HSC · VCE · IB · Years 11–12

Physics rewards clarity of thought and mathematical precision.
That is a learnable skill. And it is what we teach.

The students who excel in HSC Physics are not necessarily the ones who know the most — they are the ones who express what they know with the exactness the examiners are looking for.

Our Edge

Mathematical precision and physical reasoning. We develop both — together.

Every Physics session is structured around the CORE™ Method. In a subject where mathematical precision and physical reasoning must work together, the four pillars — Concept Clarity, Observation & Data Analysis, Reasoning & Application, and Evidence-Based Expression — map directly onto what the examiner is looking for at every mark level.

Having trained in NESA marking rubrics through the ACU Secondary Teaching programme, we teach not just what Physics is — but how Physics is assessed. We use diagrams extensively, because Physics is a visual subject that is too often taught as pure algebra.

HSC Physics — Years 11 & 12

The full two-year course. Every module. Every mark.

From the Year 11 Preliminary foundations through to the Year 12 HSC modules. The Year 11 content is assumed knowledge for the HSC examination — making it as important as anything in Year 12.

Year 11 · Module 1

Kinematics

Motion in one and two dimensions, displacement, velocity, acceleration, and the equations of motion. The module that builds the mathematical language of Physics. Students who master kinematics find the rest of the course significantly more accessible.

Year 11 · Module 2

Dynamics

Newton's Laws, forces, momentum, and energy. The conceptual heart of Year 11 Physics. We ensure students understand not just the equations but the physical reasoning behind them — because that reasoning reappears throughout the HSC course.

Year 11 · Module 3

Waves and Thermodynamics

Wave behaviour, sound, light, and the principles of thermodynamics. A module that rewards students who can connect mathematical models to observable phenomena. We use demonstrations and worked examples extensively here.

Year 11 · Module 4

Electricity and Magnetism

Electric fields, circuits, magnetism, and their interactions. The foundation for the electromagnetism content of Module 6. Students who understand Module 4 deeply arrive at Year 12 with a significant advantage.

Year 12 · Module 5

Advanced Mechanics

Projectile motion, circular motion, and gravitational fields. We work through the mathematics slowly, then build to exam-speed problem solving — because under pressure, fluency matters as much as understanding.

Year 12 · Module 6

Electromagnetism

Charged particles, the motor effect, electromagnetic induction, and transformers. We use diagrams extensively here — Physics is a visual subject that is too often taught as pure algebra. A strong Module 6 is the foundation for everything in Modules 7 and 8.

Year 12 · Module 7

The Nature of Light

Wave-particle duality, the photoelectric effect, and special relativity. The module most students find conceptually challenging. We slow down here deliberately — because if the foundations are right, the rest follows.

Year 12 · Module 8

From the Universe to the Atom

Nuclear reactions, stellar evolution, and the Standard Model. Broad in scope, precise in assessment. We map the key relationships between concepts so nothing appears in isolation on exam day.

VCE Physics — Units 1 to 4

SACs and the final examination. We prepare for both.

VCE Physics spans classical and modern physics across four units, with Units 3 and 4 forming the basis of the study score. The VCAA examination consistently rewards students who can explain their reasoning — not just produce a correct numerical answer.

Unit 1

What ideas explain the physical world?

Thermodynamics, nuclear physics, and the origins of the universe. A conceptually rich unit introducing students to the scale of physical thinking — from subatomic particles to cosmological models.

Unit 2

What do experiments reveal about the physical world?

Waves, light, electricity, and magnetism. The unit most connected to everyday phenomena — where strong diagram work and experimental reasoning translate most directly into marks.

Unit 3

How do fields explain motion and electricity?

Motion and forces, gravitational, electric and magnetic fields, and electric circuits. The most mathematically demanding VCE Physics unit. We work through field concepts systematically — physical logic before quantitative application.

Unit 4

How have creative ideas shaped our understanding of the universe?

Quantum theory, special relativity, and the Standard Model. Most students find this conceptually challenging — and most intellectually rewarding. We slow down deliberately. Students who genuinely understand this content are rarely surprised by examination questions.

IB Physics — HL & SL

One of the most demanding courses in the IB Diploma Programme. We treat it accordingly.

The syllabus spans mechanics, electricity and magnetism, thermal physics, waves, fields, atomic and nuclear physics — with HL extending into wave phenomena, electromagnetic induction, and quantum and nuclear physics. The mathematical demands of IB Physics HL require students comfortable with calculus, vectors, and complex algebraic manipulation. We ensure mathematical fluency and physical understanding develop together.

For the Internal Assessment, our post-doctoral research background means we approach the IA not as a school exercise but as a genuine scientific inquiry. Students who work with us on their IAs consistently produce work that reflects that standard.

Ready to begin?

15 minutes. No obligation. Just a conversation.

Tell us which modules are causing the most pressure and we will put together a plan. Invoice arrives after the first session — never before.