IGCSE PHYSICS TUTOR - HONG KONG (HK)

Proven Track Record

98% of students who work with All Round achieve a level 7 or above on their IGCSE exams.

Top Tutors

Our expert IGCSE Physics tutors have a proven track record of guiding students to top grades on exams in HK. They are well-versed in the IGCSE Physics curriculum and excel in distilling complex concepts into simple, fun, and engaging lessons while offering extensive exam drills, revision notes, and homework assignments.

Customised Courses

Students usually find Physics challenging because it requires a strong understanding of mathematical concepts and problems. From interpreting graphs to comprehending nuanced concepts, our IGCSE Physics tutors tailor a unique exam course for each learner based on their areas for improvement and learning style. Choose from 1-on-1 private tutoring or small group classes (3-1, 5-1, or 7-1) at All Round Education Academy.

Flexible Tutoring

Apart from face-to-face learning and home tutoring, we also provide private and group tutoring online across HK, so you can access our expert IGCSE Physics tutors from home.

• Past papers to build experience for their eventual examinations.
• Deep insight from experienced teachers who have attained degrees from world-class universities.
• Direct comparisons between top-scoring answers and lower-level answers to highlight what students should aspire to do as well as avoid.
• Accessing examiner’s reports to specifically assess what actual examiners are directly looking for.
• Learner-centred paradigm so that students construct knowledge through gathering and synthesising information and integrating it with the skills of inquiry, communication, critical thinking, and problem-solving.

Cambridge CIE IGCSE Physics (0625) is organised around six main topic areas that together cover the breadth of classical and modern physics at the pre-16 level. In Hong Kong, CIE 0625 is the one of the dominant IGCSE Physics syllabus — a vast majority of international school students sit this board including those at German Swiss International School, Nord Anglia International School and YCIS. Our tutors cover all five topic areas across both Core and Supplement content: Our CIE IGCSE Physics tutoring (Cambridge) programme covers the full CIE IGCSE Physics Syllabus (0625 / 0972), with dedicated Core and Extended Physics tutoring tracks tailored to each student’s entry level.

The six CIE 0625 topic areas

• Section 1 — Motion, Forces and Energys: Measurement (SI units, significant figures, measurement instruments — ruler, stopwatch, thermometer, balance, micrometre). Motion: distance-time and velocity-time graphs, acceleration, and the SUVAT equations (Extended). Forces: Newton’s three laws, friction, gravity, the turning effect of forces (moments), and pressure. Energy, work and power: kinetic, potential and thermal energy; energy transfers; efficiency. Density and pressure in solids, liquids and gases. Dedicated forces, motion, and energy calculations drills walk students through every formula application from first principles.
• Section 2 — Thermal Physics: States of matter: particle model, Brownian motion, diffusion. Thermal properties: specific heat capacity (q = mcΔT), specific latent heat, thermal expansion. Transfer of thermal energy: conduction, convection and radiation — factors affecting each; the greenhouse effect as a radiation application. Temperature scales and the gas laws (Supplement): pV/T = constant; molecular explanation of pressure. Our thermal physics and kinetic theory module connects particle behaviour to macroscopic gas laws.
• Section 3 — Waves: General wave properties: amplitude, wavelength, frequency, period, wave speed (v = fλ); transverse vs longitudinal waves; reflection and refraction. Light: reflection (law of reflection, plane mirror images), refraction (Snell’s law — Extended: n = sin i / sin r), total internal reflection and critical angle, converging lenses (ray diagrams, focal length). Sound: properties, speed in different media, the human audible range, echoes and sonar; ultrasound applications. Electromagnetic spectrum: properties, uses and dangers of each region. Targeted wave properties, light reflection, and refraction drills cover ray diagrams, Snell’s law calculations and total internal reflection scenarios.
• Section 4 — Electricity and Magnetism: Electrostatics: electric fields, charging by friction, induced charges. Electric current, voltage and resistance: definitions, ammeter/voltmeter placement in circuits, Ohm’s Law (V = IR), I-V characteristics (ohmic, lamp, diode). Series and parallel circuits: current and voltage rules; equivalent resistance calculations. Electrical power: P = IV = I²R = V²/R. Magnetism: field patterns (bar magnets, current-carrying conductors, solenoids), the motor effect (F = BIL for Extended), electromagnetic induction (Faraday’s law — qualitative), the transformer (turns ratio, Vp/Vs = Np/Ns). Dangers of electricity: fusing, earthing, and double insulation. Our electricity, magnetism, and electromagnetic induction sequence drills circuit analysis, motor-effect calculations and transformer applications.
• Section 5 — Nuclear Physics: Atomic model: nucleus, protons, neutrons, electrons; atomic number and mass number; isotopes. Radioactivity: alpha, beta and gamma radiation — properties, penetrating power, ionising ability; background radiation; detection methods. Nuclear transformations: alpha and beta decay equations; half-life calculations; safe handling of radioactive materials. Nuclear fission and fusion: qualitative — the release of nuclear energy; applications (nuclear power, medical imaging, carbon dating). Targeted nuclear physics and radioactive decay sessions cover half-life calculations and decay equations, with extension classes on space physics topics for boards that include them.
• Sedition 6 – Space Physics: looks at Earth, the Solar System, and stellar evolution. Core concepts include the Earth and the Solar System: Planetary orbits, orbital speed calculation (\(v = \frac{2\pi r}{T}\)), and the mechanics of seasons and moon phases.

Stars and the Universe: The life cycle of low-mass and high-mass stars, galaxies, light-years, Redshift, Hubble’s Law (v = H₀ d), and the Big Bang theory.

Edexcel IGCSE Physics (4PH1)

Edexcel IGCSE Physics (4PH1) is the alternative board to CIE 0625, offered at a large number of Hong Kong international schools.. Assessment is across two theory papers (Paper 1 and Paper 2), with practical skills assessed through questions integrated within the theory papers rather than through a separate practical paper. Grading uses the 9-1 scale rather than CIE’s A*–G. Our specialist Edexcel IGCSE Physics tutor team delivers full Edexcel IGCSE Physics Syllabus (4PH1/4XPH1) coverage.

The content coverage of 4PH1 is broadly similar to CIE 0625 across eight topic areas (forces and motion, electricity, waves, energy, solids, liquids and gases, magnetism and electromagnetism, radioactivity and particles and astrophysics), but the assessment style differs — Edexcel papers tend to be more application-focused with more extended data-interpretation questions and fewer direct recall questions than CIE. Our IGCSE Physics tutors who cover Edexcel 4PH1 are trained to the Pearson mark scheme and paper style, not only to CIE.

IGCSE Physics provides a strong qualitative and semi-quantitative foundation in mechanics, waves, electricity and nuclear physics. The transition to IB Physics or A-Level Physics is significant in two dimensions: mathematical depth and experimental rigour.

Choosing IB Physics

At SL, IB Physics build directly on IGCSE foundations, but at a greater mathematical depth. Mechanics extends the suvat equations to vector form and circular motion; electricity adds internal resistance, potential divider circuits and capacitance; thermal physics adds the full kinetic theory framework; nuclear physics adds the mass-energy equivalence calculation (E = mc²) in detail. The Internal Assessment (IA) — a 6–12-page experimental investigation contributing 20% of the grade — is entirely new territory for IGCSE students.

HL on the other hand, add (1) Rigid Body Mechanics: Rotational kinematics, torque, moment of inertia, angular acceleration, rotational kinetic energy, and the conservation of angular momentum (2) Galilean and Special Relativity: Reference frames, Lorentz transformations, time dilation, length contraction, spacetime intervals, and relativistic velocity addition (3) Thermodynamics: The first and second laws of thermodynamics, pressure-volume diagrams, specific gas processes (isothermal, isobaric, isochoric, adiabatic), cyclic processes, and Carnot engine efficiency (4) Wave Optics: Single-slit diffraction mathematics, resolution limits, thin-film interference patterns, and advanced diffraction gratings (5) Quantum Physics: The photoelectric effect, photons, wave-particle duality, de Broglie wavelength, the Bohr model of the atom, electron wave functions (Schrödinger equation), and Heisenberg’s uncertainty principles.

Before making a decision, two bridging priorities before IB1 Physics to consider are: (1) vector mechanics — resolving forces and velocities into components using trigonometry, and applying Newton’s laws to two-dimensional problems; IGCSE Physics treats most mechanics problems in one dimension, while IB treats them in two; (2) quantitative energy and momentum — IGCSE covers conservation of energy and momentum qualitatively or with simple numbers; IB requires precise algebraic manipulation of kinetic and potential energy expressions and conservation laws simultaneously.

Choosing A-Level Physics

What A-Level Physics adds: A-Level Physics (CIE 9702, Edexcel IAL, AQA, OCR) extends IGCSE in all topic areas simultaneously with greater mathematical treatment. The most significant additions over IGCSE: calculus-based mechanics (velocity as the derivative of displacement, acceleration as the derivative of velocity — IB uses this framework at HL, A-Level uses it throughout); circular motion and simple harmonic motion (SHM) in full mathematical detail; thermal physics extended to the first and second laws of thermodynamics; the full quantum model (wave-particle duality, atomic emission spectra from energy level transitions, the photoelectric effect quantitatively); and the practical endorsement — a separate non-examined assessment requiring genuine laboratory work.

Through a comprehensive assessment of your current abilities, our expert IGCSE Physics tutors help students build a solid understanding of the learning objectives within the syllabus and also help with past paper drills and technique building. Structured IGCSE Physics past papers practice sits at the core of our Physics exam preparation courses HK.

Try a free IGCSE Physics trial lesson with All Round Education’s highly qualified and experienced tutors in Hong Kong. Get a personalised learning plan tailored to your needs and learn key exam skills. Our dedicated team of IGCSE Physics tutors will help you attain top grades in your exams.

What our IGCSE Physics tutors offer

At All Round Education Academy in Hong Kong, our highly specialised and experienced IGCSE Physics tutors take a learner-centred approach to ensure students’ holistic development. Our tutors focus on building students’ confidence to tackle any question by building a solid foundation in each of the tested topics. We also provide tried-and-true examination skills and tactics through past paper drills. Expect to be well-prepared for your exams with our highly dedicated and qualified IGCSE Physics tutors at All Round Education Academy.