IB Physics Tutor in International City

The question to answer before anything else is how many timetabled laboratory sessions exist between now and the school's deadline. Ask the teacher, get a number, and design within it. From these clusters there is no realistic extra afternoon, so an investigation needing one is an investigation that will be submitted incomplete - and incomplete data damages three of the four criteria at once, not just one.

Within that constraint, the designs that work are the ones with a short, repeatable measurement cycle and a tolerant apparatus requirement. A pendulum or spring oscillation study, a resistance-against-length investigation, a terminal velocity measurement, a lens or refraction study, or a cooling curve. Each produces usable data in a single session with repeats, and each has a relationship that linearises cleanly, which the data-analysis criterion rewards.

The designs that fail from this district are the ones needing precision the school's instruments cannot deliver, or temperature control the laboratory cannot sustain, or a number of runs that will not fit the available sessions. Those are not bad physics - they are good physics in the wrong circumstances, and a student who discovers that in week three has lost the time they most needed.

The table below sets out common designs with what each needs and where each tends to fail. Treat the apparatus column as a checklist to take to the teacher rather than an assumption, because laboratory provision varies considerably between schools a few kilometres apart in this part of Dubai.

This is the reassuring arithmetic. Of the twenty-four investigation marks, the measuring itself earns none directly. Research design is six marks for the question, the variables, the method and the justification - all decided before the apparatus is touched. Data analysis is six for processing, uncertainty treatment and presentation. Conclusion is six for a justified answer in scientific context. Evaluation is six for specific limitations and realistic improvements.

So at least eighteen of the twenty-four marks are earned away from the bench, and the remaining six depend on a method designed away from it too. For a student who cannot return to the laboratory, that is the whole argument for spending coaching time on design, uncertainty and evaluation rather than on technique with a clamp stand.

The same holds in the written papers, where the recoverable marks cluster in three places. Uncertainty: five mechanical rules that cover nearly every question and which almost no scheme of work teaches as a lesson. Graph linearisation: rearranging the equation into straight-line form, reading the axes and the gradient's meaning off that rearrangement, and only then plotting. Command terms: explain means causes, describe means features, deduce means a conclusion from given information, determine means a numerical answer with working.

None of those three needs equipment, and together they are worth more across a set of physics papers than any single theme. A student who can propagate uncertainty, linearise a relationship and read a command term correctly will outscore a student who knows more physics and does none of those things, which is an uncomfortable fact and a useful one.

Physics divides into content that needs sustained attention and skills that respond to short practice, and a commuting student has very little of the first and some of the second. The arrangement that works puts the sustained work at the weekend and the skills practice on weekday evenings, rather than trying to do everything in one weekday hour.

Specifically: the weekday session carries theme content and the mark-scheme walkthrough of recent work, because that can be done in sixty minutes with a tired student if the material is already familiar. The weekend morning carries data-analysis question sets and full papers, because those need two to three hours and a clear head. Short weekday practice carries uncertainty calculations and command-term rewriting, which take fifteen minutes and improve through repetition.

The reason to separate them deliberately is that physics data questions punish fatigue more than most subjects. A student who misreads an axis at seven in the evening after a long bus journey has not learned anything about graphs; they have learned that graphs are confusing. The same student at ten on a Saturday morning gets it right and builds the habit the paper rewards.

The table below sets out the week. As with every plan on this site, it is deliberately modest, because an ambitious schedule abandoned in October is worth less than a sustainable one that runs to May. The test is whether it still happens on a bad week rather than a good one.

The most frustrating thing a parent sees in physics is an answer that is correct, well expressed and worth two marks out of five. The cause is almost always the command term. Explain requires the causes and the physical reasoning. Describe requires the features without the causes. Deduce requires a conclusion reached from information given. Determine requires a numerical answer with working shown.

Students answer nearly all of them as describe, because describing is the most comfortable mode and the one school work rewards most often. The fix is mechanical and quick: underline the command term before writing anything, and know what each one requires. A fortnight of deliberate practice on this alone moves marks across every paper, which is why technique work outperforms content revision in the final weeks.

The second half of the same problem is the mark allocation printed beside the question. A four-mark explanation wants four distinct creditable points, and a student who writes one point in beautiful detail has lost three marks to a number printed in bold on the page. Teaching students to plan an answer against its allocation takes one session and lasts the whole course.

The third is the habit of writing physics in everyday language. 'The current gets used up', 'heat flows into the object', 'the force pushes it round the corner' - each describes something real and none of them names the quantity the mark scheme wants. Replacing that vocabulary is slow but permanent, and it is the single clearest difference between a mid-band and a top-band extended response.

Higher Level physics adds content across every theme and expects the mathematics to be handled fluently rather than carefully. For a student losing ten hours a week to travel, that matters in a practical way: the course assumes homework time that this student has less of, so the subject combination needs thinking about rather than assuming.

Higher Level physics with Higher Level Analysis and Approaches is a common engineering-track pairing and a genuinely heavy quantitative load. Adding a third demanding written subject produces a second-year January that effort alone will not solve, and from these clusters an hour a day of that effort is already spent on a bus. If choices are still open, map the deadlines across both years rather than looking only at interest.

The laboratory question also bears on subject choice, which nobody mentions at options evenings. Some subjects' internal assessments require apparatus access and some require only reading and writing. For a student who cannot easily return to school, a combination with three laboratory-based assessments landing in the same term is harder than the same combination would be for a student living next door to the school.

On university entry: Higher Level physics is the usual requirement for physics and engineering degrees and Standard Level is frequently insufficient for those routes. Read the published requirements for the specific institutions and courses during the first Diploma year, because dropping from Higher to Standard Level is generally possible and moving up usually is not.

UAE schools sit the May examination session. For physics the internal calendar is the binding one, because the investigation deadline typically lands in the second half of the first Diploma year or early in the second, where it collides with mock examinations, the Extended Essay and the Theory of Knowledge essay inside a few weeks in January and February.

Counting backwards produces a clear order for a commuting student. Uncertainty and graph skills built in the first term of the first year, before they start costing marks in data questions. Investigation feasibility checked against the apparatus list and the timetabled session count well before data collection. Data collected and processed before mock preparation begins. Timed data-analysis questions started in the first term of the second year rather than after the mocks.

We publish no specific IB session or results dates on this site. The IB's own site blocks automated checking, and a wrong date on a page a family plans around is worse than no date at all, so confirm every IB date with your child's Diploma coordinator or on ibo.org. For Cambridge and Pearson qualifications the dates are sourced: Cambridge runs June and November series for UAE candidates, with the February and March series offered to India only, and Pearson Edexcel International GCSE runs in May and June and in November.

Ramadan falls inside the revision period in most years, and for physics the implication is specific. The school day shortens, which frees the afternoon, but data-analysis work in the late afternoon during the month is usually poor value. Weekend mornings and post-Iftar slots work. Fix the pattern before the month begins, and remember that laboratory sessions may also be rearranged, which affects any investigation still in progress.

This needs stating plainly because the search results this page sits in include an operator selling completed internal assessments at a published price. Under IB academic-honesty rules, submitting work that is not the student's own is malpractice, and the consequence falls on the candidate: a subject grade withheld, or the Diploma itself. The seller is not exposed. The seventeen-year-old is.

So the boundary in operational terms. A tutor may test whether a research question is feasible with the school's apparatus and timetable. May explain what each of the four criteria rewards and what a strong response looks like in general terms. May teach uncertainty propagation, linearisation and gradient uncertainty on the student's own measurements. May read a draft and give written feedback the student then acts on.

A tutor may not choose the research question, design the method, take or supply data, process the data, produce the graphs, or provide text that ends up in the report. The working test is whether the student could explain, unprompted and without notes, why every number and every sentence is there. Applied honestly this makes coaching slower, because a draft comes back with questions rather than corrections.

We also supply no IB, Cambridge or Pearson syllabus documents, past papers, mark schemes or grade-boundary tables as downloads. We cite and link the official sources, which is both the correct position on copyright and the only way to be certain the version is current. Schools hold past papers and the subject teacher is usually the quickest route to the right ones.

Every figure here was published by the provider named and read in October 2026, and none is an IB Gram rate. Qualified subject tutors online sit at AED 150 to 300 an hour, with Unitors publishing IB from AED 200. IB specialists run AED 200 to 450 or more, with TutorChase at AED 270. Premium named tutors reach AED 500 to 650, with BartyED at AED 650. In-home one-to-one including travel runs AED 180 to 500.

Monthly, Bestimate's estimates for a weekly one-hour session run AED 240 to 600 at the budget end, AED 600 to 1,200 mid-range and AED 1,000 to 2,000 or more for specialist examination-year support, with published online packages at AED 799 a month for eight sessions. For Higher Level physics the band below AED 100 an hour rarely contains anybody who teaches the level, which is the most useful thing to know about it.

On availability, we publish the limit rather than hiding it. Higher Level physics in the fortnight either side of mock examinations is the hardest thing on our list, because demand across the emirate concentrates on the same people in the same weeks. In that case you get a realistic wait, or adjacent mathematics support with the boundary stated plainly, or a refusal - not a Standard Level tutor in front of a Higher Level candidate.

And what we do not claim: no office, centre or branch anywhere in the UAE; no KHDA Educational Services Permit, which is issued to training institutes with premises in Dubai; no approval, accreditation, licence or partnership from KHDA, ADEK, SPEA, the Ministry of Education, MoHRE, the IB, Cambridge or Pearson; no promises about grades and no published predicted scores. On regulation: the MoHRE private tutor work permit was introduced by Ministerial Resolution No. 710 of 2023, is granted free of charge for two years, and tutoring without it attracts fines and penalties under the applicable laws, with no fine schedule published.