Conquer H2 Physics from first principles to full marks
A complete, syllabus-mapped journey through every MOE H2 Physics topic — built for Singapore JC students who want to genuinely understand the physics, not just memorise it, and walk into the 'A' Level exam ready for anything.

Physics stops being scary the moment you understand it — and my job is to make sure that moment happens for every student in this school.
— Tuition on Demand Academy

What you'll learn
What you'll be able to do
- Apply SI units and measurement principles correctly and interpret data with appropriate precision and uncertainty across all topics
- Solve multi-step Newtonian mechanics problems — including circular motion, gravitation, and energy — using the strategies examiners reward
- Analyse thermal systems, ideal gas behaviour, and thermodynamic processes with confidence, linking equations to physical meaning
- Explain and calculate wave phenomena including superposition, interference, and diffraction as tested in structured and essay questions
- Master electricity and magnetism — from capacitor discharge curves to AC transformers — and tackle circuit and electromagnetic induction problems under exam conditions
- Demonstrate understanding of quantum and nuclear physics concepts including wavefunction probability density, photoelectric effect, and radioactive decay, and apply them accurately to 'A' Level exam questions
How it works
A school that adapts to you
This isn't a set of static videos. Every lesson is generated live and tuned to where you actually are.
We learn your level
A quick placement check tailors your starting point so you're never bored or lost.
Lessons adapt as you go
Each lesson is written for your pace and your goal, adjusting as your skills grow.
Your AI coach keeps you moving
Checkpoints, feedback, and gentle nudges turn progress into a real result.
The curriculum
What's inside your school
9 modules · 74 lessons

Measurement & Data Analysis
Builds the essential SI units, precision, and uncertainty skills that underpin every topic and exam question throughout the course.
- 1.1SI Units & Physical QuantitiesIncluded
- 1.2Scalars, Vectors & Unit ConversionsIncluded
- 1.3Significant Figures & PrecisionIncluded
- 1.4Uncertainty: Absolute & PercentageIncluded
- 1.5Combining Uncertainties & Error PropagationIncluded
- 1.6Graphs, Gradients & InterceptsIncluded
- 1.7Exam Workshop — Measurement QuestionsIncluded
Kinematics & Dynamics
Develops confident problem-solving in linear motion and Newton's laws, directly linked to A-Level exam question styles.
- 2.1Displacement, Velocity & AccelerationIncluded
- 2.2Equations of Uniform Acceleration (SUVAT)Included
- 2.3Projectile MotionIncluded
- 2.4Newton's Laws of MotionIncluded
- 2.5Free-Body Diagrams & Net ForceIncluded
- 2.6Linear Momentum & ImpulseIncluded
- 2.7Elastic & Inelastic CollisionsIncluded
- 2.8Exam Workshop — Kinematics & DynamicsIncluded
Forces, Work, Energy & Power
Links Newton's mechanics to energy methods and circular motion, giving students two powerful problem-solving strategies examiners reward.
- 3.1Work Done by a ForceIncluded
- 3.2Kinetic & Potential EnergyIncluded
- 3.3Conservation of Energy & PowerIncluded
- 3.4Circular Motion — KinematicsIncluded
- 3.5Circular Motion — Centripetal Force AnalysisIncluded
- 3.6Gravitational Fields & Field StrengthIncluded
- 3.7Gravitational Potential & Orbital MotionIncluded
- 3.8Satellites, Escape Velocity & Exam PracticeIncluded
Thermal Physics
Builds understanding of temperature, ideal gas behaviour, and the first law of thermodynamics with strong links to exam-style problem solving.
- 4.1Temperature, Thermal Equilibrium & ThermometersIncluded
- 4.2Internal Energy & the Kinetic ModelIncluded
- 4.3Specific Heat Capacity & Latent HeatIncluded
- 4.4Ideal Gas Laws & the Equation of StateIncluded
- 4.5Kinetic Theory of Ideal GasesIncluded
- 4.6The First Law of ThermodynamicsIncluded
- 4.7Exam Workshop — Thermal PhysicsIncluded
Oscillations & Waves
Covers simple harmonic motion, wave properties, and superposition — building the conceptual clarity and calculation skills A-Level questions demand.
- 5.1Simple Harmonic Motion — Definitions & EquationsIncluded
- 5.2Energy in SHM & DampingIncluded
- 5.3Resonance & Forced OscillationsIncluded
- 5.4Wave Motion — Transverse & Longitudinal WavesIncluded
- 5.5Wave Properties: Speed, Intensity & PolarisationIncluded
- 5.6Superposition & Stationary WavesIncluded
- 5.7Phase Difference, Path Difference & Interference ConditionsIncluded
- 5.8Two-Source Interference (Young's Double Slit)Included
- 5.9Diffraction & Single Slit PatternsIncluded
- 5.10Diffraction Gratings & Exam WorkshopIncluded
Electricity & Electric Fields
Establishes electric field concepts, current electricity fundamentals, and D.C. circuit analysis as the foundation for electromagnetism topics.
- 6.1Electric Fields & Field LinesIncluded
- 6.2Coulomb's Law & Electric PotentialIncluded
- 6.3Capacitance & the Parallel-Plate CapacitorIncluded
- 6.4Capacitor Combinations & DielectricsIncluded
- 6.5Charging & Discharging (RC Circuits)Included
- 6.6Current, Resistance & Ohm's LawIncluded
- 6.7Resistivity, EMF & Internal ResistanceIncluded
- 6.8D.C. Circuit Analysis — Kirchhoff's LawsIncluded
- 6.9Potential Dividers, Sensors & Exam WorkshopIncluded
Electromagnetism & Electromagnetic Induction
Develops mastery of magnetic forces, induction laws, and AC circuits — covering the most calculation-rich topics in the H2 syllabus.
- 7.1Magnetic Fields & the Motor EffectIncluded
- 7.2Force on a Moving Charge & the Hall EffectIncluded
- 7.3Magnetic Fields of Wires, Solenoids & CoilsIncluded
- 7.4Magnetic Field in a Toroid & Ampere's Law ApplicationsIncluded
- 7.5Electromagnetic Induction & Faraday's LawIncluded
- 7.6The AC Generator & Back-EMF in MotorsIncluded
- 7.7Alternating Current — RMS Values & PowerIncluded
- 7.8Transformers — Principles & EfficiencyIncluded
- 7.9Exam Workshop — ElectromagnetismIncluded
Modern Physics — Quantum & Nuclear
Completes the H2 syllabus with quantum physics and nuclear physics, tying wave-particle duality, radioactive decay, and binding energy to A-Level exam questions.
- 8.1The Photoelectric Effect & PhotonsIncluded
- 8.2Wave-Particle Duality & de Broglie WavelengthIncluded
- 8.3Wavefunctions & Probability DensityIncluded
- 8.4Atomic Energy Levels & Photon EmissionIncluded
- 8.5Lasers — Stimulated Emission, Population Inversion & CoherenceIncluded
- 8.6X-Ray Spectra & the Heisenberg Uncertainty PrincipleIncluded
- 8.7Nuclear Structure, Isotopes & Binding EnergyIncluded
- 8.8Radioactive Decay — Types & EquationsIncluded
- 8.9Radioactive Decay Law & Half-LifeIncluded
- 8.10Nuclear Fission, Fusion & Mass-Energy EquivalenceIncluded
- 8.11Exam Workshop — Modern PhysicsIncluded
Mock Examinations & Final Exam Mastery
Consolidates the entire H2 syllabus under timed exam conditions with detailed feedback, helping students sharpen technique and build confidence for the A-Level papers.
- 9.1Mock Exam 1 — Paper 1 (MCQ)Included
- 9.2Mock Exam 1 — Paper 2 (Structured)Included
- 9.3Mock Exam 2 — Paper 1 (MCQ)Included
- 9.4Mock Exam 2 — Paper 2 (Structured)Included
- 9.5Examiner Insights & Final Revision StrategyIncluded
Who it's for
Is this you?
The JC1 Builder
Starting H2 Physics and wants a clear, structured companion to school lessons that cements understanding from day one, not just before exams.
The JC2 Revisor
Facing 'A' Levels and needs a systematic, syllabus-mapped resource to close conceptual gaps and sharpen exam technique under time pressure.
The Concept Stuggler
Keeps getting the algebra right but loses marks because the underlying physics — especially in waves, electromagnetism, or modern physics — hasn't truly clicked yet.
The Exam Tactician
Solid on content but wants structured mock paper practice and examiner-level insight into how to present answers that collect every available mark.
The Self-Directed Learner
Prefers to learn at their own pace with multimedia support rather than relying solely on school lectures, and wants a high-quality alternative to expensive private tuition.
The Tuition Supplement Seeker
Already attending school and perhaps tuition, but wants additional worked examples and a different teaching voice to make tricky topics like SHM, RC circuits, or radioactive decay finally make sense.
Questions
Frequently asked
Your teacher
A note from your teacher
Tuition on Demand Academy
If you're reading this, there's a good chance you've had at least one moment in H2 Physics where you stared at a question, recognised every word in it individually, and still had absolutely no idea where to start. That moment — that specific, slightly panicky feeling — is exactly why I built this school.
H2 Physics is a genuinely challenging subject. I'm not going to pretend otherwise. The syllabus is wide, the questions are layered, and the jump from O-Level to H2 content can feel sudden and steep. But here's what I've come to believe deeply, after working through this material with students again and again: almost every student who struggles with H2 Physics isn't struggling because they're not smart enough. They're struggling because somewhere along the way, a concept was introduced before the foundation beneath it was solid. Fix the foundation, and the rest becomes learnable — not easy, but genuinely learnable.
That's the philosophy behind every lesson here. We start where we need to start — yes, even with SI units and significant figures, because those marks on Paper 2 are real — and we build upward, step by step, topic by topic, all the way to quantum mechanics and nuclear physics. Every concept gets a real explanation: not just what the formula says, but why it works, what it's describing in the physical world, and how an examiner will ask you to use it. I use analogies wherever they help, worked examples that mirror actual 'A' Level question styles, and Exam Workshops that train you to think like a careful, mark-conscious candidate.
I also know that understanding the content is only half the battle. You can know your physics cold and still lose marks because you misread a question, skipped a unit, or didn't show your reasoning clearly. That's why exam technique is woven through the entire school — not bolted on at the end. And when we get to the mock examinations, you'll practise under conditions that closely replicate the real thing, so that on exam day, the format itself holds no surprises.
Whether you're a JC1 student who wants to build a strong base from day one, or a JC2 student who needs to consolidate quickly and peak at the right moment, I want this school to feel like having a tutor in your corner — one who's genuinely excited about physics, straight with you about what's hard, and completely committed to helping you get there. Come in curious. Bring your questions. Let's work through this together.
— Tuition on Demand Academy
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- 9 modules, 74 lessons
- AI-adaptive lessons tuned to your level
- Quizzes & checkpoints to lock in progress
- Your own AI learning coach
- Learn on any device, at your pace
- Full access for as long as you're subscribed
