holds A, A, A for Mathematics, Biology, and Chemistry at A-Level.
  • Holds Grade 9s in GCSE Science and Mathematics.
  • Eugenia is an i-medics ambassador.

Eugenia is a gcse maths tutor and maths and science tutor, a University of Birmingham Medicine and Surgery student with 3+ years’ experience teaching KS2–AS Maths, GCSE Further Maths and GCSE–A Level Biology/Chemistry plus GCSE Physics; session reports and optional homework.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Eugenia.

Portrait of Idris Adelakun

Idris Adelakun

Mathematics and Physics Specialist

Thurrock, United Kingdom

£30.00 per hourDBS checkediAccepting enquiries
Further MathsMathematicsPhysicsPure Maths
  • Idris has over 7 year of tutoring experience.
  • Holds a 2:1 (69%) for his BEng in Mechanical Engineering from the University of Nottingham.
  • Has delivered more than 500 hours of online Mathematics and Physics tuition to approximately 40 students.
  • Has received multiple UKMT Maths Challenge awards, ranging from Gold to Bronze.
  • Ranked among the top 10% of tutors on previous tutoring platforms based on performance and student feedback.
  • Achieved 42/45 points for his International Baccalaureate.

Idris is a Mathematics and Physics tutor for KS3, GCSE, A-Level and IB learners, using engineering-based real-world examples and clear step-by-step explanations.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Idris.

Portrait of Syed Al-Shafi

Syed Al-Shafi

Mathematics, Chemistry, and Physics Specialist

Dagenham, United Kingdom

£30.00 per hourDBS checkediAccepting enquiries
ChemistryFurther MathsMathematicsPhysics
  • Currently studying for his Bachelors of Engineering (Hons) in Electronic Engineering at King’s College London.
  • Experienced in tutoring A-Level and GCSE Maths, Physics, Chemistry, and Triple Science.
  • Holds A*, A for Mathematics and Chemistry at A-Level.
  • Holds a 9 in English, an 8 in Maths, and 2 8s in Combined Science at GCSE.
  • Previosuly worked as a Medical Laboratory Assistant at King George's Hospital.
  • Proficient in Python, MATLAB, C, Java, and tools like Simulink, LTspice, and AutoCAD.

Syed is a gcse maths tutor and a level physics tutor, studying BEng Electronic Engineering at King’s College London. He teaches KS3–A-Level Maths, Physics and Chemistry, plus GCSE Further Maths, and holds A/* Maths and A Chemistry at A-Level.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Syed.

Portrait of Ashvin Ratnarajah

Ashvin Ratnarajah

Qualified Mathematics Teacher

Harrow, United Kingdom

£35.00 per hourDBS checkediAccepting enquiriesQualified teacher
Further MathsMathematics
  • Holds Qualified Teacher Status (QTS) as a Secondary Mathematics teacher.
  • Holds a PGCE in Secondary Mathematics from London Metropolitan University.
  • Holds a BSc in Mathematics from Newcastle University.
  • Currently studying for an MSc in Mathematics at the University of Liverpool.
  • Has experience teaching Mathematics across Key Stage 3, GCSE, and A-Level.
  • Holds A, A for Mathematics and Further Mathematics at A-Level.
  • Holds Grade 7 in GCSE Mathematics and Grade A in GCSE Further Mathematics.

Ashvin Ratnarajah is a qualified Secondary Mathematics teacher supporting KS3, GCSE and A-Level learners with structured lessons that identify knowledge gaps and build confidence.

Send a quick enquiry from here and the Latimer Tuition team will pass it on to Ashvin.

Which Further Maths course are you taking?

Start with the full qualification title on the learner’s course materials. AQA’s Level 2 Certificate, CCEA GCSE, AS and A level ask for different preparation. Bring the exam board, paper or unit names and intended exam year to your tutor enquiry.

For England AS and A level, Further Mathematics builds on GCSE and AS/A-level Mathematics. It develops proof, problem solving and mathematical modelling: using mathematics to represent a situation. If ordinary Maths algebra or calculus is causing difficulty, include that in the brief so the tutor can address the foundation as well as the new topic.

AQA Level 2 Certificate in Further Mathematics (8365)
Often searched as “GCSE Further Maths”, this is an additional Level 2 Certificate that complements GCSE Maths. It develops algebra and geometry and introduces calculus and matrices. Prepare for both its non-calculator and calculator papers.
AS or A level in England
Specify which qualification you are taking. AS has its own content; a full A-level topic list is not an AS checklist. For AQA and Pearson Edexcel A level, identify the optional content as well as the compulsory pure mathematics.
CCEA GCSE Further Mathematics in Northern Ireland
This is a GCSE. It includes Pure Mathematics plus two choices from Mechanics, Statistics, and Discrete and Decision Mathematics. Name those choices so tuition covers the right units.
WJEC AS and A level in Wales
AS includes pure mathematics, statistics and mechanics. A2 adds further pure mathematics and a choice of further statistics or further mechanics. Bring your unit names rather than assuming an England board’s options apply.
Cambridge International Further Mathematics (9231)
Use the 9231 syllabus for the year you will sit the exam. Tell the tutor whether you are taking AS or the full A level and which papers you need.
Advanced Higher Mathematics in Scotland
This is a separately named course with its own specification, including matrices, vectors and complex numbers. If this is your course, ask for Advanced Higher support explicitly.

Level 2 example: a point’s height is not its gradient

AQA 8365 includes differentiation: finding a gradient or rate of change. This constructed example shows the difference between substituting into a formula and understanding what the result means.

The task: for the curve y = x³ − 4x, find the gradient at x = 2. A learner substitutes 2 and gets y = 8 − 8 = 0. That locates the point (2, 0) on the curve. It does not tell us the slope there.

The correction: differentiate first. The derivative, written dy/dx, gives the gradient: dy/dx = 3x² − 4. At x = 2, this is 3 × 4 − 4 = 8. The curve therefore passes through height 0 while its tangent has gradient 8. A tangent is the straight line matching the curve’s direction at that point.

A better response: “The point is (2, 0) and the gradient is 8, so the tangent is y = 8(x − 2).” Each number now has a purpose.

For a follow-up, use the same curve at x = 1. The point is (1, −3) and the gradient is −1. Ask the learner to explain why −3 and −1 answer different questions before moving to a longer exam problem.

A-level example: when a quadratic has no real roots

Complex-number work appears in the compulsory content of AQA 7367 and Pearson Edexcel 9FM0 A-level Further Mathematics. It extends familiar algebra into a new number system. Here is a constructed example.

The task: solve z² − 4z + 13 = 0. A learner may stop at “no solutions” because no real number squares to a negative number. The useful distinction is “no real solutions”.

Keep the familiar method: completing the square gives (z − 2)² + 9 = 0, so (z − 2)² = −9. Introduce the imaginary unit i, defined by i² = −1. Both 3i and −3i square to −9. Therefore z − 2 = ±3i, giving the two roots z = 2 + 3i and z = 2 − 3i.

Check a root: (2 + 3i)² = −5 + 12i. Substituting into the original expression gives −5 + 12i − 8 − 12i + 13 = 0. This checks the algebra and shows why the imaginary parts cancel.

A useful follow-up is z² − 6z + 13 = 0. Completing the square gives (z − 3)² = −4, so the roots are 3 ± 2i. Improvement means being able to explain the new use of i, keep both signs and check a root without copying the first solution.

Match the tutor to your options as well as core pure

A tutor enquiry becomes more useful when it names the part of Further Maths that is difficult. For example, AQA A-level students take two options from mechanics, statistics and discrete mathematics. Pearson Edexcel uses two Core Pure papers and two optional papers from permitted combinations of further pure, further statistics, further mechanics and decision mathematics. Check the combination your school is teaching before selecting practice papers.

Describe the problem in your own words. These are examples of details to include when the topic is on your course:

  • A new pure-mathematics idea

    “I can complete the square, but I do not understand why complex roots come in two answers.” This calls for connecting existing algebra with the meaning of the new notation.

  • Mechanics

    “I can solve the equation once it is written, but I cannot turn the forces in the diagram into that equation.” Bring the diagram and your attempted setup, including the direction you chose as positive.

  • Statistics

    “I can use the calculator, but I am unsure which probability model fits the question.” Bring the question wording and explain what the variable represents before discussing the calculation.

  • Discrete or decision mathematics

    “I can follow the first step of a network algorithm, but I lose track of which values to update.” Share the network and the first step you are unsure about, so the tutor can examine the procedure with you.

Turn a difficult question into a manageable study plan

Use a recent question the learner has attempted, together with the course materials, to agree an initial priority. A useful plan connects tuition to school learning and checks what the learner can do independently. The sequence below is a suggested approach to discuss with a tutor.

For a learner who finds dense notation overwhelming, request one change per line and a brief explanation of each new symbol. For someone who can calculate accurately but struggles to justify a result, make the explanation the practice task. State any access or learning needs in the enquiry so you can discuss appropriate adjustments.

  1. Locate the point where understanding stops

    Try a course-relevant problem and explain each step. Is the obstacle rearranging an equation, understanding a new idea such as i, or deciding what the question asks? Repair the earliest gap instead of repeatedly practising the final step.

  2. Practise with gradually less help

    Work through an example, then complete a similar question with fewer prompts. Return to it later without the model solution. The gradient and complex-root examples above both include a follow-up for this purpose.

  3. Review the method as well as the answer

    Check whether the learner can select a method, explain why it applies and carry it through. Once a topic is secure, mix it with other course topics and move towards appropriate paper practice. Keep a short note of recurring errors to set the next priority.

Use the introduction to check how you would work together

Latimer tutors offer a free introductory meeting before paid lessons. Use that conversation to discuss your course, goals and lesson arrangements; it is not normally a full teaching lesson.

Check the tutor’s profile for relevant subject and stage experience, then ask about the exact papers or options you need. A useful enquiry might say: “I’m taking AQA A-level Further Maths with mechanics and statistics. My algebra is secure, but I struggle to set up mechanics questions. Could we focus on explaining the setup before doing timed practice?” Replace those details with your own.

Bring one attempted question to describe the difficulty. Discuss how the tutor would help when an explanation does not make sense, how you will share written work and what practice would fit between lessons. If you need a particular teaching background or experience of a learning need, ask about that directly.

After teaching begins, assess fit through the learner’s work: can they explain a step they previously copied, or attempt a similar question with less help? Use those observations to review the priorities and pace together.

Costs, frequency and online lesson setup

Tutors set their own hourly rates, shown on their profiles. Latimer invoices after lessons on a pay-as-you-go basis. When comparing options, consider whether the tutor can address the exact topic you need and what preparation or follow-up you will agree.

There is no single lesson frequency for every Further Maths learner. A narrow misconception may call for focused support; gaps across several papers need a broader plan. Agree a starting schedule around school work, practice time and budget, then review whether it is useful.

Online lessons
Latimer is online-first and one-to-one. Microsoft Teams is the default platform; you and the tutor can agree another. Before the first lesson, check how you will show handwritten algebra, diagrams and calculator working clearly.
In-person arrangements
If in-person tuition is essential, discuss location and travel with the individual tutor. An in-person arrangement needs their agreement.
Materials to have ready
Bring the course or specification, your textbook or school resources, a calculator where appropriate, and an attempted question. Agree whether you will share a photograph of your work or write where the tutor can see each line.

Tell us what you need from Further Maths tuition

Share your qualification, exam board, optional papers and the topic you want to work on. Add your goals, preferred lesson times and budget. If you are unsure of the course details, give its full title from your school materials and describe the difficulty. A tutor-matching request is free.

Support and clarity

Frequently asked questions

Straight answers to the questions people ask most often.

Is Further Maths just harder Maths?

It builds on Maths but can introduce new ideas and ways of reasoning, as the complex-root example shows. The course matters: AQA Level 2 adds to GCSE learning, while England AS and A level build on GCSE and AS/A-level Maths. Start with the learner’s actual syllabus and foundations rather than choosing a tutor solely by a target grade.

Is AQA Level 2 Further Maths a replacement for GCSE Maths?

No. AQA 8365 is a Level 2 Certificate designed to complement GCSE Maths. CCEA’s separately specified Further Mathematics qualification is a GCSE. Use the awarding body and full course title when enquiring so the tutor prepares for the right content and papers.

Can I get help if I am struggling with ordinary Maths as well?

Explain which Maths topic is blocking the Further Maths work. For example, if completing the square is unfamiliar, start there before solving quadratics with complex roots. Discuss support for both courses with the tutor, and bring work from each so the priorities are clear.

What if I only want help before a mock or exam?

Bring the date, paper names and recent attempted work. Agree which topics are realistic priorities in the time available and how much independent practice you can do. A focused explanation may be more useful than rushing through a full paper while the underlying method remains unclear.

Can I use free resources instead of tuition?

Yes, if you can identify the gap and check your own reasoning. AQA’s Level 2 resources include topic tests, worksheets, practice papers and mark schemes. For other courses, use the correct board and paper. One-to-one help is worth considering when a solution does not explain why your method failed or you cannot decide what to practise next.

Will Further Maths help with university study?

England’s Further Mathematics aims include preparation for further study and greater mathematical independence. For subject choices, check the current requirements of each university course you are considering. The qualification aims do not establish a universal admissions requirement, and tuition cannot promise an offer.

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