IGCSE Science Tutor in Al Mankhool

Start from the honest total. Ask how many hours a week your child genuinely has for science outside school once homework, the mandatory subjects, other GCSEs, travel and sleep are accounted for. In this belt the realistic answer in Year 11 is often two to four hours, and three sciences have to fit in it. That number, not an aspiration, is what a plan should be built on.

Then split it deliberately rather than evenly, because the three subjects do not need equal time. Biology carries the highest content volume and benefits most from sustained reading combined with written question practice. Chemistry divides into mechanical calculation work and explanation questions, and most students are comfortable with one half and neglect the other. Physics is the least content-heavy and the most technique-dependent, so it needs proportionally less content time and more structured-question practice.

Write the split down. An unstated allocation becomes an emotional one: the student spends the time on whichever subject frightened them most recently, the subject they find easiest is neglected on the assumption that it will hold, and by the mock it is the neglected one that slipped. A written rotation, reviewed after each mock, prevents the most common failure in a triple-science year without requiring any additional hours.

One practical note on how to hold the split. Where the week allows only one session, a stated rotation is better than three fragments: a full hour on one science, with work set for the other two, beats twenty minutes each. Twenty minutes cannot contain a timed question and a proper marking conversation, which are the two things that actually move a science grade.

The table gives a starting allocation. Adjust it from your child's own marked scripts, which will usually indicate a different balance from the one a family expects.

Practical skills are assessed in IGCSE science either through a practical examination or through the alternative-to-practical written paper, and which one applies depends on the centre's entry rather than on the subject. It is written on the entry statement and it materially changes what needs preparing, where and when. A family that does not know which route applies is preparing for one of two different things by guesswork.

Where the alternative-to-practical paper applies, the preparation is written and it is entirely teachable outside a laboratory. The paper has recurring question types: identify the independent, dependent and controlled variables precisely; explain why holding a particular variable constant protects the conclusion; name a specific source of error and its effect on the result; propose a concrete change to method or apparatus; read a scale with appropriate precision; suggest an improvement that addresses a named limitation. Each has a right shape of answer, and schools cover it late because laboratory time goes to the practical work itself.

Where the practical examination route applies, the apparatus, the supervision and the handling experience are the school's and cannot be bought elsewhere. What a tutor adds is the written and recording discipline around it: tabulating results properly, deciding on repeats, recording to an appropriate precision, and knowing what the examiner wants to see written down. That is a real contribution and it is not a substitute for laboratory time.

The table sets out the two routes against what each demands. Confirm your child's from the entry statement, which names it alongside the subject code.

Three sciences across two years will not organise themselves, and the default - revise each in syllabus order when it feels urgent - produces three incomplete passes and no reliable marks. A term-by-term shape avoids that, and it needs only to be written down once at the start of Year 10 and reviewed after each mock.

The principle is that technique comes early and content comes continuously. The shared skills - the six-mark response, command verbs, units and significant figures, practical-reasoning question types - should be taught once, early, because they pay in all three subjects simultaneously for the rest of the course. Content work then runs alongside the school's teaching, with the rotation adjusted by what the marked scripts show rather than by anxiety.

Year 11 changes the balance rather than the structure. Papers replace content as the main activity, and the shared-technique slot becomes an audit slot: three marked scripts to read rather than one, with the four causes of lost marks counted separately for each subject. That comparison across three sciences is unusually informative, because a student whose method marks are fine in Chemistry and poor in Physics has a subject-specific habit rather than a general one.

There is one more reason to write the shape down at the start of Year 10 rather than improvising. In this belt a large share of students change campus at sixteen, so the science grades they leave Year 11 with are also an admissions document for a school whose requirements the family has not yet read. Knowing in Year 10 which sciences the intended post-sixteen route will name turns an abstract plan into a set of priorities, and it costs one email to the receiving school to find out.

The table gives the shape. Fit it to the school's own teaching order and mock calendar, both of which vary across this belt.

Eight weeks before a series, a triple-science student with three unfinished subjects has a genuine allocation problem and it needs a decision rather than a hope. The instinct is to divide the remaining weeks equally, which produces three partial improvements and often no grade change in any subject. A deliberate ranking produces fewer improvements that are large enough to count.

Three criteria decide the ranking. First, where the recoverable marks are: a subject where the student nearly knows the material and is losing marks on structure or method is far more recoverable than one where whole topics are missing. Second, what the next stage requires: a student heading for a post-sixteen Chemistry course has more at stake in Chemistry than in Biology, and the receiving school states its requirements in named subjects. Third, which subject is closest to a tier or grade boundary, where a small movement changes the outcome.

Physics is frequently the highest-yield late subject in this belt, for a specific reason: it has the lowest content volume and the highest share of losses coming from technique, particularly explain questions answered as descriptions. A student who knows physics and writes descriptions can gain substantially in a few weeks. Biology is usually the lowest-yield late subject, because its losses are more often genuine content volume, which cannot be installed quickly.

What should be protected regardless of ranking is the shared slot. The six-mark response, the command verbs and the units discipline pay in all three subjects simultaneously, which makes them the most efficient use of a short run-in. The table ranks the three sciences for late work with the reasoning attached.

The three sciences share a mark-scheme philosophy and fail in distinguishable ways, and knowing the difference lets a session be aimed rather than general. In Biology the content volume is high and so is the temptation to revise by reading. The marks go on describing a process in the correct sequence, on the precision of definitions, and on interpreting data the student has not seen before. A student who has read the textbook twice and never written a timed answer will underperform relative to their knowledge.

In Chemistry the losses split cleanly. On the calculation side they are procedural: dropped units, premature rounding, a concentration confused with an amount, a formula misremembered under pressure. On the explanation side they are structural: a correct set of facts about a reaction presented in no particular order, where the scheme wanted cause connected to effect. Most students are comfortable with one side and avoid the other, and a tutor's first job is to find out which.

In Physics the dominant loss is the command verb. Explain, describe, state and calculate demand different responses, and a student who writes a description where an explanation was asked for can know the physics perfectly and score two marks from four. Electricity and electromagnetism concentrate these losses, partly because the reasoning chains are longer and partly because students struggle to reason about what happens elsewhere in a circuit when one component changes.

Across all three sits the six-mark extended response, which is where grades are decided and which behaves identically in each subject: marked on linked causal points rather than on volume of correct content. Three well-ordered sentences outscore eight unordered true ones. This is the single most efficient thing to teach a triple-science student, because the skill transfers intact between all three qualifications.

Some of the pressure in a triple-science year is structural. Three separate sciences is a heavy load, and where it does not fit, Cambridge Co-ordinated Sciences 0654 as a double award or Combined Science 0653 as a single award covers all three with less depth. Those are legitimate routes and they solve a real timetable problem. They also limit what a post-sixteen science course can assume, and that is the trade to understand before choosing.

The constraint is that the decision is taken at entry stage and is set by the school. By the time a family concludes in the spring of Year 11 that three separate sciences was too much, the entry has been made and the amendment window has closed. The conversation to have, in Year 10 or early Year 11, is with the school about load and with the receiving institution about what it will require.

That second conversation is the one families skip. Post-sixteen science courses state entry requirements in named qualifications and specific grades, and a school offering A Level Chemistry or Diploma Higher Level Chemistry may ask for something that a double award does not provide. Asking directly, before the entry is made, costs nothing and prevents the situation where a student holds a perfectly respectable science qualification that does not open the door they wanted.

Where three separate sciences is the right load but is going badly, the alternative to changing the entry is changing the plan: a written weekly split, a protected shared-technique slot, and triage by recoverable marks rather than equal division. That is usually more effective than a structural change made in a panic, and it keeps the depth that the next stage requires.

A science that goes wrong in the June series can usually be retaken in November, and for a triple-science student the decision has an extra dimension: which subject, and whether more than one. Cambridge runs a June series and a November series; Pearson Edexcel International GCSE exams are available in May/June and November each year. The November 2026 Pearson final timetable ran from late October to 19 November 2026.

Three practical constraints shape the decision. The entry fee, which where a student sits as a private candidate is set by the approved examination centre rather than by the board, so it has to be confirmed in writing with the centre per subject rather than estimated. The autumn workload, because a resit block runs alongside the start of a post-sixteen course, which is the busiest term in a student's life so far. And the result date: Pearson's November 2025 results reached students on 22 January 2026, while June 2026 results went to students on 20 August 2026 - so an autumn resit does not meet a December deadline however well it goes.

The advantage of a resit block is that it is more targeted than the original preparation. The student has sat the real paper in that subject, knows what it felt like, and can usually name which questions they recognised and could not finish. That turns the block into specific repair rather than general revision, and it is often shorter than families expect. Resitting two sciences at once, however, reinstates the allocation problem in a term with less room than Year 11 had.

Where a resit is under consideration, settle the entry and the centre fee first, then scope the block, then check the result date against whatever deadline prompted the question. Doing it in that order prevents the common outcome of a well-prepared resit whose result arrives after the decision it was meant to influence.

A triple-science student is the case where buying a weekly hour per subject is most tempting and least often affordable, so the allocation question is financial as well as temporal. Three weekly specialist hours is a substantial monthly commitment, and in most cases a shared-technique block plus one targeted single-science repair achieves more for less, because the shared skills improve all three qualifications at once.

Multiply each published band by three and the budget question largely answers itself. Bestimate's Tutoring Cost Dubai 2026 table puts qualified online tuition at AED 150 to 300 an hour, which is AED 450 to 900 for one week of three single hours. Its specialist IB, IGCSE and A Level band of AED 200 to 450 or more becomes AED 600 to 1,350 a week, and its in-home one-to-one figure of AED 180 to 350 including travel becomes AED 540 to 1,050 before anybody has opened a past paper. Named rates sit inside those bands: Unitors publishes IGCSE tuition from AED 150, TutorChase publishes AED 270 and BartyED AED 650, while home tutors are quoted up to AED 500 an hour including travel. Only the entry platforms survive the multiplication, Tutopiya advertising from AED 33 to 52 an hour and EdFlik from AED 45 to 65, and a triple-science candidate who buys three cheap hours has bought the one thing these three qualifications do not reward. Each figure is attributed to the provider that published it and was read in October 2026. None of those is an IB Gram price.

The monthly view decides most families' plans. One Dubai provider publishes AED 799 a month for eight online sessions, near AED 100 an hour. In-home monthly packages are advertised at AED 1,599 to AED 1,799 for four two-hour visits, near AED 200 to 225 for the same eight hours. Bestimate's monthly estimates for weekly one-hour sessions run AED 240 to 600 budget, AED 600 to 1,200 mid-range and AED 1,000 to 2,000 or more for specialist exam-year support - and a triple-science student buying one hour per subject at the specialist rate is at the top of that range or beyond it.

IB Gram does not offer home visits in the UAE; in-home tutoring is a service we offer only in India. Sessions for Al Mankhool students run one-to-one over live video. For a three-subject plan the format has a specific practical benefit: three different specialists can run in consecutive hours or on different days without anybody travelling, which an in-home arrangement cannot do economically across three subjects.

Two things a parent can establish before committing to any of this. The MoHRE private tuition work permit was introduced by Ministerial Resolution No. 710 of 2023 and is granted free of charge for two years, covering teachers registered in government or private schools, employees in the government and private sectors, unemployed individuals, university students and school students aged 15 to 18. MoHRE's own service is Issuance of a New Work Permit - Private Tutor Licensing, applied for through the smart app, website and e-services system with a stated two-working-day completion time. Because the permit is free, no part of a quoted rate is a permit fee being recovered. Operating without one carries fines and penalties under the applicable laws, and no fine schedule is published, so nobody should be quoting an amount.

Second, the school's inspection report, which for a science family is directly useful because it comments on science provision. KHDA is responsible for enhancing and overseeing the quality of private education in Dubai and publishes reports on a six-band scale from Outstanding to Very Weak. If science teaching is named as a strength, the school's own revision support may cover ground you were about to buy, and the private hour belongs on technique. Across the country, ADEK supervises licensing and accreditation of private schools in Abu Dhabi and Al Ain, the Sharjah Private Education Authority regulates Sharjah, Ras Al Khaimah's Department of Knowledge regulates there, and the Ministry of Education supervises Ajman, Umm Al Quwain and Fujairah.

A tutoring business with premises in Dubai requires a KHDA Educational Services Permit for a training institute, with initial approval first and renewal requested at least thirty days before expiry. IB Gram holds no such permit, no regulator accreditation and no UAE office, and does not describe itself as approved by KHDA, ADEK, SPEA, the Ministry of Education, the IB, Cambridge or Pearson. We also do not reproduce or supply board syllabus documents, past papers, mark schemes or grade-boundary tables; those are published and owned by the boards and your child's school holds the current versions.

Finally, the periods that squeeze a three-science week. Arabic, Islamic Education and Social or Moral Studies are mandatory in all Dubai private schools regardless of the licensed curriculum, with KHDA's requirements due from the start of the 2025-26 academic year or April 2026 where the year begins in April. Instructional time is calculated on a forty-minute lesson unit, schools may vary lesson length provided the weekly total is met, and KHDA advises at least twenty-five minutes for any mandatory-subject lesson. Those periods sit inside the school day, which is part of why the honest weekly science total in Year 11 is two to four hours rather than the larger figure a timetable implies. Ramadan compresses it further, and the sensible move is to agree in advance that sessions shift to a post-Iftar slot for that period and return afterwards.