IB vs A Levels: Which Is Right for Your Child?

By Russell Greenhill

Founder & CEO @ Greenhill Academics

Oxford Master’s Graduate • 8+ Years Tutoring Experience

Most families weighing up IB vs A Levels in Year 9 or Year 10 ask the wrong question first. They ask which qualification is better. Universities worldwide respect both, and both lead to strong outcomes. The real question is which one suits your child, based on how they learn and what they want to study.

This post gives an honest account of what each route involves. It covers where they differ in practice, and how to make a decision your child will not regret halfway through Year 12.

What does the IB Diploma actually involve?

The International Baccalaureate Diploma Programme is a two-year qualification for students aged 16 to 18. Candidates study six subjects at once: three at Higher Level (HL) and three at Standard Level (SL). These are drawn from six groups: Language and Literature, Language Acquisition, Individuals and Societies, Sciences, Mathematics, and the Arts. Because every IB student must cover each group, nobody can opt out of humanities, sciences, or a second language entirely.

On top of those six subjects, the IB requires three core components. Theory of Knowledge (TOK) asks students to reflect on how knowledge works. The Extended Essay is a 4,000-word independent research piece. Creativity, Activity, Service (CAS) involves structured extracurricular engagement. Examiners assess all three, and they contribute to the final diploma score out of 45.

The IB workload

The IB demands a heavy workload from start to finish. Six subjects run alongside the core components throughout, so there is no quieter term. Students who struggle with time management or find breadth overwhelming often find this structure stressful. However, those who enjoy variety and feel confident across several disciplines tend to find it motivating.

What do A Levels actually involve?

A Level students choose three or four subjects and study each in depth over two years. Most take three, though four is common among those targeting highly competitive universities. Each A Level covers far more content than GCSE. The jump from Year 11 to Year 12 is substantial, and if your child is preparing for that step, our guide to the GCSE-to-A-Level transition is worth reading. Assessment is almost entirely through exams at the end of Year 13.

No subject is compulsory. A student who wants only sciences can take Chemistry, Biology, and Physics. Someone interested only in humanities can take History, English, and Politics. This freedom is the defining feature of A Levels when compared to the IB. It is the right choice for any student with a clear sense of direction who wants to go deep rather than stay broad.

The A Level workload

A Levels concentrate pressure into exam season. Most results rest entirely on papers sat in May and June of Year 13. That means two months carry two years of work. Students who perform best under clear deadlines often prefer this structure. The risk is that a bad week during exams can undo months of preparation, which creates real pressure for some. If your child is already on the A Level path, our post on A Level revision strategies covers how to manage that pressure well.

How do UK universities view IB vs A Levels?

UK universities accept both qualifications. A typical Russell Group offer might be AAA at A Level or 36 points in the IB Diploma, and both represent a broadly equivalent standard. Oxbridge and other selective programmes make offers in both formats. Neither is systematically preferred.

Studying abroad with the IB or A Levels

For students planning to apply outside the UK, particularly in the US, Canada, the Netherlands, or parts of Asia, the IB has a practical advantage. Universities worldwide recognise it immediately. A Levels, by contrast, require individual universities to assess equivalency. Students with genuine plans to study abroad will find the IB opens more doors.

For students targeting Oxbridge or specialist UK programmes such as Medicine, Law, or Engineering, A Levels remain the more common route. An applicant reading Medicine at Cambridge with Chemistry A Level walks well-trodden ground. An IB candidate with Chemistry HL is equally eligible, but needs to confirm each school’s specific entry requirements. For more on what top universities expect, see our post on what A Level grades you need for Cambridge.

How does IB content compare to A Levels subject by subject?

Most universities recognise IB Maths AA HL as broadly comparable to A Level Maths and Further Maths. Maths AA SL sits roughly level with A Level Maths alone. At HL, IB Sciences broadly match their A Level equivalents, though the internal assessment and emphasis on experimental design differ from the A Level practical endorsement. English Literature HL is a demanding course that English departments regard highly.

The IB’s requirement to study mathematics and a second language means some students study subjects they would not have chosen at A Level. This is worth thinking about honestly. A student who is weak at maths and passionate about humanities may find the compulsory maths requirement a persistent source of stress. That pressure simply does not exist on the A Level route.

Should your child choose IB or A Levels?

Choose the IB if your child enjoys variety, feels confident across multiple subjects, and has strong time management. The Extended Essay and TOK suit students who like independent, reflective work. It also suits families considering international university applications.

Choose A Levels if your child knows broadly what they want to study and prefers depth over breadth. A Levels are the natural fit for students with one or two subjects they want to pursue seriously. They also suit anyone targeting UK universities with specific subject requirements, particularly Medicine, which almost universally requires Chemistry A Level.

If your child is genuinely undecided, the practical question is straightforward. Which subjects would the IB force them to take that they would not choose at A Level? And are those subjects likely to be a strength or a source of stress across two full years?

What do most IB vs A Level guides get wrong?

Most IB vs A Level comparisons focus on prestige: which qualification looks better on a UCAS form. The honest answer is that both lead to excellent universities when the student performs well. A student who does not suit their qualification rarely performs well, regardless of its reputation.

The most important factor is fit. A student who chooses the IB because it sounds impressive but resents the compulsory breadth is less likely to produce strong grades. Equally, a student who picks A Levels because it feels like less work but then coasts without depth ends up in the same position. The qualification is only as good as the performance it enables. Performance comes from engagement, and engagement comes from choosing the right route.

Frequently asked questions

How to Get a 9 in GCSE Physics?

By Russell Greenhill

Founder & CEO @ Greenhill Academics

Oxford Master’s Graduate • 8+ Years Tutoring Experience

GCSE Physics rewards two things above all others: mathematical precision and the ability to explain physical concepts in the specific language the mark scheme expects. Students who understand the physics but cannot express it clearly, or who understand it but make consistent errors in calculations, rarely reach the top grade band. The gap between a 7 and a 9 is almost never about knowing more physics. It is about delivering what you already know in the right form.

This post covers what GCSE Physics grade 9 answers look like, which topics carry the most marks, and how to prepare specifically for the top grade band.

What do GCSE Physics grade 9 answers actually look like?

The GCSE Physics mark scheme rewards specific physical language. “The current increases” earns fewer marks than “as resistance decreases, the current increases because current is inversely proportional to resistance at constant voltage, as given by V = IR.” Both observations are correct. Only the second is written at grade 9 level, it names the relationship, uses the correct equation, and explains the cause rather than just stating the effect.

In calculation questions, the mark scheme awards marks for method as well as for the final answer. A student who selects the right equation, substitutes values correctly, and shows every step can still claim most of the available marks even if an arithmetic error occurs at the end. A student who writes only the final answer scores one mark, regardless of whether the answer is right. Showing full working on every calculation question is one of the simplest changes that moves a student from a 7 to a 9.

Know your equations and when to use them

GCSE Physics papers include an equation sheet, but not every equation. Some equations, including some from the higher tier content, must be recalled from memory, and students are expected to rearrange them fluently. A student who knows F = ma but cannot rearrange it quickly to find acceleration under timed conditions loses marks. Practising equation recall and rearrangement across every topic until it is automatic is a non-negotiable part of grade 9 preparation.

Units matter

In GCSE Physics, incorrect or missing units cost marks even when the numerical answer is correct. A student who calculates the correct value for velocity but writes “m” instead of “m/s” loses the accuracy mark. A student who converts kilometres to metres incorrectly and propagates the error through a calculation loses multiple marks. Checking units at every step, during the calculation, not just at the end, is a habit grade 9 students develop through consistent practice rather than good intentions.

Which GCSE Physics topics should you prioritise for a grade 9?

Forces and motion, electricity, and waves are the highest-mark topic areas across all three major exam boards and appear consistently across all papers. Students who are fluent in these three areas have covered the majority of the marks available. Energy transfers, electromagnetism, and atomic structure complete the core higher tier content and are consistently tested in the harder questions toward the end of each paper.

Forces and motion

Forces and motion questions at grade 9 level include velocity-time graph analysis, Newton’s laws applied to unfamiliar scenarios, and multi-step calculations involving acceleration, force, and mass. The most common errors here are misreading graphs, particularly confusing velocity and acceleration, or misinterpreting the area under a velocity-time graph, and forgetting to include direction when describing vector quantities. Grade 9 answers are precise about vectors and always show the physical reasoning behind each step.

Electricity

Electricity questions test circuit calculations, the relationships between voltage, current, and resistance, and the behaviour of components in series and parallel circuits. At grade 9 level, students need to handle multi-component circuits confidently, apply Kirchhoff’s laws correctly, and explain the physical basis for circuit behaviour rather than just applying formulas mechanically. The distinction between series and parallel circuits, and why each behaves differently, should be explainable in precise physical terms, not just recalled as rules.

Six-mark questions

Every GCSE Physics paper includes at least one six-mark extended writing question. These questions assess the ability to construct a coherent physical argument, typically explaining a process, evaluating a method, or describing how a phenomenon occurs in a logical sequence. The mark scheme for these questions awards marks for the quality of reasoning rather than just the presence of correct facts. Practising six-mark answers specifically, then comparing them against the mark scheme’s indicative content, is one of the most valuable things a student aiming for a 9 can do in the final weeks.

How should you revise GCSE Physics to reach a grade 9?

Past paper practice with detailed mark scheme analysis is the most effective revision approach for GCSE Physics. Work through topic-sorted questions first, ensuring every calculation shows full working and every explanation uses precise physical language. Once individual topics feel solid, move to full papers under timed conditions. After each timed paper, categorise every lost mark: was it missing working, a unit error, imprecise language, or a content gap? Each category needs a different fix, and identifying the pattern early is the most efficient use of revision time.

Meet some of our GCSE Physics tutors

Murray

Murray is reading Materials Science at Oxford (MEng, expected First), having achieved A* in Maths, Chemistry, and Physics at A Level. He holds a Bronze First Division in the British Physics Olympiad and tutors GCSE Physics alongside A Level and PAT preparation. Murray is particularly effective at building the systematic, step-by-step approach to calculations that GCSE Physics rewards at the top grade, and at helping students understand the physical reasoning behind the equations rather than applying them mechanically.

Ejaz

Ejaz is reading for an MSci in Mathematics at Imperial College London, having achieved a 7 in IB Higher Level Physics and 8 Grade 9s at GCSE. With over 100 hours of tutoring experience across Maths and Physics, he builds the systematic problem-solving approach that GCSE Physics rewards at the top grade — in particular the habit of showing full working on every calculation and writing explanations with the precision the mark scheme requires.

Liza

Liza holds a BA in Mathematics and Philosophy from Yale University and an MSc from the London School of Economics, where she was a Chevening Scholar. With nearly a decade of tutoring experience across the UK and the US, she specialises in Mathematics and Physics from secondary level upward. Liza is known for making STEM concepts accessible without oversimplifying them, which is particularly valuable for students who understand physics in principle but struggle to express it in the precise form the mark scheme rewards.

Ready to push for a 9 in GCSE Physics?

If your child understands the physics but the grade is not reflecting it, the right tutor can identify exactly what is keeping them out of the top band. Get in touch and we will match them with a specialist GCSE Physics tutor.

Frequently asked questions

How to Choose Your GCSE Options: A Parent’s Guide

By Russell Greenhill

Founder & CEO @ Greenhill Academics

Oxford Master’s Graduate • 8+ Years Tutoring Experience

GCSE options feel like a significant decision, and in some respects they are, but most families approaching them in Year 9 treat them as more consequential than they need to be. The choices your child makes now will shape their Year 10 and Year 11 experience and influence which A Levels are available to them. They will not, in most cases, determine the entire direction of their future.

This guide covers what actually matters when choosing GCSE options, which subjects genuinely keep doors open, and how to approach the conversation with your child without making it more stressful than it needs to be.

Which GCSE subjects are compulsory?

Most secondary schools in England require all students to take English Language, English Literature, Maths, and at least one science. Beyond these, schools vary in what they require. Some require a language. Some require a humanities subject. Some have a completely free choice beyond the core.

The EBacc, the government’s preferred suite of GCSE subjects, includes English, Maths, sciences, a humanities subject (History or Geography), and a modern or ancient language. Schools are not required to make students take the EBacc, but some do. If your child’s school requires or strongly recommends it, check whether any of the EBacc components conflict with subjects your child wants to take, language requirements in particular can limit the space available for other choices.

Which GCSE subjects keep the most options open?

Maths is the most broadly enabling GCSE subject outside the core three. A strong Maths grade supports A Level choices in sciences, economics, psychology, geography, and computing, and a weak or absent Maths grade closes off more A Level options than almost any other GCSE. If your child is choosing between Maths and something they find more interesting, the long-term case for prioritising Maths preparation is strong.

The sciences are the most commonly regretted omissions at GCSE. A student who drops to Combined Science and then discovers they want to study A Level Biology or Chemistry will find their options limited, some sixth forms require Triple Science GCSE for entry to A Level sciences. If your child has any interest in a science-related career, Medicine, Engineering, Dentistry, Veterinary Science, Pharmacy, Triple Science is worth fighting to keep on their timetable.

A modern language is the subject most commonly dropped and most commonly regretted later. GCSE language grades are used as evidence of language ability well beyond school, some universities and employers ask for them specifically. A student who is genuinely weak at languages and is choosing between a language and a subject they will perform significantly better in has a reasonable case for the latter. A student who is average at languages but not actively struggling should keep one.

How should university aspirations shape your GCSE choices?

Most university courses do not specify GCSE requirements beyond English and Maths. Medicine is the main exception, medical schools typically require strong grades in science GCSEs, and some specify grades in Chemistry, Biology, or both. If your child is considering Medicine, keeping Triple Science and achieving strong grades in all three is important from Year 9 onwards.

Oxbridge admissions look at GCSE grades as part of contextual assessment. A student with eight or nine grade 9s across a broad range of subjects is in a stronger position than one with three grade 9s and five grade 6s, even if the three 9s are in directly relevant subjects. For students with Oxbridge ambitions, breadth and high performance across all GCSEs matters more than optimising subject choice specifically.

Which GCSE subjects should your child choose for the right reasons?

Beyond the strategic considerations above, the most important factor in GCSE option choices is often the least discussed: your child’s likelihood of engaging with and performing well in each subject over two years. A student who is genuinely interested in History will produce better work and get a better grade than one who chose it because it seemed sensible. A grade 8 in a subject your child enjoyed is more valuable than a grade 6 in one they endured.

The practical question for each option subject is: will your child still want to come home and revise this in May of Year 11? If the answer is confidently yes, that is a good sign. If the answer is uncertain, it is worth exploring whether there is an alternative they would find more engaging without closing off any important future options.

A note on creative and vocational subjects

Art, Drama, Music, Design Technology, and similar subjects are sometimes treated as lower-status GCSE choices. They should not be. A student who is talented in and passionate about a creative subject will often achieve their highest grade there, and a high grade in any GCSE contributes positively to an overall profile. The subjects to be cautious about are not creative ones but ones your child has no interest in and is unlikely to perform well in, those take time away from subjects that could produce better results.

How do you talk to your child about GCSE options without adding pressure?

The most useful conversation to have is not “what do you want to do when you grow up?”, most 13 or 14-year-olds do not know, and asking them to base academic choices on an answer they cannot reliably give creates unnecessary pressure. The more useful conversation is: which subjects do you find genuinely interesting? Which ones do you find difficult but manageable? Are there any you would actively dread revising for two years? Are there any that might be useful later even if they are not your favourite now?

Most students, given the space to think it through without pressure, make sensible choices. The role of a parent in this conversation is to provide the strategic context, which subjects close off certain A Levels if dropped, and then let the child make an informed decision. Overriding a child’s genuine preferences in favour of subjects they resent studying almost always produces worse grades, not better ones.

What should you check before finalising your GCSE options?

Before your child submits their options form, run through these questions. Does the combination include at least one science, and ideally Triple Science if Medicine or Engineering is a possibility? Is there at least one humanity or social science in the mix for breadth? Is a language included, even if not the first choice? Are all the core subjects, English and Maths, being given adequate preparation time alongside the options? And is there at least one subject your child is genuinely excited about, not just strategically sensible about?

If the answer to most of these is yes, the options are probably fine. If one is clearly missing, a student who wants to study Medicine but has dropped all sciences except Combined, that is the conversation to have before the form is submitted rather than after.

Frequently asked questions

GCSE Resits: Everything Parents Need to Know

By Russell Greenhill

Founder & CEO @ Greenhill Academics

Oxford Master’s Graduate • 8+ Years Tutoring Experience

GCSE results day brings a mix of outcomes. Most students will have some grades they are pleased with and at least one they would like to improve. For some families, the results create a more pressing problem: a grade in Maths or English that falls short of what sixth form colleges, apprenticeships, or further study require.

A GCSE resit gives students a real opportunity to change that. This guide covers how resits work, which subjects students can resit, when and where they sit them, and how to prepare for them properly, because preparation is where most resit attempts succeed or fail.

How do GCSE resits work?

Students can resit most GCSE subjects in the summer exam series, which runs from May to June each year. Students can also resit Maths and English Language in November, which is the more common resit window for those who sat their original exams in Year 11 and want a quicker second attempt. Most other subjects only offer a summer sitting.

There is no limit on how many times a student can resit a GCSE, and there is no age restriction. Students in Year 12, Year 13, or beyond can resit any GCSE they choose. Universities and employers will see the most recent grade, but every grade appears on the certificate. Families should keep this in mind when deciding whether a resit is the right option.

Where to take resits

If your child is still in school or sixth form, their institution will usually enter them for the resit. Those who have left school can sit resits as private candidates. This means they register directly with an exam centre rather than through a school.

To do this, families need to find an approved centre willing to accept external entries. Many schools, sixth form colleges, and independent exam centres offer this service. The exam board and subject will determine which centres are available. Places can fill up quickly, so registering early is important.

Key dates for GCSE resits

The November resit window for Maths and English typically runs in early November. Results from these exams arrive in January. For the summer series, students sit papers from early May to late June and receive results in August.

Registration deadlines vary by exam board and centre. They typically fall several months before the exam. For November resits, most centres close registration in September or October. Families should check with the exam centre or their child’s school for the specific deadlines that apply.

Which GCSE subjects are most commonly resit?

Maths and English Language are by far the most common resit subjects, and for good reason. Most sixth form colleges, further education providers, apprenticeships, and university courses require a grade 4 or above in both. Students who do not reach grade 4 in either subject by the end of Year 11 typically have to continue studying them. In England, this is a legal requirement for 16- to 18-year-olds in full-time education.

Other subjects come up less often but still matter. The sciences are the next most common, particularly for students who need a specific grade for A Level entry or university applications. Occasionally, families also look at humanities resits when a student sits close to a grade boundary that affects their next steps.

How should your child prepare for a GCSE resit?

Students who improve significantly in GCSE resits almost always change their approach, not just their effort level. Repeating the same revision that produced the original result is unlikely to deliver a different grade.

The first step is understanding specifically why the original grade fell short. Which topics caused the most lost marks? Which question types proved difficult? Families should work out whether the issue was content knowledge, exam technique, or revision method.

Go through the original paper

If your child’s original marked paper or raw mark breakdown is available, go through it carefully with the mark scheme. Identify every question where marks were lost. Then categorise each loss: was it a topic gap, a terminology issue, incomplete working, or a misread command term?

This analysis shows exactly where resit preparation needs to focus. Most students who complete this exercise find that two or three specific areas account for most of their lost marks. The losses are rarely spread evenly across the whole paper. That concentration makes targeted preparation far more achievable.

Prioritise active revision over passive revision

Re-reading notes and textbooks is the least effective form of revision for a resit. Active recall works far better. This means writing out key facts from memory, answering practice questions without notes, and explaining processes out loud. These techniques build the type of recall that exam conditions demand.

Past papers offer the most targeted version of active recall. Students should work through them and then carefully analyse the mark scheme. One hour of active past paper practice is worth significantly more than three hours of re-reading.

Address the specific weaknesses from the first attempt

Whatever caused the original shortfall should be the first thing a student addresses, not the last. Most students naturally gravitate toward topics they find easiest. Revision feels productive and is less uncomfortable in familiar territory.

However, the marks available in a resit almost always sit in areas of weakness, not strength. A student who already scores well on algebra but consistently loses marks on probability needs to focus on probability. Spending resit preparation time on comfortable topics will not improve the grade.

What mindset does your child need for a successful GCSE resit?

A disappointing GCSE grade can knock a student’s confidence. That knock can persist into resit preparation if no one addresses it directly. Students who believe they “just can’t do Maths,” or that their grade is somehow fixed, are less likely to engage seriously with preparation. As a result, they are also less likely to improve.

The honest message for most resit students is that the original grade was not a verdict on ability. It was the result of the preparation they did and the approach they took on the day. Both of those things can change. A student who approaches the resit with a clear understanding of what went wrong, and a specific plan to address it, sits in a genuinely different position from the one who sat the original exam.

When does a GCSE tutor make the biggest difference for a resit?

A tutor adds the most value for resit students at two specific moments. The first is right after results day, when the original paper is still available and a tutor can go through it systematically to identify exactly what went wrong. The second is in the six to eight weeks before the resit exam. At that point, there is still time to address specific weaknesses but not enough time to waste on unfocused revision.

Resit students often benefit from a different type of tutor relationship than first-time students. They need someone who can be direct about what caused the original shortfall, who avoids spending sessions on topics that are already solid, and who can build confidence alongside technique. Getting the match right matters, and we take the same care matching resit students as we do any other student.

Frequently asked questions

How to Get an A* in A Level Physics?

By Russell Greenhill

Founder & CEO @ Greenhill Academics

Oxford Master’s Graduate • 8+ Years Tutoring Experience

A Level Physics is one of the most respected A Levels available, and the A* is the grade that separates students who can apply physics under pressure from those who understand it in theory. The distinction matters because A Level Physics papers are specifically designed to test application, not recall. The hardest questions on every paper present scenarios students have not seen before and require them to think their way through using principles rather than memorised answers.

This post covers what the A* in A Level Physics actually requires, where most A-grade students lose their top marks, and what needs to change in the final months before the exam.

What does the A* in A Level Physics actually require?

The A* in A Level Physics requires an overall A grade combined with 90% or more averaged across the A2 papers, Papers 1 and 2 in most exam board formats. The practical endorsement (Paper 3) contributes to the overall grade but not to the A* calculation. A student who scores 85% on Papers 1 and 2 combined will not receive an A*, regardless of how well they perform on Paper 3 or in Year 12.

This means revision for the A* should focus specifically on maximising performance on Papers 1 and 2. These papers cover mechanics, electricity, waves, quantum physics, and nuclear physics at A Level, alongside the fields introduced in Year 12. The harder questions on both papers combine multiple topic areas and require students to construct a logical physical argument, not just apply a formula.

Show every step in calculations

Physics mark schemes award marks for method as well as for the correct final answer. A student who identifies the right equation, substitutes values correctly, but makes an arithmetic error at the last step can still claim most of the available marks if every step is visible. A student who writes only the final answer scores one mark. This is one of the simplest habits to change and one of the most consistently ignored. In multi-step calculations, circular motion, electrical circuits, nuclear decay chains, showing every substitution, every rearrangement, and every intermediate value is not optional at A* level.

Use the right equations, and know when to derive them

A Level Physics papers include a formula sheet, but not every formula a student might need. The harder questions at the end of papers sometimes require combining equations that are not given, or deriving a result from first principles. Students who rely entirely on the formula sheet and do not practise working with unfamiliar combinations of equations consistently lose marks on these questions. Practising derivations, showing how equations are arrived at from physical principles, builds exactly the flexibility the A* requires.

Check that answers are physically reasonable

One of the most reliable ways to lose marks on calculation questions is to arrive at an answer that is clearly physically unreasonable, a velocity that exceeds the speed of light, a resistance of 10,000 ohms in a simple circuit, a nuclear decay energy in the wrong order of magnitude, and to write it down without noticing. Developing the habit of checking the order of magnitude and the units of every answer before moving on catches these errors before they cost marks. It takes ten seconds per question and is a consistent differentiator between A and A* students.

Which A Level Physics topics should you prioritise for an A*?

Mechanics, particularly circular motion, simple harmonic motion, and gravitational fields, is one of the highest-mark topic areas across all exam boards and one of the most consistently demanding. Students who can handle every sub-type of mechanics question reliably have a significant advantage on Paper 1. Electricity and circuits rewards students who understand the principles behind Kirchhoff’s laws and can apply them to unfamiliar circuit configurations, not just the standard examples.

Quantum physics and nuclear physics questions at A* level require both content knowledge and the ability to apply concepts in unfamiliar contexts. These topics have a reputation for being abstract, and students often revise them less thoroughly than mechanics. The mark scheme rewards conceptual precision, the photoelectric effect, wave-particle duality, radioactive decay, as much as mathematical accuracy.

Practical skills and data analysis

Paper 3 tests practical skills and data analysis, graph interpretation, uncertainty calculations, and experimental design. These questions are predictable in format and reward students who have practised them specifically. Drawing lines of best fit correctly, calculating gradients with the right units, estimating uncertainties, and evaluating experimental methods are all learnable skills. Students who treat Paper 3 as an afterthought consistently leave marks available that a small amount of specific preparation would have secured.

How should you revise A Level Physics to reach an A*?

Work through the specification systematically, topic by topic, ensuring every equation is understood rather than memorised. For each topic, practise a range of question types rather than the same question style repeatedly, the A* requires flexibility, and flexibility comes from encountering variety. Past papers should be sat under timed conditions with full working shown throughout, then marked question by question against the scheme.

Examiner reports, published by AQA, OCR, and Edexcel after each series, describe specifically where students at A-grade level lost marks and what the top answers did consistently. Reading two or three of these on your weakest topics is one of the most efficient uses of revision time available and is used by very few students.

Meet some of our A Level Physics tutors

Murray

Murray is reading Materials Science at Oxford (MEng, expected First), having achieved A* in Maths, Chemistry, and Physics at A Level. He holds a Bronze First Division in the British Physics Olympiad and tutors the PAT (Physics Aptitude Test) alongside A Level Physics. Murray is particularly effective at building the problem-solving approach needed for the harder multi-step questions at the end of papers, the questions where A students most consistently lose their A* marks.

Martin

Martin is completing a PhD in Applied Maths and Theoretical Physics at Cambridge, having previously achieved the highest AS Level Physics mark in the country. He holds an MSc in Mathematical Sciences from Oxford (Distinction) and achieved A*A*A*A at A Level. Martin brings genuine theoretical depth to A Level Physics tutoring, particularly in mechanics, quantum physics, and fields, and is highly effective at helping students approach unfamiliar questions systematically rather than freezing when the method is not immediately obvious.

Liza

Liza holds a BA in Mathematics and Philosophy from Yale University and an MSc from the London School of Economics, where she was a Chevening Scholar. With nearly a decade of tutoring experience across the UK and the US, she specialises in Mathematics and Physics from secondary level upward. Liza is particularly effective at making the underlying logic of Physics concepts clear rather than procedural, which is precisely what the harder questions at A* level demand. She is also experienced at working with students who have ADHD or learning differences, adapting her approach to suit each student’s needs.

Ready to push for an A* in A Level Physics?

If your child is sitting consistently in the A range but the A* is not landing, a specialist tutor can identify the specific patterns keeping them below that boundary and fix them before the exams. Get in touch and we will match them with the right tutor.

Frequently asked questions

How to Get a 9 in GCSE Biology?

By Russell Greenhill

Founder & CEO @ Greenhill Academics

Oxford Master’s Graduate • 8+ Years Tutoring Experience

Most students wondering how to get a 9 in GCSE Biology assume they need to learn more content. That’s rarely the issue. The mark scheme rewards precise terminology, clearly structured extended responses, and the ability to apply understanding to unfamiliar contexts. Students who write loosely fall short of the top grade band, even when they know the material.

This post covers what grade 9 answers in GCSE Biology actually look like. It explains which topics carry the most marks and how to prepare specifically for the top grade.

What do GCSE Biology grade 9 answers actually look like?

The gap between a grade 7 answer and a grade 9 answer in Biology is rarely about knowing more content. It is about expressing that content with scientific precision. “The heart pumps blood around the body” earns fewer marks than a more precise version. A grade 9 answer would say “the left ventricle contracts, forcing oxygenated blood through the aorta at high pressure.” Both describe the same idea. Only the second uses the terminology the mark scheme rewards.

In extended response questions, examiners look for a logical sequence of points that builds towards a conclusion. A student who lists correct facts in no particular order will score lower than one who links each point in a cause-and-effect chain. Take enzyme denaturation as an example. A grade 9 answer connects temperature increase to increased kinetic energy, then to changes in the active site shape, and finally to the substrate no longer fitting. Each step earns a mark. Skipping one breaks the chain and loses it.

Use precise biological terminology in every answer

Build a glossary of key terms for each topic as you work through the specification. In cell biology, terms like “mitochondria,” “ribosome,” and “active transport” carry marks that vague alternatives do not. For respiration, write “aerobic respiration in the mitochondria produces ATP” rather than “the cell makes energy.” In ecology, “biodiversity,” “abiotic factor,” and “quadrat” are terms the mark scheme expects. Using the correct term every time is one of the fastest ways to move from a 7 to a 9 in GCSE Biology.

Structure extended responses as chains of cause and effect

GCSE Biology six-mark questions test whether students can construct a coherent scientific explanation. The mark scheme awards marks for a logical sequence where each point connects to the next. “Antibodies bind to antigens on the pathogen” is one mark. “This causes agglutination, making it easier for phagocytes to engulf the pathogen” extends the chain and picks up further marks. Practise writing these chains for every major process in the specification. The habit of linking each point to the next is what separates top-band answers from mid-band ones.

Which GCSE Biology topics should you prioritise for a grade 9?

Some topics appear more frequently in the higher-tariff questions and carry more marks overall. Focusing revision time on these high-value areas is more efficient than revising everything equally. The topics below consistently feature in the questions that separate grade 7 from grade 9.

Cell biology and transport

Cell biology underpins almost every other topic in the specification. Questions on cell structure, mitosis, stem cells, diffusion, osmosis, and active transport appear on every paper. Students who explain osmosis using water potential and concentration gradients score marks that others miss. Stating “water moves from high to low concentration” is too vague for the top band. The required practical on osmosis in potato cylinders also appears frequently. Understanding how to calculate percentage change in mass and explain the results is essential for the grade 9 boundary.

Homeostasis and response

Homeostasis questions test whether students can explain negative feedback loops with precision. Each answer needs to describe a stimulus, a receptor, a coordination centre, and an effector in sequence. Partial answers that skip one step in the loop lose marks. For thermoregulation, write “thermoreceptors in the skin detect a decrease in temperature and send nerve impulses to the hypothalamus.” That earns more than “the body detects it is cold.” Hormonal coordination is another area where precise language separates grade bands. The menstrual cycle and the role of insulin both reward detailed, step-by-step answers.

Ecology and required practicals

Ecology questions at grade 9 level ask students to interpret data, evaluate methods, and explain relationships between organisms. Required practicals on sampling techniques, decay rates, and light intensity appear regularly. A strong answer describes the method, identifies variables, explains why results may vary, and suggests improvements. That range of skills scores across multiple mark bands within a single question. Revision that focuses on understanding the purpose and limitations of each required practical pays off more than memorising the method alone. You can find past papers with these questions from AQA, Edexcel, and OCR.

How should you use GCSE Biology past papers to reach a grade 9?

Past papers are the single most effective revision tool for GCSE Biology. They only work, however, when used with the mark scheme open beside them. Sitting a paper, checking the total score, and moving on misses most of the value. The better approach is to mark each question individually against the mark scheme. For every lost mark, identify whether the issue was missing knowledge, imprecise terminology, or an incomplete chain of reasoning.

After marking, rewrite every answer where marks were lost. Focus on the specific words the mark scheme required and compare them with what you wrote. If the mark scheme says “mitochondria” and you wrote “cell,” that single word cost a mark. Rewriting until an answer matches mark-scheme precision builds the consistency grade 9 requires. Download past papers from the official exam board websites. Use the mark scheme alongside examiner reports for the best results. For a broader overview of revision methods, our guide on how to revise for GCSEs covers the principles that apply across all subjects.

Which GCSE Biology tutors can help your child reach a grade 9?

Kriszta

Kriszta completed an MBiol in Biological Sciences at the University of Oxford (First Class, top 10 in a cohort of 120+ students) and won the Moore Prize for the best research dissertation. She is now pursuing a PhD in Cancer Biology at the University of Cambridge. Kriszta’s depth of biological knowledge goes well beyond the GCSE specification. She explains concepts with a clarity and precision that helps students see why exact terminology matters in the mark scheme. She is particularly effective at teaching students to write the structured, cause-and-effect chains that grade 9 answers require.

Charlotte

Charlotte completed an MBiol in Biological Sciences at Balliol College, Oxford (First Class) and achieved AAA at A Level in Biology, Chemistry, and Physics, alongside 11 A*s at GCSE. Tutoring since 2020 across GCSE and A Level sciences, Charlotte has a particular talent for building student confidence in scientific reasoning and exam technique. Her approach to Biology is methodical and precise, exactly what GCSE students need to stop losing marks through vague or incomplete answers.

Clemie

Clemie read Psychological and Behavioural Sciences at Trinity College Cambridge (First Class), having achieved A* in Biology, Chemistry, and Maths at A Level at the City of London School for Girls. She tutors GCSE Biology alongside Chemistry, Physics, and Maths. Clemie’s research background gives her a precise, analytical approach to identifying where marks are being lost. This is particularly valuable for students who understand the biology but are not yet writing it at grade 9 level.

Ready to push for a 9 in GCSE Biology?

If your child understands the content but the grade is not reflecting it, the right tutor can identify what is keeping them out of the top band. Get in touch and we will match them with a specialist GCSE Biology tutor. If your child is also considering Biology at A Level, our guide on the challenges of A Level Biology covers what to expect.

Frequently asked questions

How to Get an A* in A Level Chemistry?

By Russell Greenhill

Founder & CEO @ Greenhill Academics

Oxford Master’s Graduate • 8+ Years Tutoring Experience

A Level Chemistry is one of the most demanding A Levels available. The A* is the grade that separates students who understand chemistry from those who can perform under exam conditions. However, the gap between an A and an A* is rarely a knowledge gap. It is a precision gap: in terminology, in how mechanisms are drawn, and in how multi-step calculations are presented. In practice, unfamiliar questions test the same precision.

This post covers what A Level Chemistry examiners reward at the top grade band. It also explains what students sitting in the A range need to change to reach an A*.

What does the A* in A Level Chemistry actually require?

The A* in A Level Chemistry is awarded to students who average 90% or more across their A2 papers. In other words, this means Papers 1 and 2 at A Level (Year 13), not Paper 3, which is the practical endorsement. Additionally, the AS papers do not contribute to the A* calculation. For example, a student who scores 85% on Papers 1 and 2 combined will not receive an A*. The Paper 3 performance and Year 12 results do not change this.

This matters for revision planning. In the final weeks before exams, the focus should be on maximising performance on Papers 1 and 2 specifically. These papers cover organic, physical, and inorganic chemistry across the full A Level specification. The hardest questions test chemical thinking, not memory alone.

Organic chemistry mechanisms: draw every arrow

Organic mechanisms are one of the highest-mark areas in A Level Chemistry. They are also one of the most penalised for carelessness. The mark scheme awards marks for specific arrow placements. For example, curly arrows must start from the correct electron source, such as a bond or lone pair. They must also end at the correct location. As a result, an arrow in the wrong place or pointing the wrong way loses the mark. Indeed, the rest of the mechanism does not save it. Therefore, your child should practise drawing every mechanism from memory. Each arrow needs checking against the mark scheme until the placement is automatic.

Physical chemistry calculations: show every step

Multi-step calculations are scored on method as well as the final answer. This applies to equilibrium constants, enthalpy cycles, electrochemical cells, and pH calculations. For example, a student who sets up the calculation correctly but slips on arithmetic can still claim most of the marks. However, every step must be visible. A student who writes only the final answer scores one mark regardless of whether the method was correct. As a result, showing full working on every calculation question is one of the simplest changes your child can make. It often moves an A student toward an A*.

Synoptic questions: link across topics

The hardest questions on A Level Chemistry papers are synoptic. They require students to apply knowledge from multiple topics at once. For example, a question might present an unfamiliar organic compound and ask about its reactivity, spectroscopic properties, and synthesis route. These questions separate A and A* students. In fact, most A students know the content. They lose marks because they fail to spot which knowledge to apply.

Practising synoptic questions specifically, rather than topic-by-topic questions in isolation, is essential preparation for the A*. When working through a synoptic question, the useful habit is to identify every topic before attempting an answer. Then your child should work methodically through each component. Students who rush into synoptic answers without mapping the question first consistently miss marks they were capable of earning.

How should your child revise A Level Chemistry to reach an A*?

Cover every specification point

The A Level Chemistry specification is the document that defines what the exam will test. Every question in Papers 1 and 2 is written to specification points. As a result, students who revise from textbooks without cross-referencing the specification often cover some topics in too much depth. They may also miss specification points entirely in others. Therefore, your child should download the full specification for their exam board (AQA, OCR, or Edexcel). They should work through it systematically and ensure every point is covered before moving to past papers.

Use past papers to find your child’s loss patterns

Your child should sit full past papers under timed conditions and mark them against the scheme. The next step is keeping a record of which topics often cost marks. Most A Level students have one or two areas where they regularly lose marks: often equilibria, organic synthesis, or spectroscopy. Therefore, spotting these patterns early and addressing them specifically is more efficient than revising every topic equally. In practice, the weeks before the exam are too short for broad revision.

Read examiner reports

AQA, OCR, and Edexcel all publish examiner reports after each exam series. These documents describe in plain language what set the top responses apart from average ones. Specifically, they flag which mechanisms were drawn incorrectly, which calculation steps were missed, and which command terms were misread. As a result, your child should read two or three examiner reports on their hardest topics. In fact, this is one of the most efficient uses of revision time. However, few students do it.

Meet some of our A Level Chemistry tutors

The right A Level Chemistry tutor can spot the habits keeping your child below the A* threshold. They then fix those habits before the exam. Below are three Greenhill tutors who specialise in A Level Chemistry at the top grades.

Gonzalo

Gonzalo completed an MChem in Chemistry at Oxford (First Class, 80% overall). He won the Academic Open Scholarship at Jesus College and three Woodward Prizes for excellence in Chemistry. He achieved A* in Maths, Further Maths, Chemistry, and Biology at A Level, plus nine Grade 9s at GCSE. His Oxford transcript includes marks of 91 in Organic Chemistry. Other core subject scores include 90, 88, and 87. Gonzalo is now starting a PhD in Inorganic Chemistry at Cambridge. He tutors A Level Chemistry with a depth of subject knowledge that goes well beyond the specification. This is exactly the foundation needed for a consistent A*.

Murray

Murray is reading Materials Science at Oxford (MEng, expected First). He achieved A* in Maths, Chemistry, and Physics at A Level. He holds a Silver Cambridge Chemistry Award and has over 150 hours of tutoring experience across the sciences. Murray is particularly effective at helping students build the problem-solving approach needed for synoptic and unfamiliar questions. These are the parts of A Level Chemistry papers where most A students lose their A* marks.

Jessica

Jessica is completing her fourth year in Medicine at Cambridge. She achieved A*A*A*A* at A Level in Mathematics, Further Mathematics, Chemistry, and Biology. With hundreds of hours of tutoring experience, Jessica has a precise understanding of what the mark scheme rewards. This means she knows what separates top responses at A* level. She is particularly effective with students who are close to an A* but losing marks. The pattern is usually incomplete mechanisms, imprecise terminology, or inconsistent performance on calculation questions.

Ready to push for an A* in A Level Chemistry?

Your child may be sitting consistently in the A range with the A* not landing. The right tutor can identify the patterns keeping them below that boundary. The tutor then fixes the patterns before the exams. Get in touch and we will match your child with a specialist Chemistry tutor.

Frequently asked questions about A Level Chemistry

Below are the questions we hear most often from parents whose children are aiming for an A* in A Level Chemistry.

Grading and content questions

Subject choice and tutoring

My Child is Predicted a B but Needs an A. What Now?

By Russell Greenhill

Founder & CEO @ Greenhill Academics

Oxford Master’s Graduate • 8+ Years Tutoring Experience

A predicted B with a university offer conditional on an A is one of the most common and most stressful positions a Year 13 student can be in. It means the current trajectory is not enough and that something needs to change before the exams. It does not mean the offer is out of reach.

The gap between a B and an A in A Level is smaller than it looks from the outside. In most subjects and most exam series, it is between 10 and 20 raw marks on a paper, roughly 5 to 10 percentage points. That gap is almost never a knowledge gap. It is almost always a technique and consistency gap. This post covers what that means and how to close it.

What does the gap between a B and an A in A Level usually come down to?

Students who consistently score in the B range in A Level exams are not short of knowledge. They typically understand the content well. What they are short of is one or more of three things: mark scheme precision, consistent performance across a full paper, and the ability to handle unfamiliar questions without losing marks unnecessarily.

Mark scheme precision

A Level mark schemes are specific. In sciences, they require exact terminology, not a paraphrase, not a near-synonym, the specific word or phrase the examiner is looking for. In essay subjects, they require a particular level of analytical depth, specific types of evidence, and a conclusion that addresses the exact question asked rather than the general topic. A student who understands the chemistry, history, or economics but writes answers that are slightly off the mark scheme’s specific language consistently scores B-band marks even when they knew the answer.

The fix here is deceptively simple: study mark schemes, not just past papers. Read every mark point for questions you have attempted. For every mark you did not receive, ask whether you said something different or something less precise. Build a list of the exact phrases, definitions, and constructions the mark scheme rewards in your subject and practise using them in every answer you write.

Consistency across a full paper

Many B-grade students score very well on the questions they find comfortable and drop marks on anything outside that comfort zone. An A-grade performance requires a consistent score across the full paper, including the questions at the end that are specifically designed to be harder, and the question types that appeared less frequently in the past papers you revised from.

When sitting practice papers, track not just your total score but your score by question type. If you consistently drop marks on data analysis questions, on multi-step calculations, or on the longer essay questions at the end of the paper, that is the specific area to address. Revising the topics you find easiest does not close a consistency gap.

Handling unfamiliar questions

A Level examiners deliberately include questions that test application of knowledge to unfamiliar contexts. These questions are not testing whether you have seen this specific question before, they are testing whether you can think with the knowledge you have. Students who freeze or skip these questions lose the marks that most clearly separate B from A grades.

The approach to unfamiliar questions is not to have seen every possible question type. It is to have a method: read the question carefully, identify which topics are being combined, apply what you know to each component methodically, and write something, even a partial answer, rather than leaving it blank. Marks for partial answers on hard questions are often the difference between a B and an A.

What should you do between now and your A Level exams?

Find your specific loss patterns

Sit two or three past papers under timed conditions and mark them question by question against the scheme. Do not average out the marks and move on. For each question you lost marks on, categorise the loss: was it terminology, missing a step in a calculation, a mechanism drawn incorrectly, an essay that did not deploy enough evidence, a conclusion that did not address the question? Each category tells you something different about what needs to change. Most B students have two or three consistent loss patterns, not twenty. Identifying and fixing those specific patterns is more efficient than revising every topic again.

Practise at A-grade standard, not B-grade standard

When writing practice answers, compare them not against the minimum marks needed for a B but against what a full-mark response looks like. A Level examiner reports describe top-band answers specifically, the terminology used, the level of analysis, the structure of the argument. If you practise to B standard, you will produce B standard answers in the exam. Practising to A standard means using the right language, showing every step, and writing conclusions that directly address the question, in every practice answer you produce between now and the exam.

Get feedback on your written answers

Self-marking past papers is useful but limited. Most students mark their own answers charitably, they know what they meant to say and they read their answers in the light of that knowledge. A tutor who reads your answers without that context can identify much more quickly whether the mark scheme would award the marks you gave yourself. A single session in which a tutor marks three or four of your practice essays or calculation answers against the mark scheme and explains exactly why each mark was or was not awarded is often worth several hours of self-directed revision.

Which A Level tutors can help you close the gap to an A?

Martin

Martin holds an MSc in Mathematical Sciences from Oxford (Distinction) and is completing a PhD in Applied Maths and Theoretical Physics at Cambridge. During a teaching placement he raised a Year 12 class’s pass rate by 54 percentage points, with 100% of his Further Maths students achieving A*. Martin is particularly effective at identifying whether a student is losing marks through technique or content, which determines whether the plan should focus on exam method or targeted topic revision, and adjusting accordingly.

Murray

Murray is reading Materials Science at Oxford (MEng, expected First), having achieved A* in Maths, Chemistry, and Physics at A Level. He has tutored over 150 hours across A Level sciences and Maths and is experienced at working with students who understand content but are not converting that knowledge into marks. Murray builds the specific habits that close the B to A gap: full working on every calculation, precise terminology, and a systematic approach to unfamiliar questions.

Jessica

Jessica is completing her fourth year in Medicine at Cambridge, having achieved A*A*A*A* at A Level in Mathematics, Further Mathematics, Chemistry, and Biology. She has hundreds of hours of tutoring experience and works regularly with students who need to close a grade gap before a medicine or competitive university application deadline. Jessica is precise about mark scheme language and can quickly identify what a student is writing that is costing them the marks they should be earning.

The offer is still achievable. Start now.

A predicted B with months remaining before the real exams is a position that changes regularly. The students who reach the grade they need are the ones who identify specifically what is holding them back and address it directly, not the ones who revise harder without changing anything. Get in touch and we will match you with a specialist tutor who can tell you exactly what needs to change.

Frequently asked questions

My Child Is Behind for GCSEs. Is It Too Late?

By Russell Greenhill

Founder & CEO @ Greenhill Academics

Oxford Master’s Graduate • 8+ Years Tutoring Experience

Mock results come back and a significant number of parents discover their child is further behind than they thought. Some are disappointed by a single subject. Others are looking at results across the board that do not reflect two years of effort. In both cases, the first question is the same: is there still time to turn this around?

The short answer is yes. The more useful answer is: it depends on what you do next, and how quickly you start doing it. This post is for parents who have seen the mock results and want to understand honestly what is possible between now and the real exams.

How much can realistically change between GCSE mocks and real exams?

A lot. Students move two or three grade levels between mock results and final exams every year. This is not unusual, it is expected. The mock series is sat before the most focused revision period of the year, often before topics have been fully taught, and under conditions that many students have not prepared for specifically. The final exams are sat after months of targeted revision with full knowledge of the specification.

The students who make the biggest jumps are not always the ones who were closest to the grade they needed. They are the ones who responded to mock results with a clear plan rather than panic or avoidance, and who spent the available time on the right things. A grade 4 student who identifies the specific topics costing marks and addresses them methodically can reach a 6 by May. It is not guaranteed, and it requires real effort, but it is well within the range of what is possible.

What tends to hold students back at this stage

When students are behind at mock stage, the cause is almost always one of three things. The first is content gaps, topics that were not understood when taught and have not been revisited. The second is exam technique, the student understands the material but writes answers that do not match what the mark scheme rewards. The third is revision method, the student is putting in hours but using approaches that do not build the recall needed under exam conditions.

Each of these has a different fix. Content gaps need targeted teaching on the specific topics causing most mark loss. Exam technique needs practice with mark schemes and feedback on answers. Poor revision method needs a change in approach, away from passive re-reading and toward active recall and past paper practice. Identifying which of these is the primary issue for your child is the first step, and the most valuable thing a tutor can do in an initial session.

What should your child do in the two weeks after GCSE mock results?

The two weeks immediately following mock results are the most important period of the whole GCSE course. Students who act quickly and purposefully in this window recover ground. Students who feel overwhelmed and don’t know where to start often let another month slip by before doing anything meaningful.

Go through the mock paper with the mark scheme

Sit down with your child and their mock papers within a week of getting results back. Go through each question they lost marks on and look at the mark scheme. For each lost mark, ask: did they not know the answer, or did they know it but write something that didn’t match what the examiner was looking for? The distinction is crucial. Mark scheme misalignment is often faster to fix than a genuine content gap, it is a habit rather than a knowledge problem.

Build a subject priority list

List every subject and note two things against each: the current mock grade and the grade your child needs. The subjects where the gap is two grades or more and the exams are earliest get priority. The subjects where your child is already at their target grade get less time. Most students revise the subjects they enjoy most, because it feels productive and is not uncomfortable. The marks they need are almost always in the subjects they have been avoiding.

Start focused revision immediately, not after half term

The instinct after a difficult mock period is often to take a break before starting revision in earnest. This is understandable and partially sensible, a student who is exhausted and demoralised needs some recovery time. But “I’ll start properly after half term” often becomes “I’ll start properly in April” and then the time has gone. A manageable amount of focused revision starting now is worth far more than an intensive burst that begins too late.

How should you talk to your child about disappointing GCSE mock results?

How you respond to mock results at home matters. A student who hears primarily catastrophising, conversations about what the results mean for their future, comparisons to what other people got, expressions of disappointment that are repeated, is more likely to freeze than to mobilise. That is not because they don’t care. It is because anxiety narrows focus, and a student under significant anxiety finds it much harder to sit down and do the work.

The most useful framing is honest and practical. Acknowledge that the results were not what either of you hoped for. Be clear that there is time to change them. Then focus the conversation entirely on what happens next, which subjects, which topics, how much revision per day, and whether a tutor would help. Action is the antidote to the paralysis that bad mock results can cause, and your child needs help identifying what that action looks like.

When does a GCSE tutor make the biggest difference after mock results?

A tutor is most valuable at this stage when the student needs both a diagnosis and a plan. The diagnostic part, working out exactly which topics and techniques are costing marks, is something a good tutor can do in a single session by going through a mock paper in detail. The plan part follows from that: a subject-specific, week-by-week revision schedule focused on the marks available to recover in the time remaining.

Students who are behind in multiple subjects benefit from one tutor per priority subject rather than one generalist tutor across everything. A specialist Maths tutor will identify mark-scheme issues in Maths Maths in a session that a generalist might miss. We match by subject and level, if your child needs support across two or three subjects, we can arrange multiple tutors quickly without you having to search separately for each.

Meet some of our GCSE tutors

Ejaz

Ejaz is reading for an MSci in Mathematics at Imperial College London, where he achieved 8 Grade 9s at GCSE. With over 100 hours of tutoring experience across GCSE and A Level Maths, he is particularly effective at identifying whether a student’s errors come from weak foundations or mark-scheme misalignment, and adjusting the approach accordingly. Students who are behind in Maths after mocks consistently make up ground quickly under his guidance.

Clemmie

Clemmie read Psychological and Behavioural Sciences at Trinity College Cambridge (First Class), having achieved A* in Biology, Chemistry, and Maths at A Level. She tutors GCSE Maths, Biology, Chemistry, and Physics. Her research background gives her a precise, analytical approach to diagnosing where a student is losing marks and building a targeted plan around what the mark scheme actually rewards, which is often the fastest route to improvement after a disappointing set of mocks.

Naomi

Naomi read Politics, Philosophy, and Economics at Oxford (Exeter College), winning the Sir Arthur Benson Memorial Prize. She achieved seven Grade 9s at GCSE and tutors GCSE English Language, English Literature, and humanities subjects. One of her students raised a predicted English grade from a 6 to a 9 through consistent, structured practice. Naomi is particularly effective at helping students understand what the mark scheme rewards in English and building the analytical habits that move answers into higher grade bands.

There is still time. Use it well.

The families who look back on GCSE results day and feel proud of what their child achieved are almost never the ones who panicked after mocks. They are the ones who responded quickly, got the right support in place, and made the available time count. Get in touch and we will match your child with a specialist tutor, usually within 48 hours.

Frequently asked questions

The 11+ Is Getting Harder: What It Means for Your Child

By Russell Greenhill

Founder & CEO @ Greenhill Academics

Oxford Master’s Graduate • 8+ Years Tutoring Experience

The 11 plus exam has not changed. The number of places at grammar and selective independent schools has not changed. What has changed is the number of families competing for those places, and that shift has made the effective pass mark significantly higher in a short period of time.

If you are preparing your child for the 11 plus in 2026 or 2027, the approach that worked for a sibling five years ago may not be enough today. This post explains what has driven the change, what it means in practice, and what families who succeed are doing differently.

Why is the 11 plus more competitive in 2026?

Grammar schools are free. That has always made them attractive. What changed in January 2025 is that the cost of the alternative, independent schools, increased sharply when VAT was applied to school fees. A family paying £15,000 per year for an independent school place now pays closer to £18,000. Over seven years of secondary education, that is a meaningful difference, and many families have concluded that the more sensible option is to try harder for a grammar school place rather than absorb the extra cost.

The families entering this competition are not starting from scratch. Many were already considering independent schooling, which means their children are often well-prepared, academically engaged, and from households that take education seriously. Grammar schools report higher numbers of applications and higher average test scores among applicants. The effective score required to secure a place, not the official pass mark, but the score that actually gets a child offered, has risen at many schools.

Which schools are most affected

The effect is most pronounced in areas where grammar schools and independent schools serve the same families. London and the surrounding counties, Essex, Kent, Buckinghamshire, Surrey, Hertfordshire, are seeing the most significant increases in competition. Grammar schools in these areas have always been competitive. In 2026, they are more competitive than at any point in recent history.

Grammar schools in less densely populated areas, or in regions with fewer nearby independent schools, have seen smaller increases. But the trend is national. Parents preparing children for any selective school in 2026 should assume higher competition than previous cohorts faced.

What does increased 11 plus competition mean for how you prepare?

The 11 plus itself has not changed. The question types, the timing, the marking, these are the same. What has changed is the standard required to pass in a competitive field. Three things follow from this.

Start earlier

The preparation timeline that was adequate five years ago is no longer adequate for competitive schools. Starting in Year 5 is still the right time for most families, but starting at the beginning of Year 5 rather than the middle matters more than it used to. For families targeting the most oversubscribed schools, starting in the second half of Year 4 gives the preparation time needed to be genuinely competitive.

This does not mean drilling a nine-year-old with practice papers from the first week of Year 4. It means introducing topics like verbal reasoning, non-verbal reasoning, and problem-solving Maths gradually, at a pace that builds understanding rather than anxiety. A tutor who works with younger children understands this balance.

Prepare more thoroughly, not just more intensively

The children who are now competing for grammar school places are not just well-prepared, they are thoroughly prepared. They have worked through multiple practice paper sets. They are fluent in all the major question types. They can maintain accuracy under timed conditions. They have practised handling difficult questions they cannot immediately answer, rather than freezing or leaving them blank.

If your child’s preparation has consisted mainly of working through a CGP book and doing a few practice papers, that is probably not enough for a competitive school in 2026. The preparation needed is more structured and more specifically targeted at the exam formats your child’s target schools use.

Choose target schools carefully

Not all grammar schools have become equally more competitive. A family who was borderline for a highly oversubscribed school five years ago may now need to rethink their target schools, or significantly increase their preparation. A good tutor who knows the regional landscape can give an honest assessment of which schools are realistic targets for your child based on where they currently are.

This is not a reason for pessimism. It is a reason for realism. A child who prepares thoroughly for a realistic set of target schools has an excellent chance of securing a place. A child who prepares moderately for schools that are now out of reach is likely to be disappointed. Honest target-setting is one of the most useful things a tutor can provide early in the preparation process.

What does good 11 plus preparation look like in a more competitive field?

The fundamentals of 11 plus preparation have not changed. Content knowledge, question familiarity, and speed under timed conditions are still the three things that determine performance. What has changed is the level of each required to be competitive.

Content knowledge needs to go beyond the primary school curriculum in Maths and English. Verbal and non-verbal reasoning need to be practised until the question types are genuinely familiar, not just vaguely recognisable. Speed needs to be built gradually over months, not rushed in the final weeks. And mock exams need to be used diagnostically, identifying specific weaknesses, rather than just as confidence builders.

The children who secure places at the most competitive grammar and independent schools in 2026 are not necessarily more intelligent than those who do not. They are better prepared. That distinction is the most useful thing to understand about the current landscape.

Which 11 plus tutors can help your child prepare for selective schools?

Murray

Murray is reading Materials Science at Oxford (MEng, expected First), having achieved A* in Maths, Chemistry, and Physics at A Level. With over 150 hours of tutoring experience, Murray tutors 11 plus Maths alongside GCSE and A Level subjects. He works online using an interactive whiteboard, which is particularly effective for the visual and spatial problems that appear in 11 plus Maths and Non-Verbal Reasoning papers.

Clemmie

Clemmie read Psychological and Behavioural Sciences at Trinity College Cambridge (First Class), having attended the City of London School for Girls. She tutors 11+ Maths and English alongside GCSE and A Level subjects. Her research background gives her a precise approach to identifying where a child is struggling and what needs to change, and she is effective at working with younger students building confidence alongside exam technique.

Martin

Martin holds an MSc in Mathematical Sciences from Oxford (Distinction) and is completing a PhD in Applied Maths at Cambridge. He tutors Private School Admissions Maths across 7+, 11+, and 13+ levels. During a teaching placement he raised a Year 12 class’s pass rate by 54 percentage points. Martin is particularly effective at building the problem-solving speed that 11 plus Maths demands, precisely the skill that separates competitive applicants in 2026.

Ready to prepare properly for the 11 plus?

In a more competitive field, preparation that was adequate a few years ago may not be enough. Get in touch and we will match your child with a specialist 11 plus tutor who can give an honest assessment of where they stand and build a plan that gives them a real chance.

Frequently asked questions