GCSE Biology · Years 9–11 · Online or in person
GCSE biology tutor — built around exam-board specifics, not generic notes.
A matched specialist biology tutor, a plan built around the topics actually costing your child marks, and a disciplined approach to the six-mark questions where students reliably leak grades.
Free 30-minute trial · No card needed · AQA, Edexcel & OCR · Combined and Separate Sciences
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What your child gets — every week.
Three things that don't show up in generic online biology tutoring. Every weekly biology student at Legacy gets all three by default — not as a paid upgrade, not as a 'premium tier'.
A specialist biology tutor — not a generalist scientist.
GCSE biology is its own discipline. The tutor we match teaches GCSE biology week in, week out — they know which topics burn time at higher tier, which six-markers reliably surface in paper 2, and the recurring traps in each board's question style.
Six-mark structure, taught explicitly.
Most students lose more marks on the long-answer questions than on the recall ones. We teach the 'state, apply, link, evaluate' shape against real mark schemes from the right board, week after week, until the structure becomes automatic under exam pressure.
Required practicals as written-up methods.
Every AQA, Edexcel and OCR required practical is walked through as the exam asks about it: variables, source of error, the standard improvement, the expected results pattern. Schools often rush this. Online 1-to-1 is where it gets covered properly.
What we cover
Cells, organisation, infection, bioenergetics, homeostasis, inheritance, ecology.
GCSE biology is the highest-content of the three sciences — there's simply more material to learn. The shared topic blocks across AQA, Edexcel and OCR are: cell biology (animal vs plant cells, microscopy, transport across membranes); organisation (digestive, circulatory and respiratory systems, plant tissues); infection and response (pathogens, the immune system, vaccination); bioenergetics (photosynthesis and respiration); homeostasis and response (the nervous system, hormones, the kidneys); inheritance, variation and evolution (DNA, mitosis, meiosis, genetic crosses, natural selection); and ecology (food webs, the carbon and water cycles, biodiversity).
Separate Sciences (Triple) adds extra depth across most of those blocks — the inheritance and genetics material gets harder, ecology pushes into more applied content, and the homeostasis section adds further hormone systems. Combined Science (Trilogy) keeps the same framework with a reduced topic list per subject. Either way, we plan against the exact spec your child is sitting and the exact past papers from the exact board they'll see in May.
The two papers in each board carry slightly different emphases. Paper 1 typically covers the first half of the spec and Paper 2 the second half, but both papers can pull recall from anywhere. We drill that paper structure explicitly so your child knows what to expect on the day, not just what to revise.
A worked example
The misconception we see most often: confusing diffusion, osmosis and active transport.
Three transport mechanisms across cell membranes, and exam questions that punish students who can't tell them apart. Diffusion is the net movement of any particle from a higher to a lower concentration, no energy required. Osmosis is the net movement of water specifically, across a partially permeable membrane, also no energy required. Active transport is movement against the concentration gradient, requires energy from respiration, and is how root hair cells absorb mineral ions and how the gut absorbs glucose when blood glucose is already high.
Where students lose marks: they describe diffusion when the question is about osmosis, or they forget that active transport requires energy. We drill the distinction with three-row comparison tables, then test it against past-paper questions from the right board until your child can identify the mechanism from the wording of the question stem in seconds. Small distinction, recurring mark loss — exactly the kind of thing a specialist catches and a generalist often doesn't.
Past-paper-led revision
What revision actually looks like with us — and why it's not just past papers.
Past papers are the single most reliable revision tool in GCSE biology. They show your child the exact question style they'll sit, train them under realistic time pressure, and surface the gaps that practice questions in a textbook can hide. We use them seriously — board-matched, mark-scheme-aligned, walked through line by line in lesson rather than left as 'do it at home and we'll mark it later'.
But past papers alone aren't a strategy. They're a diagnostic. Your child works the paper, the tutor marks it against the official mark scheme, and the next two or three lessons are built around the topics that paper exposed. That's where grade movement actually happens — not in the act of doing the paper, but in the targeted teaching that follows it. Most tutoring stops at 'doing past papers'. We use them as the starting point of a fix-cycle, not the end point.
In the run-up to mocks and finals, every weekly lesson is anchored to a past paper from the right board, the right tier, the right year. The tutor teaches the standard six-mark structure explicitly, drills the recall on the topics the paper exposed as weak, and rebuilds your child's confidence on the question types they were quietly avoiding.
GCSE biology tutoring — frequently asked.
Ready to see what a specialist biology tutor changes?
Thirty minutes, 1-to-1, online. No card needed. You'll know within one lesson whether this is the kind of tutoring that's going to move your child's biology grade.
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