IGCSE Science Tutor in Al Mizhar

A code is a four-digit number for Cambridge International and a different format for Pearson Edexcel, and it is the only reliable description of what your child will be examined on. Two students in the same year group at the same school in Mirdif can be entered for different awards, and a tutor who assumes rather than checks will build the wrong plan. The code appears on the statement of entry, on the school's entry confirmation and on the front page of any past paper the student has been issued.

The distinction that catches most families is between separate sciences and a coordinated or combined award. Separate entry means three syllabuses, three sets of papers and three grades. A coordinated or combined award covers a defined subset of all three sciences and awards one or two grades instead. The subset is genuinely smaller, not merely easier, so teaching separate-science content to a combined candidate spends hours on material that will not appear. Confirm which award your child holds before the first lesson.

The second distinction is the board. Cambridge International and Pearson Edexcel both run international GCSE science qualifications, and their question styles and practical assessment arrangements differ. A tutor fluent in one board's style will prepare a student competently for the content and imperfectly for the paper. Ask any prospective tutor which board and which code they teach, and treat a vague answer as the answer. The table below shows how to read your own entry rather than guessing from the subject name on the report.

Where a science syllabus is tiered, a candidate is entered at Core or at Extended, and the two are not the same exam at two difficulty levels. They are different papers covering overlapping content, and Core entry limits the highest grade that can be awarded. That limit is the whole point of the decision, and it is the part of the conversation that most often does not happen. A family discovers it two years later, when a sixth-form entry requirement or a Diploma science prerequisite turns out to sit above the ceiling.

There are good reasons to enter at Core. A student who would be overwhelmed by Extended content and score nothing is better served by a tier they can succeed in, and a secure Core grade is worth more than a collapsed Extended attempt. The reason to have the conversation deliberately is that the decision has a shelf life: once the entry is made and the series sat, it is a fact on the certificate. If the student is close to the boundary, it is worth asking what would need to change for Extended entry to be realistic, and whether a term of focused support could achieve it.

Ask the school three questions in writing. What tier is my child entered for, in each science. What is the highest grade available at that tier under the grading scale in use. And what would need to change for the other tier to be appropriate. Those three answers, together, are the only basis on which the decision should be made. The table sets out the comparison to have in mind while you ask.

Every IGCSE science award assesses practical skills, and in most arrangements a UAE candidate does that in writing rather than in a laboratory. This produces a paper that students find strange and that is, in fact, highly predictable. It asks a small set of recurring things: which variable was changed, which was kept constant, how a measurement should be read and to what precision, why one result does not fit, and what single change would improve the method.

Because the patterns recur, the paper rewards preparation disproportionately. A student who has practised identifying the independent and dependent variables in twenty unfamiliar experiments will do it reliably in the exam, regardless of whether they ever ran that experiment. A student who has only done practicals in class, and has never been asked to write about someone else's method, meets the question style for the first time under timed conditions and loses marks that have nothing to do with their laboratory ability.

The improvement question deserves separate attention because it is where vague answers go to die. Saying the experiment should be repeated earns little; saying that repeating it and taking a mean would reduce the effect of random error in the timing measurement earns the mark, because it names the error and the mechanism. Anomaly questions work the same way: the mark is for a plausible, specific cause tied to the method described, not for observing that one point is higher than the others. These are learnable in a handful of sessions and they are worth more than another pass through content.

Biology at IGCSE loses marks to command terms more than to ignorance. A question that says describe wants observable detail; a question that says explain wants the because. Students who have learned the content thoroughly still answer explain questions descriptively and score half. The second recurring loss is the two-differences question, answered with one difference stated twice in different words, which earns one mark. The third is naming a process without naming where it happens, when the mark scheme requires both.

Chemistry's losses are more arithmetic. Mole calculations are the largest single source, and within them the recurring errors are failing to convert volumes into the right unit, identifying the limiting reagent by mass rather than by amount, and quoting an answer to more figures than the data supports. Ionic equations are the second source: students write them with the species correct and the charges unbalanced, which is not a careless slip in the mark scheme's eyes but a wrong equation. Tests for ions and gases are the third, and they are pure recall, which makes them the cheapest marks on the paper to secure.

Both subjects reward a specific habit that very few students have: marking their own work against the published scheme before anyone else sees it. A candidate who marks their own answer and discovers the scheme wanted the word because, or wanted a unit, or wanted the location as well as the process, learns something that no amount of being told will teach. In a one-to-one session the most useful hour is often the student marking and the tutor auditing the marking, rather than the tutor explaining content the student already half knows.

IGCSE Physics punishes carelessness more visibly than the other two sciences, because so much of it is quantitative and the mark schemes are specific. Three losses recur. Answers given without units, which can lose a mark on a question the student otherwise answered correctly. Rearrangement errors, where the physics was understood and the algebra was not, and the wrong form of the relationship produced a confident wrong number. And graph questions answered by describing the shape when the question asked for a value read off the axis.

The rearrangement problem is the one worth attacking first, because it is not a physics problem at all. A student who cannot reliably make a chosen quantity the subject of a relationship will fail physics questions for mathematical reasons throughout the course, and will keep failing them however much physics is revised. Twenty minutes a week of pure rearrangement practice, with no physics context, fixes this faster than any amount of topic teaching. It also improves chemistry calculations at the same time.

Graph work needs the same mechanical treatment. Read what is being asked: a value, a gradient, a trend, or a comparison. If a value, go to the axis and read it, with the unit. If a gradient, choose two widely separated points on the line rather than two data points, and show the subtraction. If a trend, name the relationship rather than saying it goes up. These are habits, not insights, and habits are exactly what responds to a weekly one-to-one slot that keeps checking them.

Most students use past papers as a thermometer. They sit one, score it, feel either reassured or alarmed, and move on to the next. That produces a series of measurements and almost no improvement. A past paper is useful only if what happens after it is more work than the paper itself, and the procedure below is what that looks like in practice.

The central move is that the student marks their own script against the published scheme before anyone else looks at it, and the tutor then checks the marking rather than the answers. This is uncomfortable for a week and transformative afterwards, because it forces the student to read the scheme as the examiner does. A student who has marked ten of their own scripts knows that explain needs a causal link, that a unit is part of the answer, and that two differences means two distinct differences. Being told those things does not work; discovering them while losing your own marks does.

The second move is to log the losses by cause rather than by topic. A student who writes down that they lost four marks this week to missing units, three to command terms and two to rearrangement has a list they can act on. A student who writes down that they are bad at electricity has a mood. Over six papers the log shows which causes are shrinking and which are not, and that is what a monthly review should look at. Paper material should come from the school and from the boards' own published pages; IB Gram does not reproduce or distribute past papers, mark schemes, syllabus documents or grade-boundary tables.

Cambridge International runs its IGCSE and O Level examinations in a June series and a November series, with Primary and Lower Secondary Checkpoint tests at other points in the year. There is an additional early-year series, and it is offered to India only. A UAE candidate sits June, with November available as the resit route. Any revision plan built around the India-only sitting is built on a date that does not apply to your child, and that error has appeared on advice pages aimed at Gulf parents.

Cambridge also allocates every centre to one of six administrative zones, and its exams officers' guidance states that it is essential to use the correct version of the timetable for your zone, adding that Cambridge cannot accept responsibility for candidates who miss an exam after the wrong zone timetable was used. A parent cannot resolve this; the school's exams officer can, in one email. Ask which zone your child's centre sits in and work from that timetable.

Pearson Edexcel International GCSE examinations are available in May and June and in November each year. For the November 2026 series the final timetable ran from late October to 19 November 2026, and results reach students in January; November 2025 results reached students on 22 January 2026. June 2026 results went to centres on 19 August 2026 and to students on 20 August 2026. Pearson publishes provisional timetables ahead of each series and those can be revised, so plan from the live official timetable rather than from any date restated on a page like this one.

The first step is the code. Send the statement of entry, or a photograph of the front page of a past paper the school issued, and the plan can be built on fact rather than on the word science. Then a marked script, ideally the most recent one with the teacher's annotations left on it, because that is where the diagnosis comes from. Ten minutes of preparation by a parent saves a full session of guessing.

Then a free trial lesson, one-to-one over live video, used as a diagnostic rather than a demonstration. Ask the tutor to work through the marked script and tell you where the marks went and why. A tutor who can name the causes, missing units, command terms, mole conversions, within the hour is worth booking. A tutor who talks about their experience and their approach is not answering the question. Say early if the match is wrong; week one is the cheapest time to change.

The disclosure, before you ask for it: specialist coverage is by board and by syllabus, not by the word science, and there are weeks when no UAE-based tutor for a particular code has an evening slot that fits an eastern-suburbs timetable. Where that happens you will be told, and offered a specialist based elsewhere teaching the same syllabus over the same live video on Gulf Standard Time. What you will not get is a general science tutor presented as a specialist in your child's code, because that is the specific failure this whole page is written to prevent.