One-to-one IGCSE Physics tutors for Cambridge 0625, the 9-1 route 0972, the US variant 0443 and Edexcel International GCSE Physics 4PH1, covering Core or Extended entry, theory papers and the written alternative-to-practical route, taught online worldwide in your own time zone or at home where a tutor is available in your Indian city.
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Almost nobody arrives here because their child dislikes physics. They arrive because a script came back with correct physics and a wrong number on it. The working shows the right equation, the substitution is upside down; the reasoning about a circuit is sound, the answer is out by a thousand because kilojoules were never turned into joules; the graph is drawn neatly and the gradient is read off two points that sit almost on top of each other. IB Gram matches Grade 9 to Grade 11 students with an IGCSE Physics tutor who already teaches the exact code on the school's outline, because 0625, 0972 and Edexcel 4PH1 differ in grading, in what is printed on the paper and in how practical skills are assessed. Sessions run online worldwide in your own time zone; home tutoring exists only in India, and only in cities where a tutor is free.
A useful match starts with four specifics, and "our son needs physics help" is none of them. IB Gram asks for the syllabus code printed on the school's course outline, whether the student has been entered at Core or Extended, the school grade, and the thing that actually prompted the search this month. Those four answers change which tutor is put forward, not merely the lesson plan. Someone who is good at rebuilding a Grade 9 student's confidence with forces, resultants and free-body sketches is not automatically the right person for a Grade 11 candidate dropping marks on half-life graphs and count-rate corrections six weeks before an exam session. Two or three tutors are then suggested with their real teaching history: which boards they have taken cohorts through, how often they have prepared students for the written alternative-to-practical route, whether they are comfortable drawing and reasoning about circuits live on a shared whiteboard rather than talking about them. The trial lesson costs nothing and is deliberately diagnostic. The tutor takes a marked script or a question the student has already attempted and works backwards through it, watching exactly where the mark went: an equation picked for the wrong quantity, a gradient triangle drawn too small, kilojoules left unconverted, an answer given to five significant figures when the data carried two. That diagnosis comes back as a written note after the session, so a parent reads the reasoning rather than a verdict. What a tutor charges varies with their experience, the tier, the grade and how often you meet, and the figure is put in writing before anything is booked. A swap is arranged on request, without argument.
Send the code from the course outline: 0625, 0972, 0443 or Edexcel 4PH1
Say whether the entry is Core or Extended, since that decides the theory papers
The free trial lesson works through a script the student has already attempted
A written note follows every session, including the first
Rates are confirmed in writing beforehand; a tutor change is arranged on request
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IGCSE Physics is normally taught over two years, and what actually helps a student changes a great deal across them. In Grade 9 the profitable work looks unglamorous and is almost never about physics: reading a quantity off a question and writing it down with its unit, converting centimetres to metres and grams to kilograms without thinking about it, handling the prefixes milli, kilo and mega, and rearranging a two-symbol relationship before any number goes anywhere near it. Students who skip this stage build a topic-by-topic understanding that collapses the moment a question combines two ideas. Grade 10 is where the course broadens quickly. Thermal physics, wave behaviour, refraction and ray construction, electrical circuits, magnetism and the motor effect arrive in close order, and each brings its own family of relationships. This is the point where a student reports following the lesson perfectly and then being unable to begin the homework. The work here is about selection: reading a question and deciding within a few seconds which quantity is being asked for and therefore which relationship earns its place on the page. Grade 11 is examination craft. The physics is broadly known by then and the marks go elsewhere, to arithmetic under time pressure, to unlabelled graph axes, to answers that ignore significant figures, to a written practical paper the student has read about but never rehearsed. A tutor at this stage should be spending more time inside mark schemes and examiner expectations than introducing new content, and should say honestly which topics are worth rescuing and which are better capped.
Grade 9: units, prefixes, rearranging before substituting, sensible estimates
Grade 10: circuits, waves and refraction, thermal transfer, magnetism, energy stores
Grade 11: timed papers, graph discipline, significant figures, alternative-to-practical rehearsal
Students arriving from CBSE, ICSE or a national board get a short bridging plan first
Sixth-form intentions matter: A Level or IB Physics ahead changes what is worth over-preparing
The site's directory lists three Cambridge codes against this subject, and they are not interchangeable in conversation with a school. Cambridge IGCSE Physics 0625 is the widely taught route. 0972 carries the same subject content but reports results on the 9-1 scale, which matters when a family is comparing a transcript against UK sixth-form entry requirements. 0443 is the older US variant of Cambridge IGCSE Physics and still appears on some older school documentation; if you see it on a letter or a textbook cover, ask the school to confirm which code the candidate is actually entered for this year. Pearson Edexcel runs its own International GCSE Physics, and some schools deliver physics inside a double award science qualification rather than as a separate subject. Oxford AQA also operates an international physics route used by a smaller number of schools. On the Cambridge route, entry is at Core or Extended, and that decision governs which theory papers are sat and the range of grades available. Every candidate also has a practical component, taken either as a supervised laboratory test or as a written alternative-to-practical paper, and which of the two a school uses is a school-level decision rather than a student choice. The content spans motion, forces and energy, thermal physics, waves, electricity and magnetism, nuclear physics and space physics. Naming the code and the tier before the first lesson removes a fortnight of guesswork.
Cambridge IGCSE Physics 0625 and its 9-1 reported equivalent 0972
0443 is the older US variant; confirm with the school which entry applies this year
Edexcel International GCSE Physics, plus physics taught inside a double award science route
Core or Extended entry decides the theory papers and the grade range on offer
Practical skills assessed either by a supervised laboratory test or a written alternative paper
Six content areas: motion and energy, thermal, waves, electricity and magnetism, nuclear, space
Online sessions are available worldwide and run in your household's own time zone, which is the whole offer outside India. Home tutoring exists only in India, and only where a tutor with the right board experience happens to be free in that city, so it is worth asking before you plan around it rather than after. Inside India, the densest demand for physics at this level sits where international schools cluster. In Gurugram that means Golf Course Road, the DLF phases, Sushant Lok and the Sector 43, 50 and 56 belt. South and South-West Delhi contribute steadily from Vasant Vihar, Vasant Kunj and Saket. Noida families come mostly from Sectors 44, 50 and 62 and from along the Expressway. Mumbai enquiries arrive from Bandra, Juhu, BKC and South Mumbai; Bangalore from Indiranagar, Koramangala, HSR Layout, Whitefield and Sarjapur Road. Hyderabad, Pune and Chennai add a smaller but consistent flow, and in those three the honest answer on home visits depends entirely on the week. Overseas, physics is one of the subjects that travels furthest. Families in Dubai, Abu Dhabi, Doha and Muscat make up a large share of online enquiries, partly because evening slots there line up neatly with tutor availability in India. Singapore, Kuala Lumpur, Hong Kong and Bangkok follow, then Nairobi, Lagos and Accra, and a steady trickle from UK and European international schools where a physics set has been split mid-year.
Online worldwide, scheduled in your own time zone rather than Indian working hours
Home tutoring is India-only and depends on a tutor being free in that particular city
Gurugram, South Delhi and Noida carry the heaviest home-visit demand
Mumbai, Bangalore, Hyderabad, Pune and Chennai are covered case by case
Gulf evening slots and Singapore, Malaysia, Hong Kong and East African mornings schedule easily
A tutor who ignores the school's order of teaching creates two courses running in parallel, and the student pays for both. Physics departments sequence the syllabus differently: some open with motion and energy because the mathematics is gentlest there, others begin with electricity to line up with laboratory equipment availability, and a few teach waves early because it needs the least prior arithmetic. IB Gram asks for the scheme of work, or simply the last three topic headings from the student's exercise book, and the tutor plans around that. Where a class is three weeks ahead of the student, the tutor runs a short catch-up in parallel rather than pausing the syllabus and letting the gap widen. The school calendar matters just as much. Practical sessions, internal assessments, mock weeks and the deadline by which entries are finalised are all fixed points, and a tutor should know them rather than discover them. If a laboratory session on determining a spring constant is scheduled for next Tuesday, the sensible use of the session before it is the method, the table headings and the graph, not a topic three chapters ahead. One boundary is absolute. Tutors coach; they do not write, complete or co-author anything that is submitted or assessed. A tutor will talk through how a results table should be headed, how anomalies are treated and why an evaluation needs a named improvement, and then the student writes it. Any tutor who offers otherwise is a problem for the student, not a shortcut.
Send the scheme of work, or photograph the last few topic headings in the exercise book
Sessions are planned around laboratory dates, mock weeks and entry deadlines
Catch-up runs alongside the school's pace rather than replacing it
Tutors never write, complete or co-author submitted or assessed work
Where school policy and a tutor's suggestion conflict, the school's instruction stands
Online is the strongest option for most of what IGCSE Physics actually requires, with one genuine and non-negotiable exception. A shared whiteboard suits this subject unusually well: circuits can be redrawn and re-reasoned in seconds, a ray diagram can be rotated to show why the angle is measured from the normal and not the surface, and a velocity-time graph can be annotated while the student watches the gradient triangle being chosen. Screen-sharing a marked script is often more useful than sitting beside it, because both people are looking at the same pixel rather than at opposite ends of a page. The exception is laboratory work. A tutor cannot supervise a practical, cannot certify apparatus handling and should not pretend that watching a video of an experiment is equivalent to performing one. Where a school assesses practical skill through a supervised laboratory test, that preparation belongs to the school and its technicians. What online tutoring genuinely prepares is the written alternative-to-practical route: planning a method that someone else could follow, choosing sensible ranges and intervals, heading a results table with a quantity and a unit, plotting on a scale that fills the grid, drawing a best-fit line through scatter, identifying an anomaly and suggesting a specific improvement rather than "be more careful". Home tutoring, where a tutor is available in an Indian city, mainly buys attention. Some students simply work better with a person in the room and a phone in another one. Hybrid arrangements, with one weekly visit and one online session, are common in Gurugram and Bangalore and reduce the number of cancelled sessions during traffic and examination season.
Online worldwide, in your own time zone; the shared whiteboard suits circuits and ray diagrams
No tutor can supervise or certify laboratory practical work, and none should claim to
Written alternative-to-practical skills are fully teachable online: method, table, graph, evaluation
Home visits exist only in India and only where a suitable tutor is currently free
Hybrid, one visit plus one online session, is the usual compromise in traffic-heavy cities
Families weighing up physics support are usually choosing between a private tutor, a local coaching batch, a recorded course and whatever extra help the school's physics department can offer. These are categories rather than named providers, and the differences that matter in this subject are about diagnosis, live drawing and who can legitimately supervise practical work.
| What matters | One-to-one tutor (IB Gram) | Coaching centre batch | Recorded video course | School physics department |
|---|---|---|---|---|
| Code and tier match | Matched to 0625, 0972, 0443 or Edexcel 4PH1, and to Core or Extended, before the trial | Usually one IGCSE physics batch spanning several codes and both tiers | Built for whichever code is most popular, with the rest treated as close enough | Exact by definition, since it is the school's own entry |
| Finding why a calculation failed | The trial lesson works backwards through a marked script, line by line | Possible in principle, rare in practice once the batch has a pace | Impossible; the course cannot see the student's working | Depends on how much marking time the teacher has across a full set |
| Graph, gradient and unit discipline | Drilled explicitly and tracked session to session as its own skill | Covered when a worked example happens to raise it | Demonstrated on screen; the student's own graphs are never seen | Taught, though rarely as a separate skill with its own practice time |
| Alternative-to-practical preparation | Method, table headings, scale choice, best-fit lines and evaluation, rehearsed in full | Often compressed into a revision session near the exam | Explained rather than practised, with no feedback on the student's attempt | Usually strong, since the department knows its own entry |
| Supervised laboratory practical | Not offered, and no tutor should claim otherwise; this belongs to the school | Some centres have benches, though supervision has no assessment standing | Video only | The only legitimate route, with technicians and assessed conditions |
| What reaches the parent | A written note after every session, and a rate agreed in writing beforehand | Attendance, batch tests and a published fee | A completion percentage on a dashboard | Termly reports and parents' evenings |
Subject knowledge is the easy part to verify and the least predictive. A physics graduate who has never marked to a Cambridge scheme will happily accept an answer that an examiner would cut, because the number is right and the unit is missing, or because the method is elegant and the working cannot be followed. So the checks run past the degree certificate. IB Gram confirms the qualification and the teaching history, then asks which boards and which codes the tutor has actually taught to, and for how many cohorts. Tutors are asked to talk through a past-paper question aloud, because the useful diagnostic skill in this subject is being able to say precisely why a student's line three is wrong rather than restarting the question cleanly. They are asked how they would teach a parallel circuit to somebody who has understood series and is now guessing, and how they would handle a student who quotes a relationship correctly and then substitutes into it upside down. Those two answers separate experienced physics teachers from capable physicists. References are taken where a tutor has taught in schools. Online candidates demonstrate the tools, because a physics session where the tutor cannot draw quickly is a wasted hour. After matching, the written notes from the first few sessions are read on our side as well as yours, and a tutor whose notes are vague is followed up. None of this predicts a grade, and nobody here will claim it does.
Qualifications and teaching history confirmed, with the specific boards and codes named
A live diagnostic: explain why a student's third line is wrong, do not restart the question
Board-specific mark-scheme familiarity, including unit and significant-figure penalties
Comfort with a digital whiteboard for circuits, ray diagrams and graph work
Written notes reviewed after the early sessions; vague notes are raised with the tutor
Three situations account for most enquiries. The first is a mock result that does not match the parent's impression of how the year has gone: the student discusses physics confidently at the dinner table, answers questions in class, watches the material for enjoyment, and then returns a script twenty marks below expectation. The second is a school conversation about tier. A recommendation to move from Extended to Core, or a refusal to move a keen student up, forces a decision on a family who has no independent way to judge whether it is right. The third is a countdown, usually eight to twelve weeks before an examination session, and usually accompanied by a realisation that the practical component has never been practised in the format it will be assessed in. A fourth arrives less often but is worth naming, because it is frequently misdiagnosed. A student who has changed board, from CBSE or ICSE into an IGCSE school, or from a national curriculum abroad, often knows more physics than the class and still scores badly, because the question style, the command words and the expectations about showing working are unfamiliar. That is a translation problem and it resolves quickly once somebody names it. None of these four is fixed by more hours of the same revision. Each needs a different first move, which is why the trial lesson diagnoses before it teaches.
A mock score that contradicts how confident the student sounds about the subject
A Core or Extended tier decision the school wants answered this term
Eight to twelve weeks left and no rehearsal of the practical component's format
A board change that makes a strong student look weak for a month or two
A sixth-form plan that suddenly requires physics at a level the current grade will not support
Far more often in the arithmetic than in the physics. Go through a stack of marked Extended scripts and the losses cluster in four places, and only one of them is conceptual. The first is unit conversion. Kilojoules arrive and joules are wanted; a length is given in centimetres and the relationship needs metres; a mass sits in grams and the density comes out a thousand times wrong; minutes are substituted into a relationship expecting seconds. The physics is untouched and the mark is gone. The second is rearrangement. A student quotes the relationship correctly, which earns something, and then divides the wrong way round. Rearranging before substituting, as a fixed habit, removes most of this, because a symbolic rearrangement can be checked at a glance while an upside-down number cannot. The third is selection. Physics gives a student a long list of relationships and very little guidance about which one a question wants. What separates a confident candidate is not memory but a reading habit: identify the quantity being asked for, identify what the question supplies, and only then choose. The fourth is graph work, and it is the one most schools have the least time for. In a large fraction of questions the gradient or the area under the line is the answer, not an illustration of it. A velocity-time graph's gradient is acceleration and the area beneath it is distance travelled. A force-extension line's gradient is stiffness and the area is stored energy. Students who treat graphs as pictures lose these marks every single time.
Unit conversion: kilojoules to joules, grams to kilograms, centimetres to metres, minutes to seconds
Rearrange the relationship symbolically first, then substitute; it is checkable, and upside-down numbers are not
Relationship selection: name the quantity wanted before choosing anything from the list
Gradients and areas are answers, not decoration; a gradient triangle should span most of the line
Significant figures follow the data given, not the digits the calculator happens to display
This is the judgement call that changes what the tutoring should be, and it is missed constantly. A student weak in algebra looks weak in physics, scores badly in physics tests, gets labelled as bad at physics, and receives more physics teaching, which does not touch the cause. The reverse also happens: a competent algebraist with no physical intuition produces beautiful working from the wrong starting point and is praised for effort. The distinction is usually visible within one session if somebody looks for it. Ask the student to explain, in words and with no numbers anywhere, what happens to the current through two identical lamps when a third is added in series, and what happens if it is added in parallel. A student with a genuine conceptual gap will hesitate or guess. Then hand over a question with the physics already set up and only the manipulation left. A student whose difficulty is algebraic will do fine on the first task and fall apart on the second. Most students are somewhere between, and the ratio determines where the sessions go. There is a practical consequence. If the diagnosis lands mostly on algebra, the fastest route to better physics marks may be a short, targeted block of mathematics work embedded inside physics questions rather than more physics revision. The same student's mathematics grade often lifts as a side effect. A tutor who cannot tell these two failure modes apart will spend a term treating the symptom.
Ask for a conceptual explanation with no numbers in it, then a purely manipulative question
Strong in class discussion and weak on paper usually points at the algebra, not the physics
Neat working from a wrong starting point points the other way
Short algebra blocks set inside physics questions beat generic mathematics revision
The diagnosis is written down after the trial lesson so you can disagree with it
Nobody here will promise a grade, and a page that did would be telling you something about itself. What can be promised is visibility, and after roughly four sessions there are concrete things a parent should be able to point at without asking the student how it is going. You should have four written notes, each naming what was worked on and what is next, and they should not read interchangeably. The student should be converting units without being prompted, which is the earliest and most reliable signal in this subject. A marked past-paper question should have come back with the lost marks classified rather than simply corrected, so the pattern is visible: three marks to unit errors, two to an unreadable gradient, one to a genuine misunderstanding of refraction. That classification is the thing that makes the next four weeks planned rather than hopeful. You should also have heard at least one uncomfortable thing. A tutor who has spent four sessions with a student and has nothing critical to report has either not looked hard or is managing you. Honest reporting sounds like a topic being deliberately capped, or a warning that the practical paper has not been rehearsed and time is short. If none of that is visible by the fourth session, say so. A tutor change is arranged on request and does not require a justification or an awkward conversation with the tutor; that is handled on this side.
Four written notes that differ from each other and name the next step
Units converted unprompted, which is the earliest reliable signal in physics
Lost marks classified by cause, not just corrected in red
At least one honest, unflattering observation about what is not working
No grade promises from anyone, at any point, in writing or otherwise
Starting is deliberately short. Send a message with five things and most of the back-and-forth disappears: the syllabus code from the school's course outline, whether the entry is Core or Extended, the school grade, your city and time zone, and a photograph of one recent marked physics assessment. That last item does more than the other four combined, because a marked script shows where marks are actually going in a way that no description of the problem can. Two or three tutors are suggested, usually within a day or two, each with their board history and their rate stated in writing. You pick one and take the free trial lesson. That lesson is diagnostic rather than a demonstration: the tutor works through a question the student has already attempted and explains what went wrong and in what order it should be fixed. A written note follows, whether or not you continue. If the trial does not convince you, nothing happens and nobody chases you. If it does, sessions are scheduled in your own time zone, or at home if you are in an Indian city where a tutor is currently free. Write to ibgram24@gmail.com or send a WhatsApp message to +91 7439 368 115, and mention the exam session you are working towards.
Send the code, the tier, the grade, your city and time zone, and one marked script
Two or three tutor suggestions with board history and rates, in writing
A free trial lesson that diagnoses rather than demonstrates
A written note after the trial whether or not you continue
Contact ibgram24@gmail.com or +91 7439 368 115 on WhatsApp
IB Gram is an independent tutoring platform and is not officially affiliated with Cambridge International, Pearson Edexcel, Oxford AQA or the IB Organization. Syllabus codes are named only to describe what tutoring covers.
There is no published price list, because there is no single rate. What a tutor charges reflects how long they have taught this syllabus, whether the work is Core or Extended, the student's grade and how frequently you meet. Preparing a Grade 11 Extended candidate for an imminent session is a different job from steadying a Grade 9 student's unit handling, and the rates differ accordingly. Once a specific tutor is suggested, their rate is confirmed in writing before you commit to anything, so you are weighing an actual figure rather than a bracket.
Look at the school's course outline or the inside cover of the textbook, where the code is normally printed. The Cambridge routes listed for this subject are 0625, the 9-1 reported route 0972, and 0443, the older US variant that still appears on some school paperwork. Pearson Edexcel runs its own International GCSE Physics, and some schools deliver physics inside a double award science qualification instead. If you cannot find it, photograph an assessment header or a worksheet and send it over, and we will identify it before matching a tutor.
Core and Extended are different entry routes with different theory papers and different grade ranges available, with Extended reaching the top grades and Core capped below them. Extended also covers additional content that Core candidates are not examined on. The school decides the entry, usually in the second year, based on classwork and mock performance. If you disagree with the recommendation, ask which specific evidence it rests on and whether the deadline for changing the entry has passed, because that date is fixed by the board and varies by session.
Not with a supervised laboratory test, and you should be wary of anyone who says otherwise. A tutor cannot supervise apparatus handling, cannot run assessed conditions and cannot substitute for the school's laboratory. What an online tutor genuinely prepares is the written alternative-to-practical route, where the student is assessed on planning a method, choosing sensible ranges, heading a results table correctly, plotting on a sensible scale, drawing a best-fit line and writing an evaluation that names a real improvement. Which of the two routes your school uses is a school decision, so confirm it before planning revision.
In most cases the physics is fine and the execution is not. Class discussion rewards reasoning aloud, which is exactly what a confident student is good at, while a written paper rewards converting kilojoules to joules under time pressure, rearranging before substituting, and reading a gradient off a properly sized triangle. Those are separate skills and they are not practised by listening. Ask to see a marked script rather than a percentage: the pattern of lost marks usually makes the cause obvious within one page, and it is fixable much faster than a conceptual gap would be.
It is a real question and worth diagnosing before you buy hours of either. A quick test: ask the student to explain in words, with no numbers, what happens to current when a lamp is added in series and what happens in parallel, then hand them a question where the physics is already set up and only the manipulation remains. Weakness on the first task points to a conceptual gap; weakness on the second points at algebra. A student weak in algebra will look weak in physics, and treating that as a physics problem wastes a term.
This varies by board, and it is one of the details most worth checking rather than assuming. Some routes supply a list of relationships with the paper, others expect recall, and even where a list is provided it will not tell a student which item on it the question wants. Look at a specimen paper's front matter for your child's specific code, or ask the physics teacher directly. Either way, selecting the right relationship and rearranging it correctly is the skill that earns marks; a printed list removes only the memory step.
Home tutoring is offered only in India, and only in cities where a tutor with the right board experience is currently free, so availability genuinely changes month to month. It is strongest in Gurugram, South and South-West Delhi and Noida, and handled case by case in Mumbai, Bangalore, Hyderabad, Pune and Chennai. Outside India, tutoring is online only, with no exceptions and no branches or centres anywhere. Tell us your city when you first write and you will get a straight answer rather than a maybe.
Sessions are scheduled in your own time zone, not in Indian working hours, and the slot is agreed before anything is booked. Gulf families in Dubai, Abu Dhabi, Doha and Muscat generally find evening slots easy, since the offset is small. Singapore, Kuala Lumpur, Hong Kong and Bangkok usually work well in their early evenings, and UK, European and West African families typically take morning or late-afternoon slots. If your school runs a different exam session from the one most of your city sits, say so, because it changes the revision timeline entirely.
For most students, one session a week is enough during the teaching year and two becomes sensible in the final term or when a specific component is being rebuilt from scratch. More than two a week rarely helps, because physics improvement comes from attempting questions alone and then having the attempts examined, and a student with three sessions has no time left to attempt anything. The honest answer depends on the diagnosis from the trial lesson, and a tutor recommending a heavy weekly load before seeing any work should be questioned.
Tutor suggestions usually come back within a day or two of your first message, and the trial lesson is free with nothing to pay and no obligation to continue afterwards. To move quickly, include the syllabus code, the tier, the grade, your city and time zone, and a photograph of one recent marked assessment in that first message. Requests close to an exam session are busier, so start earlier if you can. You receive a written note after the trial regardless of whether you book any further sessions.
No. Tutors coach and never write, complete or co-author homework, lab write-ups, assignments or anything that is submitted or assessed. What a tutor will do is work through a similar question so the method is clear, explain how a results table should be headed and why an anomaly must be identified rather than quietly dropped, and then leave the student to produce the work themselves. Submitting a tutor's writing is a malpractice issue for the student and the school, and no short-term gain is worth that risk.
Through evidence you can inspect rather than a promise nobody can keep. After every session a written note records what was covered and what comes next. Marked past-paper work is classified by the cause of each lost mark, so you can see whether unit errors, graph reading, relationship selection or a genuine conceptual gap is doing the damage, and whether that mix is shifting month to month. No tutor can promise a grade, nobody here will, and any tutoring service that does is making a claim it has no ability to honour.
The content overlaps far more than the assessment does, which is why strong students often dip for a term. IGCSE papers lean harder on command words, on explaining in structured prose, on interpreting unfamiliar data and on practical skills assessed either in a laboratory test or through a written alternative paper. Numerical fluency usually transfers well from an Indian board; the written explanation and the graph-based questions are where the adjustment happens. A short bridging plan focused on question style, rather than on re-teaching topics already known, normally resolves it.
Say so and a different tutor is arranged, with no charge for the change and no need to explain yourself to the tutor directly. That conversation is handled on this side. Fit in physics is often about explanation style rather than ability, and a student who needs everything drawn will not learn from a tutor who prefers to talk it through. It is better raised after two sessions than after two months, so if something feels wrong early, treat that instinct as data rather than impatience.
No. IB Gram is an independent tutoring platform and is not affiliated with Cambridge International, Pearson Edexcel, Oxford AQA or the International Baccalaureate, and it is not an examination centre. Tutors work to the published syllabuses and past papers of those boards, which anyone can access. Entries, practical arrangements, coursework policy and results all sit with your school and the board, and any question about deadlines or entry changes should go to the school first. Anyone claiming an official partnership with a board is worth checking directly with that board.
If a mock result, a tier decision or an approaching exam session brought you here, send the syllabus code, the tier, the grade, your city and time zone, and a photograph of one marked physics script. Tutor suggestions come back with their board history and their rate in writing, the trial lesson is free and diagnostic, a written note follows every session, and a different tutor is arranged if the fit is wrong. No grade is promised by anyone here. Write to ibgram24@gmail.com or message +91 7439 368 115 on WhatsApp to start.
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