IB Physics Tutor in City Walk

Work from the end. The final papers sit at the close of the second year, in the May session for Dubai cohorts. Before them comes the school's mock window, usually in the first half of the second year. Before that, the scientific investigation has to be collected, written and submitted to an internal deadline. Before that, the investigation's research question has to be chosen and approved. Every one of those gates is set by the school, not by the IB, and they arrive in that order whether or not anybody has planned for them.

The practical consequence is that the autumn term of the second year carries most of the load, and it is the term in which a family has least spare capacity to react. A student who reaches that term with Themes A to C secure and uncertainty handling competent has a manageable year. A student who reaches it with Theme D half-learned and no experience of error propagation has a difficult one, and the difficulty will be attributed to physics being hard rather than to a schedule.

This is also why the eight-week question has a different answer at different points. Eight weeks before a mock, technique and two themes. Eight weeks before an investigation deadline, method and data, with content almost irrelevant. Eight weeks before the final papers, timed papers and the weakest theme, with nothing new introduced. Treating those three as the same request is the commonest planning error in Diploma science support.

The table below is the year in reverse. It deliberately uses relative windows rather than dates, because no IB session or results date in this project has been confirmed at source and a date a parent acts on must come from the school's IB coordinator or from the IB directly.

The two written papers reward different things, and a student who revises for both the same way underperforms on at least one. Paper 1 combines multiple choice with a data-based section. Multiple choice is a speed and elimination exercise: full calculation on every item will run a student out of time, and the skill is recognising which option is impossible. The data section is where uncertainty handling, graph reading and gradient interpretation are tested directly.

Paper 2 is extended response across the themes, and it rewards structure. An explain question wants a causal chain: this happens, which causes this, which results in that. A student who writes the final clause alone has given the examiner the conclusion and none of the reasoning, and typically scores one mark out of four on a question they understood completely. Teaching that chain is mechanical, fast and the highest-return intervention available in Diploma physics.

Mark-per-minute arithmetic matters as much here as command-term discipline. If a paper carries roughly one mark a minute, a six-mark question that has consumed fifteen minutes has already cost marks elsewhere whatever it eventually scores. Students almost never calculate this for themselves. A tutor who enforces it with a timer from the first session changes the score on the next timed paper rather than on some distant one.

Confirm durations and weightings against the current subject guide for your child's examination year, because the group 4 guides were revised and an older sibling's experience is not a reliable guide. Your child's physics teacher has the authoritative version.

Revision order is a scheduling decision and it should not default to the order the themes are printed in. Theme E, nuclear and quantum physics, is usually taught last and revised least, which makes it reliably the weakest theme in a mock and also the best value late in a plan: much of it is self-containable and does not depend on earlier themes.

Theme D, fields, is the opposite. It is the theme most often half-learned, because field and potential are easy to conflate and the sign conventions in gravitational potential questions punish students who have understood the physics perfectly well. It also underpins a great deal of Higher Level content, so repairing it early pays forward. A plan that leaves Theme D to the final fortnight has mis-sequenced itself.

Themes A to C generally need consolidation rather than teaching, because they were taught first and have been revisited. The exceptions are momentum, where students default to energy methods, and standing waves, where the mark scheme allocates marks to a labelled diagram that students describe in prose instead. Both are single-session fixes once identified.

Running through all five themes is the uncertainty and graphing layer, which is not a theme at all but is examined in the data section and is central to the investigation. For a student arriving from IGCSE, this is usually the largest single gap and the one least likely to be noticed, because no classroom test has ever asked for it directly.

The investigation is an individual piece of experimental work on a research question the student chooses, marked against published criteria and typically worth around a fifth of the final grade. Those are the only marks in the course that can be earned calmly, with feedback, months before the examination hall. They are also the marks most often thrown away, and almost always for the same reason.

The reason is the research question. A question with no measurable independent-variable range produces no trend, and no trend means the analysis and conclusion criteria cannot score well however carefully the write-up is done. A question requiring equipment the school does not have produces a compromise that undermines the method. A question that is simply a textbook experiment repeated gives the student nothing to evaluate. All three are fixable in one conversation before any data is collected, and unfixable afterwards.

So the sequencing is: interrogate the question, agree the uncertainty treatment and the graphing approach, take a pilot reading, then collect. A student who collects first and thinks about analysis afterwards frequently finds that the data cannot be processed into the graph that would show the relationship, and there is no time to repeat it. That is a scheduling failure rather than a physics failure, and it is the one this page is most concerned with.

The honesty line is absolute here. A tutor may teach the criteria, question the design, point at a passage and say the reasoning does not follow, and give written feedback on the student's own draft. A tutor may not write any part of the submission, supply data the student did not collect, or edit the text until the voice is no longer the student's. Crossing that line is academic misconduct under IB rules and the consequence falls on the student, up to the loss of the Diploma.

A revision plan that ignores the local calendar is a plan the family abandons by week three. Dubai schools run their own mock windows, study-leave periods and internal deadlines, and those are what actually govern a term. Add Ramadan, when the shape of a day changes substantially, and a plan written in generic terms stops working almost immediately.

The practical adjustments are simple once they are acknowledged. During Ramadan, sessions move to post-Iftar slots, which for a Year 13 student is often a better working window than a late afternoon anyway. Around mock weeks, sessions stop being teaching and become paper review. During school study leave, frequency usually increases and session length shortens, because a student revising all day does not benefit from a two-hour lesson in the evening.

School trips, examination leave for a sibling and the long summer break are the other three disruptions worth planning around rather than reacting to. The summer between the two Diploma years is the single most useful block of time available to a physics student, and it is almost always wasted. Two weeks of uncertainty and graphing work in July removes most of the first-term difficulty in Year 13.

None of this is complicated. It requires only that the plan be written with the school's calendar open rather than from a template, which is also why a plan should be a short written document with dates on it rather than a verbal understanding about Tuesdays.

Physics specialists sit at the upper end of the Dubai market, which is a supply fact rather than a pricing strategy. The researched bands, read in October 2026 and published by the providers named, run as follows. Budget online tutoring advertises from roughly AED 33-150 an hour, Tutopiya from AED 33-52 and EdFlik from AED 45-65. A qualified subject tutor working online sits roughly AED 150-300, Unitors publishing IGCSE from AED 150 and IB from AED 200.

Above that, IB and IGCSE specialists run AED 200-450 and above, with TutorChase publishing AED 270 and Bestimate reporting AED 200-450 or more. That is the band a Higher Level physics request usually belongs in, because the pool of people who can teach Theme D properly and mark a data-based paper to the scheme is genuinely small. Premium named tutors reach AED 500-650, with BartyED at AED 650; any claim of current examiner status should be evidenced before it is paid for.

In-home visits in Dubai are quoted at roughly AED 180-500 an hour including travel, Bestimate reporting AED 180-350 and independent home tutors AED 200-500. Monthly packaging in the market runs near AED 799 for eight online sessions and AED 1,599-1,799 for four two-hour in-home visits, and Bestimate's monthly estimate for a specialist exam-year weekly hour is AED 1,000-2,000 or more.

All of the above was published by others and is reproduced so a City Walk parent can check it before any conversation. None of it is an IB Gram price list. IB Gram quotes after the free trial lesson, against a named tutor, a named level and a session length, and the trial happens before any payment or card detail is taken.

IB Gram does not run home visits anywhere in the UAE, so this is an explanation of the service shape rather than an argument against a competitor's product. In-home tutoring is real, other providers sell it at the rates above, and for a younger student who cannot yet self-manage a session it is the better option. For Diploma physics in City Walk the calculation goes the other way, and sharply.

Consider the actual request. A Year 13 student at Higher Level, losing marks on Paper 1's data section and on Theme D field questions, nine weeks from a mock. The person who fixes that has marked data-based papers and can distinguish a field misconception from a sign-convention error in thirty seconds. The number of such people who will also drive to Al Safa Street for a 5.30pm start on a weekday is small, and the constraint has nothing to do with teaching quality.

Physics also loses very little in the online form. The lesson is a shared whiteboard with a past paper on screen and the student working through it while the tutor watches and interrupts, which is structurally what a good physics lesson is in a room. The session is recorded, which matters here because a worked mechanism chain is exactly the sort of thing a student needs to replay before a timed paper.

The gap between the qualified online band and the in-home band in the published rates is, in large part, the hour that Al Wasl Road takes at five o'clock. That hour is real and a travelling tutor is right to charge for it. The question for a family is what it buys, and for a thin specialism it buys physical presence while costing reach.

Set expectations properly, because the honest version is more useful than the optimistic one. In eight weeks, with one session a week and work done between, a physics student can reliably automate explain-question structure, fix Paper 1 pacing, build a working competence in uncertainty and graphing, and repair one or two themes to a solid standard. Those are real gains and they show up in the next timed paper rather than in some distant future.

In eight weeks a student cannot learn two years of content, cannot move safely from Standard to Higher Level, and cannot rescue an investigation whose research question produced no measurable trend. If any of those is the actual situation, a provider who says yes is selling a family a term. The right answer is to name what is achievable, do that, and be clear about what is not.

There is a middle category worth naming. Theme D half-learned is repairable in eight weeks and is worth prioritising because so much else rests on it. A complete absence of uncertainty handling is repairable in three or four sessions and transforms the data section. A student who has never sat a full paper under timed conditions will gain marks from doing three, regardless of content. Each of those is specific and each is deliverable.

What makes the difference is starting from a marked paper. A diagnostic, timed and marked to the published scheme, converts eight weeks of good intentions into an ordered list of four things. Without it, the hours get spent on whatever the student feels least confident about, which is rarely where the marks are.