IB Physics Tutor in Pune (SL & HL)

The five themes, and what HL adds

The IB plans 150 teaching hours at SL and 240 at HL. All students study the same five themes; HL students add five further topics on top.

• A. Space, time and motion. Kinematics, forces and momentum, and work, energy and power for everyone; HL adds rigid body mechanics and Galilean and special relativity.
• B. The particulate nature of matter. Thermal energy transfers, the greenhouse effect, gas laws, and current and circuits; HL adds thermodynamics.
• C. Wave behaviour. Simple harmonic motion, the wave model, wave phenomena, standing waves and resonance, and the Doppler effect; no HL-only topic, though HL goes further in places.
• D. Fields. Gravitational fields, electric and magnetic fields, and motion in electromagnetic fields; HL adds induction.
• E. Nuclear and quantum physics. Atomic structure, radioactive decay, fission, and fusion and stars; HL adds quantum physics.

Schools teach the themes in their own order, so the tutor should follow the school's scheme and keep a list of what remains, rather than starting at Theme A regardless.

How the grade is made

Calculators and the physics data booklet are allowed on both papers, and wrong multiple-choice answers carry no penalty. Students also take part in the IB's collaborative sciences project.

Choosing SL or HL

HL is the natural choice for a student heading towards engineering or physics, and SL suits one who needs a science but whose main interest lies elsewhere. The difference is more than the five extra topics: HL Paper 2 is an hour longer and carries 90 marks, and HL Paper 1A has 40 questions to SL's 25. A student who is unsure should look at how they cope with the algebra in Themes A and D during the first term of DP1, and talk to the school before any deadline for changing level. A tutor can give an honest view based on that work.

Paper 1B: the skill that needs practice every week

Paper 1B presents data from an experiment and asks the student to interpret it. It rewards skills that grow slowly, so they belong in every session rather than a few weeks before the exam:

1. Describe before calculating. Name the variables, units and trend in a sentence, then decide what the gradient and intercept stand for physically.
2. Straighten curves. Choose what to plot against what so that a power law or exponential becomes a line.
3. Handle uncertainty properly. Absolute, fractional and percentage uncertainties, error bars, and the steepest and shallowest gradients through them.
4. Use precise terms. Random versus systematic error, precision versus accuracy, resolution, zero error.
5. Suggest a specific improvement. Something that fits the method on the page, not a generic "repeat the readings".

A useful pattern is one short data question at the end of each session, drawn from whatever theme the school is teaching that week.

Paper 1A and Paper 2

Multiple choice needs speed and judgement in equal measure: estimating an order of magnitude, checking units, eliminating options. Because there is no penalty for a wrong answer, no question should be left blank. Paper 2 rewards complete, structured answers: a clear statement of the principle used, the substitution shown, units on the answer and, in explanations, a chain of reasoning that ends where the question asks it to. A tutor who marks Paper 2 practice against IB markschemes and explains exactly why a mark was missed does more good than one who only works through solutions. Our IB physics SL, HL and IA guide discusses both papers further.

The scientific investigation: rules and the tutor's limits

The investigation is worth 20% at both levels, marked out of 24 on four criteria of six marks each, and the report is capped at 3,000 words. The IB expects about ten hours of work. Students may work in groups of up to three, but each must have their own research question and they may not share raw data. Data can come from laboratory work, fieldwork, spreadsheets, databases or simulations, which matters for students with limited lab time.

A tutor may teach the physics behind the student's idea, explain the criteria, talk through whether a method is feasible and practise the analysis skills on other data. A tutor must not choose the question, design the method, process the student's data or write or edit any part of the report. The student should tell their teacher about outside tutoring.

Starting DP Physics from SSC, CBSE, ICSE, IGCSE or the MYP

DP1 students can arrive from any system. Those from the State Board or CBSE usually handle numericals well but have done little data analysis or extended explanation. ICSE students write careful working and need practice with uncertainties and the IB's open questions. IGCSE students know much of the mechanics, waves and electricity content but need more algebra and a feel for fields. MYP students are comfortable with inquiry and need speed in exam-style calculation. A short bridging block on kinematics, vectors and the uncertainty toolkit closes most of these gaps; students coming from Cambridge can also see our IGCSE physics tutors in Pune page.

Spreading tutoring across the two DP years

• Start of DP1. One or two sessions a week on kinematics with graphs, vectors and the uncertainty toolkit, since every later theme leans on them.
• Rest of DP1. One session a week at SL, two at HL, following the school through its themes, each ending with a short data question in the Paper 1B style.
• Investigation window. Two or three sessions in total on the criteria, feasibility and analysis skills, practised on other data; the report itself is never touched.
• DP2. Fields and nuclear and quantum physics as the school reaches them, then timed Paper 1 and Paper 2 practice marked against markschemes; two sessions a week, more before the mocks.

The pattern bends to the school's calendar. International schools in Pune keep their own term dates, so the tutor should plan from those dates and the student's mock schedule rather than from the State Board or CBSE year. A useful habit is a running error log by theme: every lost mark in a school test is written down with its cause, and the log decides what the next session covers.

Reaching IB physics students across Pune

Specialists for DP Physics are few in any city, and our Pune zone guides note that families wanting an IB specialist often combine a nearby home tutor with online sessions. How the travel looks:

• Kothrud, Karve Nagar and Deccan. Deccan Gymkhana has its own Aqua Line station; parking near the main roads is limited, so metro and a short walk is simpler.
• Aundh, Baner and Pashan. With Line 3 still being built through Baner, tutors come by road from Aundh, Balewadi, Pashan or Pimple Nilakh, and Baner Road is heavy in the evening.
• Wakad, Hinjewadi and Pimpri-Chinchwad. Wakad societies register visitors, and traffic towards Hinjewadi slows office hours, so early evening or weekends work better.
• Viman Nagar, Kalyani Nagar and Kharadi. Kalyani Nagar has its own Aqua Line station, so a tutor anywhere on the Vanaz–Ramwadi line can reach it directly.
• Hadapsar, Kondhwa and NIBM. Hadapsar has no metro; local trains towards Daund and the Gadital bus station help, but most tutors ride in from nearby.
• Katraj, Bibwewadi and Sinhagad Road. For Bibwewadi, Swargate is the nearest metro until the extension with a Bibwewadi station is built.

For Koregaon Park, Camp and Wanowrie and other localities, see our Pune tutors page. Online physics works well when the tutor can share a graph tool and see the student's working; on the heaviest monsoon days it also keeps the week intact.

Questions to put to the tutor at the demo

1. The 2025 course. Ask which topics are HL-only now. The answer should match the list above.
2. A Paper 1B question. Ask the tutor to walk through one with your child and watch how uncertainties are handled.
3. Markscheme marking. Bring a marked school test and ask where marks went.
4. The investigation. Listen for clear limits: teaching the physics, never doing the work.
5. A term plan. How will sessions follow the school's order of themes?

We send two or three matched tutors and show each fee before the demo; the first class is free and switching tutor later is free. Tutors who join go through an ID check before their profile is marked Verified.

Fees and getting started

Across NXTutors, most home-tuition sessions fall between ₹800 and ₹2,500 an hour; Classes 11–12, IB/IGCSE and JEE/NEET sit toward the upper end; specialists for IB HL or JEE Advanced can charge more. See the pricing guide and home tuition fees in Pune.

Tell us SL or HL, DP1 or DP2, what is going wrong, your area and free slots, and book a free demo class. Browse tutor profiles, or see IB maths and IB and IGCSE chemistry tutors in Pune.