IB DP Computer Science Tutor in Ajman

Most families begin with a vague sense that their child is 'struggling in computer science' and no sense of which component is responsible. The components are not equivalent, and they do not respond to the same teaching. At Standard Level the written theory paper is the single biggest block of marks in the course; at Higher Level it is still the biggest, with a third paper added on an annually released case study. The internally assessed solution, which absorbs the most student hours by a wide margin, is worth less than either paper.

That mismatch between hours spent and marks available explains most of the disappointing grades we are asked about. A student spends four months building an ambitious product, documents it thinly, and sits a theory paper they have practised twice. The solution rewards documentation more than ambition, and the paper rewards practice. Reversing the time allocation is free, and it is often the single most valuable thing a first consultation produces.

Before you buy any hours, get three facts from the Diploma coordinator: which option the school teaches, what the school's internal deadline for the solution is, and whether your child is entered at Standard or Higher Level. Plans built on assumptions about any of those three go wrong expensively. The table below sets the components side by side; confirm the current figures against your school's copy of the subject guide, because the IB revises these outlines and a superseded version is worse than none.

Paper 1 is written, timed and unforgiving about language. The first place marks disappear is pseudocode on paper. Students who have only ever written code in an editor lose marks to missing loop terminators, undeclared variables and logic that an interpreter would have caught. Handwriting pseudocode for twenty minutes a week, without a machine, closes that gap faster than any amount of further programming practice.

The second is trace tables. A trace table is a mechanical exercise with a right answer, and candidates who rush it lose every dependent mark that follows. The third is terminology in system fundamentals: answers that describe a sensible process in ordinary English score far below answers using the terms the mark scheme lists. The fourth is diagram questions in computer organisation, where a labelled sketch earns marks that a paragraph does not.

The fifth, and the most expensive at Higher Level, is the extension content. Abstract data structures, resource management and control are typically taught in the final two terms, compressed, and then examined in the longest paper of the course. A student meeting recursion and binary trees for the first time in March is in trouble that is entirely predictable in the previous September. Where a family comes to us early, pulling those topics forward is the first thing we recommend, and it costs nothing but reordering. Ask the Diploma coordinator in September when each extension topic is scheduled, and judge the risk from the answer rather than from the mock result in March.

Paper 2 covers a single option topic from four: databases, modelling and simulation, web science, or object-oriented programming. Your child does not choose it. The department does, usually on the basis of the teacher's own background and the resources already in place, and that choice was often made before your child joined the school. A quarter of a Standard Level grade and a fifth of a Higher Level grade rest on it.

This is where a thin department hurts most. In a school with one Computer Science teacher, the option is whichever one that teacher can deliver, and the teaching may be compressed into a term because the core topics ran long. Students arrive at Paper 2 having seen the option content once. The symptom in a mock paper is distinctive: core questions answered competently and option questions answered in generalities.

The repair is a dated block rather than a weekly rate, because the content is finite and the paper is predictable in shape. Ask the school which option is taught, then ask any prospective tutor to teach a past Paper 2 question from that specific option in the free first lesson. A tutor whose own strength is web science can be excellent and still be the wrong purchase for a student sitting the object-oriented programming option. This is the single most common mismatch we see in Computer Science enquiries from the northern emirates, and it costs a family a term before anyone notices.

The computational solution is assessed in school and moderated by the IB, and it is marked against five criteria totalling 34 marks. Criterion A covers planning, including the problem definition and the client or adviser consultation. Criterion B is the solution overview: the design, the record of tasks, the test plan. Criterion C is development. Criterion D is functionality and extensibility, demonstrated in a recorded video. Criterion E is the evaluation, including recommendations for further development.

Students consistently misread where the marks are. Criterion C carries twelve of the thirty-four, more than a third of the total, and it is not awarded for how good the program is. It is awarded for explaining the techniques used, justifying why each was appropriate for the problem, and showing algorithmic thinking. A simple product documented precisely outscores an ambitious product documented loosely, every time, and this is the most reliable mark gain available in the whole course.

Criterion D catches students out differently. The video must show the product working, and features not shown cannot be credited no matter how well they are described in the documentation. We watch the video with the student and list what an examiner will not have seen. Criterion A is where plans go wrong earliest: a problem definition without a real client, or an ambition too large for roughly thirty hours of development, produces a project that cannot be finished and cannot be rescued late in the second year.

This is the hardest conversation we have with Computer Science families, and it is worth having early. A student who has written games, automated something at home, or taught themselves a framework has a genuine advantage in one criterion of one component. They have no advantage at all in handwritten pseudocode, in describing the fetch-execute cycle, in the option paper, or in justifying technique choices in formal prose. Several of these students arrive believing the subject is easy and discover otherwise in the second mock.

The mirror case is just as common and much more encouraging. A student who finds programming laborious but writes clearly can score very well, because the written components are most of the grade and the solution rewards documentation. We have supported students whose products were modest and whose final grades were not, purely on the strength of precise Criterion C writing and a disciplined evaluation.

The practical consequence for hiring is that a developer and a Diploma specialist are different purchases. A professional programmer can help a student build something and may give advice that actively costs marks, because industry practice and Criterion C requirements are not the same thing. Ask any prospective tutor which criterion carries the most marks on the solution. If the answer is not Criterion C with twelve, you are talking to a developer rather than to someone who has read the mark scheme, and the hour will be priced as though you were not.

Higher Level candidates sit a third paper based on a case study the IB releases annually, ahead of the examination session. The case describes a scenario with a technical context, and the questions require core and extension topics to be applied to it, along with terminology specific to the scenario that students are expected to have researched in advance. Schools receive the case through the Diploma coordinator.

It is the most neglected component in the Higher Level course, for an understandable reason: it is worth a fifth of the grade, it arrives while the solution is mid-development, and it has no textbook. Students read the case once, intend to come back to it, and then meet it cold in the examination hall. The specific loss is vocabulary. A case study on, say, a distributed system brings its own terms, and candidates who have not built a glossary cannot write precisely about it.

Paper 3 preparation is genuinely front-loadable, which makes it good value as a dated block rather than as part of an open-ended weekly rate. Useful work looks like this: build the glossary, map which core and extension topics the scenario touches, research the technologies named, and answer the extended question under time. Four to six focused hours in the term the case is released are worth considerably more than the same hours in the final fortnight, when every Higher Level subject is competing for the same few evenings in an Ajman household.

Diploma Computer Science is not offered everywhere in this emirate, and families discover that at the worst possible moment: during option selection in the spring of the Middle Years final year. Private schools in Ajman, Umm Al Quwain and Fujairah are supervised by the federal Ministry of Education, and a school's subject offer is a staffing decision rather than a regulatory one, so there is no authority to appeal to about a course that is not timetabled.

Families then weigh four realistic paths. The first is taking the course the school does offer in group four and treating computing as an interest, which is the cheapest and often the right answer. The second is a school move, usually to Sharjah or northern Dubai, where the Diploma offer is wider — a significant decision for a family running a northern-emirates commute. The third is sitting the subject as a private candidate, which needs an examination centre that will accept the entry and a plan for the internally assessed solution; schools and centres set their own policies and fees, so ask before assuming.

The fourth is less dramatic and more common: the school runs the course, thinly, and the family supplements it. That is most of our Computer Science work in this emirate. One specialist hour a week against the component that is actually weak, with the school providing the entry, the moderation and the internal deadlines. The table below sets the four paths against what each one actually demands of a family.

Computer Science is the clearest case on this site for remote delivery, and the reason is supply rather than price. The published UAE market has a visiting tier at AED 180–500 an hour with travel included, against online tiers of AED 150–300 for a qualified subject teacher and AED 200–450 and above for an IB specialist. In most subjects the extra outlay on a visiting tutor buys convenience. In this one it buys a shortlist of perhaps one person in the emirate who has taught the object-oriented programming option to Higher Level.

So the travel premium here is not buying better teaching; it is buying the nearest teaching. IB Gram does not offer home visits in the UAE — visiting tuition is an India-only service — and lessons for Ajman families run one-to-one over live video. The format happens to suit this subject unusually well: both screens are shareable, the student codes on their own machine while the tutor watches, and documentation is marked in the margin of the actual document rather than described over a table.

For reference, the figures above come from EdFlik's published AED 45–65 entry rate, Tutopiya's AED 33–52, Unitors listing IB from AED 200, TutorChase at AED 270, Bestimate's 2026 Dubai rate table, and BartyED at AED 650, all read in October 2026. They are those companies' numbers, not ours. IB Gram publishes no hourly list; the free first lesson comes first and the figure is agreed in the consultation after it, which is also where we tell you if nobody suitable is free in your slot.

Private tutoring in the UAE is permitted and regulated rather than informal. Ministerial Resolution No. 710 of 2023 introduced the private tuition work permit, issued through the Ministry of Human Resources and Emiratisation free of charge for two years. Eligible applicants include registered school teachers, government and private-sector employees, unemployed residents, university students and school students aged 15 to 18. The MoHRE service is listed as Issuance of a New Work Permit — Private Tutor Licensing, with a two-working-day completion time and no published fee. Tutoring without a permit attracts fines and penalties under the applicable laws, and no fine schedule is published, so none is quoted here.

One rule bears directly on Computer Science. Because departments are small, families sometimes ask whether their child's own teacher can tutor them privately. The permit's code of conduct bars a permit holder from serving students affiliated with their own school, and Abu Dhabi's regulator has published professional-ethics rules to the same effect for its schools. We decline those requests. The tutor is the person who moderates the solution, and paying them privately puts both the student and the teacher in an indefensible position.

IB Gram holds no accreditation from any education authority or examination board and claims none. We are an independent matching platform with no premises in the UAE, and a page that implies regulator approval is a page to read sceptically — including ours, if it ever did. The useful questions for any provider are narrow: do you hold the MoHRE permit, which option topic do you teach, how many computational solutions have you supervised, and what is the most marks a criterion carries?