IB Home Tutor in Mina Al Arab

Before any teaching, a student should be able to say what each component of their subject is worth. Surprisingly few can, and the consequence is predictable: effort distributed by preference rather than by weighting. A student who enjoys practical work and dislikes extended writing will happily spend twenty hours on an investigation worth a fifth of the grade and four on the paper worth nearly half of it.

The exact weightings differ by subject and by level, and the authoritative source is the subject guide your school holds, so the right move is to read that rather than a summary. What generalises is the shape. There are externally assessed written papers carrying the large majority of the marks, and one internally assessed component carrying a meaningful minority. Higher Level courses typically add an extra paper or an extended component, which is where the difference in workload between Higher and Standard Level actually appears.

The planning consequence is straightforward arithmetic. If a component is worth a fifth of a subject and a student is losing a third of its available marks, that is a recoverable chunk of the subject grade sitting in one place, usually fixable with criteria work rather than content teaching. If the same student is losing a tenth of the marks across the written papers, the recovery is larger in absolute terms but slower, because paper performance moves with technique and volume rather than with a single intervention.

The table below sets out the generic structure with the specific failure modes attached to each part. It is deliberately not a weightings table, because publishing per-subject percentages from memory would be exactly the kind of unsourced precision this project avoids. Take the numbers from the subject guide; take the failure modes from here.

IB questions are built on command terms with specified meanings, and the mark scheme pays for the thing the term demands rather than for everything the student knows. This is the most reliable source of recoverable marks in the entire Diploma, and it is invisible on a report card because it shows up as consistent underperformance rather than as a named weakness.

The pattern in a marked script is distinctive. The student scores well on recall questions, loses marks on extended responses, and the comments say things like needs more depth or did not answer the question. What has actually happened is a mismatch: the question asked for a judgement and received a description, or asked for a causal mechanism and received a list. The content was there; the required operation was not performed.

Correcting it is fast, because it is a reading habit rather than knowledge. The exercise is to take twenty real question stems from past papers across the student's subjects, identify the command term in each, say aloud what the answer must therefore contain, and only then write one. Two sessions of that changes how a student reads every paper they sit afterwards, in every subject, for the rest of the Diploma.

The table below covers the terms that cause the most trouble. It is worth noting what is not in it: terms whose meanings students usually get right, such as state and calculate. The problem is concentrated in the middle band, where the terms look like synonyms and are not.

Every Diploma subject carries an internally assessed component marked by the school against the IB's published criteria and then moderated. The criteria are lettered, each carries a stated maximum, and together they are a substantial share of the subject grade. A student who writes against the criteria is working with information. A student who writes a good piece of work and hopes it fits is gambling, and the moderation process is not generous to gamblers.

This is the single widest uncontested gap in this search market. Across the competitor pages researched for the UAE clusters, not one names a single assessment criterion by letter with its mark allocation. Parents are told Internal Assessment support is offered; nobody tells them what the work is marked on, which means families cannot distinguish a tutor who knows the component from one who has heard of it. Ask a prospective tutor to name the criteria for your child's subject. The answer settles it.

The sequence that works is counterintuitive to most students. Read the criteria first and translate each into a question the finished piece must answer. Then narrow the research question until the investigation is genuinely controllable with the equipment, the time and the sample available. Then collect. Only then write. Students who write first and map to the criteria afterwards produce work that reads well and lands mid-range, and no amount of editing afterwards recovers the structural marks.

The boundary needs stating because this market needs it stated. A tutor may explain the criteria, ask questions about the plan, point out where a conclusion exceeds the data, and give feedback on the student's own draft. A tutor may not write a section, rewrite prose, supply data or edit to completion. Nobody at IB Gram will. A site currently ranking on these searches advertises completed Internal Assessments for sale at a published price; that is an academic-honesty breach whose consequences fall on the student rather than on the seller.

Higher Level Chemistry rewards three things disproportionately, and a student who is solid in all three rarely has a grade problem. The first is calculation discipline. Mole arithmetic, concentration, yields and energetics all involve multi-step work where units and significant figures carry marks of their own. Students lose these marks while understanding the chemistry perfectly, which is maddening and entirely fixable.

The second is equilibrium and energetics as a conceptual pair. Questions here ask for reasoning about why a system responds as it does, which means the command term is almost always explain or predict rather than state. A student who has memorised the direction a system shifts without the reasoning will answer correctly and score partially, because the mark scheme pays for the mechanism.

The third is organic chemistry, which is best treated as pattern recognition rather than memorisation. Once a student can read a functional group and predict a reaction type with a reason, the subject becomes considerably smaller than it looks. Students who attempt to memorise reactions individually find the volume overwhelming and never reach the point where the patterns do the work for them.

The Internal Assessment in Chemistry has its own characteristic failure, and it is a planning one. An investigation with an uncontrolled variable - temperature drift, concentration prepared imprecisely, a timing method with large human error - caps the analysis and evaluation criteria however carefully the write-up is produced. The fix is an hour spent on the method before anything is measured, which is why Internal Assessment coaching belongs in the first Diploma year rather than in the second.

Physics at Diploma level contains a technical skill that barely appears at IGCSE and carries marks in every part of the course: handling uncertainty. Propagating an uncertainty through a calculation, quoting a result to a defensible number of figures, drawing error bars, judging whether a gradient is consistent with a prediction. A student who cannot do these things loses marks in the written papers and in the Internal Assessment simultaneously.

That double exposure makes it unusually good value for tutoring. Six focused sessions on uncertainty and data handling will show up in two separate places in the grade, which is rarely true of a content topic. It is also a skill that can be taught cleanly, because it is procedural: there are rules, they are learnable, and practice on real data makes them automatic.

The content separators are different. Fields, circular motion and the Higher Level additional topics carry the heaviest losses, partly because they are conceptually demanding and partly because they are taught late and therefore revised least. A revision plan that starts at the beginning of the syllabus and works forwards will reach them exhausted. Starting with the Higher Level material and working backwards is usually the better sequence.

The third recurring loss is method description. A question asking how an experiment would be carried out is marked on precision: what is varied, what is controlled, what is measured and how, with enough detail that someone else could repeat it. Students write a summary and lose marks they would never lose in conversation, because they know the answer and do not know that the answer has to be specified.

The mathematics Exploration is the subject's internally assessed component, and it is the piece of Diploma work most often misunderstood. It asks for the student's own mathematics on a topic of their choice, marked against lettered criteria. The characteristic failure is choosing an application and attaching mathematics to it rather than choosing mathematics and finding an application, which produces a readable document with insufficient mathematical content to score in the upper bands.

A second failure is scope. An Exploration that attempts a large question needs more mathematics than a student at this level can deploy properly, and the write-up thins out exactly where the criteria want depth. A narrow question explored thoroughly, with the student's own working visible and reflected upon, scores better than an ambitious one surveyed. Narrowing is therefore the first and most valuable conversation.

What the Exploration does not build is paper technique, and the two are easy to confuse because both say mathematics. Paper performance at Higher Level turns on algebraic speed, on showing method where method marks exist, and on answering in the form the question requested. A student can produce an excellent Exploration and still lose a grade on the papers, which is why a plan should treat them as two separate pieces of work with two separate blocks.

The route question sits underneath all of this. Analysis and Approaches is algebra-heavy and proof-oriented; Applications and Interpretation is statistics-led and technology-heavy. Both are rigorous and neither is the soft option. Where a student has arrived in the wrong one, the decision is far easier early in the first Diploma year than later, and a diagnostic block with a specialist is a cheap way to make it on evidence rather than on impression.

Most students do past papers and most past-paper practice is wasted. The waste has a consistent shape: the paper is done untimed, marked generously or not at all, and then put away without anything being extracted from it. The student feels diligent and learns nothing, which is the worst possible combination because it consumes the hours that could have produced improvement.

Done properly, past-paper work is the most informative activity in a revision plan. The conditions have to be real, including timing, because pacing is one of the most common losses and it is invisible in untimed practice. The marking has to be against the published scheme, because the point is to learn what the scheme pays for rather than what seems reasonable. And the output has to be a list: which questions lost marks, what the mark scheme wanted, and what that implies for the next session.

The second discipline is selection. Working chronologically through every available paper is a poor use of time, because the student spends most of it on questions they can already do. Better to select by topic and question type against the diagnosed weaknesses, do those under time, and only then sit complete papers in the final weeks when stamina and pacing become the targets.

The third is annotation that survives. A mark scheme comparison is only useful if the student can revisit it, which is one practical advantage of working on a shared screen: the annotated script, the scheme and the notes stay together and can be reopened in the next session. A paper marked on paper in someone's living room generally disappears into a folder, and with it the only record of what the session established.