IGCSE Science Tutor in The Sustainable City

This sounds like a trivial question and it is the most common source of wasted revision in science. Three separate sciences, a coordinated or combined double award, and single-subject arrangements are different qualifications with different paper counts, different content depth and different past papers. Students frequently describe themselves as doing triple science when the school has entered them for a double award, and then revise from separate-science past papers that cover material they were never taught.

The codes settle it. Cambridge separate sciences are 0610 biology, 0620 chemistry and 0625 physics; Coordinated Sciences double award is 0654 and Combined Science is 0653. The Pearson separate sciences are 4BI1, 4CH1 and 4PH1, with Science Double Award at 4SD0. Ask the examinations officer for the codes rather than the subject names, because the difference between 0654 and the three separate codes is a materially different revision programme with a different paper count behind it.

The route also has consequences after Year 11. Some post-16 science courses, in Dubai and abroad, prefer or require the separate sciences for progression to A Level or Higher Level study in that subject. A student on a double award aiming at Higher Level chemistry should check their own school's entry requirement early rather than discovering a constraint at the point of selection. The table below sets out what each route commits a student to, and it is worth reading with the school's confirmation of the codes in hand rather than from memory.

Nobody in this market publishes a science calendar, which is a gap worth filling because science has milestones the other subjects do not. Work the list below upwards and the logic is clear: the series is fixed by the board, study leave by the school, the mock block sits a term earlier because predicted grades depend on it, and entry decisions — award route and tier — close before any of that. Those entry deadlines are the ones families most often meet by accident.

What makes science distinctive is the practical component and the sheer volume of content across three subjects. There is no coursework deadline in the international specifications to force early work, which sounds like a relief and is actually the problem: nothing in the first three terms creates urgency, so drift in one subject goes unnoticed. The internal Year 10 examinations are the only real checkpoint, which is why they deserve more attention than schools' reporting cycles usually give them.

The practical consequence for a family here is a simple rule. Use the Year 10 internal results to decide which of the three sciences needs a weekly slot, then protect that slot through Year 11 rather than spreading hours across all three in the final terms. Families who do the reverse end up with three partially supported subjects and no completed between-session work in any of them, at three times the monthly cost. The table below is the sequence, and the final column is what should already be finished by each point rather than what the school will be doing.

In both boards' international science specifications, practical skills are assessed on a written paper rather than through laboratory assessment. That is good news for an online tutor and, more importantly, it means a component worth a meaningful share of each science grade can be prepared from past questions. It is also the component students practise least, because it does not look like revision: there is nothing to re-read and no notes to highlight.

What the paper actually tests is narrow and repetitive, which is exactly why it rewards practice. Students are asked to identify independent, dependent and controlled variables; read and interpret apparatus diagrams; criticise a given method and suggest improvements; complete and read results tables; plot graphs and draw lines of best fit; and comment on reliability and anomalies. The same question shapes recur across series, and a student who has worked twenty of them recognises every one.

The leverage here is that the skills transfer across all three sciences at once. A student who learns to spot the controlled variable in a biology method does the same job in chemistry and physics. That makes a four to six session practical block the best value available in a triple-science timetable, because one short engagement raises marks in three subjects. It is also the clearest example of a component where online delivery costs nothing whatsoever, because every one of these skills is exercised on a page rather than at a bench.

The instinct when science marks fall is to tutor science, and in a triple timetable that means three subjects and three hours a week. For a Year 11 student carrying nine or ten subjects plus the mandatory UAE subjects, that is more than the between-session work can absorb, so all three engagements become half-used. The better approach is diagnostic: find out which of the three is actually the problem and whether the cause is shared.

There is a useful pattern that families can read themselves. If chemistry and physics are both drifting while biology holds, the cause is almost always arithmetic — rearranging, ratio, prefixes, significant figures — rather than three separate content problems. One engagement on the mathematics inside science fixes two subjects at once. If biology alone is weak, the cause is usually terminology precision and volume management, which is a different kind of work entirely.

If all three are weak, the cause is usually explanation technique or data handling, both of which are shared across the subjects, and both of which respond to a single engagement. That is why we ask for marked papers in all three before recommending anything: the pattern across them tells us whether this is one problem wearing three subject labels or three genuinely separate problems, and that determines whether a family needs one tutored hour a week or two. It is also free information: three photographs of marked papers, read side by side, settle the question before anybody is booked.

Eight weeks is the usual commitment and in science it buys more than families expect, because the question types are strongly patterned. A student who understands the biology but writes imprecise explanations can move a grade in that time. A student who has not met a third of the chemistry specification cannot, and a tutor who implies otherwise is selling hope by the hour. The target has to be set honestly at the start.

The highest-yield eight-week plan in science is usually not content at all. It is the practical paper, explanation technique and data handling, in that order, because all three transfer across subjects and all three are under-practised. A student who adds those to existing content knowledge picks up marks in every paper they sit rather than in one topic. Content repair comes after, and only on the two or three topics that recur most heavily in past papers.

The first two weeks are diagnostic and look slower than parents expect: timed questions rather than teaching, with lost marks classified by reason rather than counted. The classification is the useful output. A student who learns that four of eight lost marks were explanation marks and two were units has a plan; a student who learns they scored sixty-one per cent has a feeling. That distinction is most of what separates a useful block from eight weeks of general revision, and it costs nothing except the discomfort of two weeks that look unproductive.

The arithmetic of three subjects is what makes science different from other tutoring decisions. Published Dubai rates put a qualified subject tutor working online at AED 150 to AED 300 an hour, with Unitors advertising IGCSE from AED 150. At the mid-point of that band, three weekly hours is a monthly figure most households did not intend, and the between-session work for three subjects will not get done anyway, so the money buys less than one hour used properly.

The rest of the market, for context: budget online tutoring at AED 33 to AED 65 an hour, with Tutopiya from AED 33 to AED 52 and EdFlik from AED 45 to AED 65; specialists in IGCSE and A Level at AED 200 to AED 450 and above, with TutorChase publishing AED 270; in-home visits at AED 180 to AED 500 once travel is included, with Bestimate quoting AED 180 to AED 350; and one premium provider advertising AED 650 an hour. Monthly packages include AED 799 for eight online sessions and AED 1,599 to AED 1,799 for four two-hour home visits.

For IGCSE science the qualified online tier is usually the right purchase, and the right quantity is usually one hour rather than three. Bestimate's monthly estimates for one weekly hour are AED 600 to AED 1,200 mid-market. Every figure here belongs to the company or rate guide that published it and was read in October 2026. IB Gram publishes no hourly list on these pages and quotes after a free trial, for the specific subject and code.

Dubai private schools are overseen by the Knowledge and Human Development Authority, described on u.ae as responsible for enhancing and overseeing the quality of private education in the emirate. The market context: 227 private schools and 387,441 students in 2024-25 across 17 curricula, with the UK curriculum at 37% of enrolment. KHDA confirmed in May 2026 that private school fees would not rise for the following academic year, under Dubai's second economic incentives package.

Two regulator facts touch a science timetable directly. KHDA requires Arabic, Islamic Education and Social Studies in Dubai private schools regardless of the licensed curriculum, with separate classes for Arab and non-Arab students and combined classes prohibited; instructional time is calculated on a 40-minute lesson unit. For a Year 11 student taking three sciences, those lessons are part of why there is less room in the week than a tutoring plan assumes. The second is that the emirate determines the regulator, with ADEK in Abu Dhabi, SPEA in Sharjah, the Department of Knowledge in Ras Al Khaimah and the federal Ministry of Education in Ajman, Umm Al Quwain and Fujairah.

On equivalency, the sourced rule is specific: five accredited GCSE or IGCSE subjects at no less than grade E or grade 3, with Arabic and Islamic Education excluded from the count, plus one Advanced Level subject at grade E or two Advanced Subsidiary Level subjects at the same grade. One ranking competitor publishes a six-subject requirement, which is wrong. Equivalency is a process your family manages with the Ministry rather than something a tutoring company performs, and nobody should suggest tutoring is required for it. IB Gram holds no KHDA, ADEK, Ministry, Cambridge or Pearson approval and no UAE office.

A Year 11 student taking three sciences has a timetable that is already full before any tutoring is added, and the UAE week does not help. Monday to Friday with a half-day Friday leaves Saturday and Sunday as the only full days, and those are also when families travel and host. Add the mandatory Arabic, Islamic Education and Social Studies lessons, plus sport, and the number of genuinely free evenings is usually one or two rather than four.

Where a family lives decides which of those evenings is usable. A student at school inside The Sustainable City is home by mid-afternoon and can take a short weekday session with time left for the work it sets. A student commuting to Motor City, Dubai Sports City or Al Barsha is not realistically free until 5.30pm, and in a sports-heavy household that evening is contested. For those families a weekend block carrying the practical and data work is usually the better structure.

On our side, slots are held in Gulf Standard Time, move after Iftar through Ramadan with the same tutor retained, and can pause during a school's own examination fortnight when adding sessions produces fatigue rather than marks. We do not rotate students between tutors to fill a diary. With three sciences in play, a tutor who already knows which of the three is the real problem is carrying information that takes several weeks to rebuild with somebody new, and that is worth more than a perfectly filled calendar.