Summer Mentor Circle, 50 places
Summer + Cutline HSFY 2027 + Summer Mentor Circle
Chosen on suitability from the application.
Build a method for physics questions before first year begins. PHSI191 preparation in Cutline Summer starts with maths and units, then connects motion, energy, fluids, electricity and light to biological problems.
Included in the whole Cutline Summer programme.
Get the free parent guideA crate moves right across a level floor at constant velocity. A horizontal pull of 45 N acts to the right. What is the friction force? The pull and friction are the only horizontal forces.
If you can follow a worked answer but struggle to start alone, practise choosing the model before choosing the equation. Draw what is happening, list what is known and identify the quantity the question asks for.
Rearrange equations with symbols before putting numbers in. Revisit ratios, powers of ten, graph gradients and basic trigonometry. Notice whether the difficulty is the maths or the physical idea.
For a forces question, draw the object and the forces acting on it. Choose a direction to call positive. This makes the signs in your equation a decision you can explain.
Check units and ask whether the sign and size make sense. If an input doubles, predict the direction of the change before calculating again.
An introductory Cutline example, not an official exam question.
The same perpendicular force is spread over a larger contact area. How does the average pressure change?
Average pressure decreases because pressure = force / area. The force is unchanged and the area is larger. This comparison assumes the stated force is the perpendicular force acting over that area.
A formula is also a relationship. Use it to make a prediction, with its assumptions, before doing arithmetic.
Realistic physics exam-style questions, with how to choose an approach and work through the calculations shown step by step.
Planned Cutline Summer modules. These describe our preparation scope, not an official university course outline or a claim that every assessment is covered.
Unit conversions, scaling, trigonometry and components, exponentials and graphs, then density and pressure, all the way the PHSI191 papers use them.
Practise applying it: Convert the units in a question and predict how the answer changes when one quantity doubles.
Displacement, acceleration and projectiles; force diagrams, friction, drag, circular motion, torque and equilibrium.
Practise applying it: Draw a force diagram and use Newton’s laws to justify the resulting motion.
Work, kinetic and potential energy, conservation, power, efficiency, momentum, impulse and collisions.
Practise applying it: Choose an energy or momentum model and explain what is conserved in a collision.
Spring forces and energy, simple harmonic motion, wave propagation, interference and standing waves.
Practise applying it: Use a wave pattern to identify nodes and connect wavelength with frequency.
Density, deformation, pressure, buoyancy, surface tension, fluid flow, viscosity, diffusion and osmosis.
Practise applying it: Calculate pressure or flow and state which assumptions make your model appropriate.
Temperature, gases, phase changes, calorimetry, humidity, heat transfer and energy use in the body.
Practise applying it: Choose the right heat calculation for a temperature change or a phase change.
Charge, electric fields, potential, capacitors, current, resistance, circuit laws and charging circuits.
Practise applying it: Use circuit laws to calculate current and potential difference across connected components.
Reflection, refraction, lenses, mirrors, the eye, corrective lenses, interference, diffraction and resolution.
Practise applying it: Use a ray diagram and lens equation to explain image position and size.
Atomic energy levels, photons, nuclear decay, half-life, radiation interactions, dose and medical imaging.
Practise applying it: Calculate radioactive decay and explain how radiation interacts with tissue in an imaging example.
One programme covering CELS191, CHEM191, PHSI191 and HUBS191. Choose Cutline Summer for the summer, or Summer + Cutline HSFY 2027 to carry on through every HSFY paper in 2027. The Summer Mentor Circle (Nov to Feb only) is by offer from the application.
Short lessons, tutor walkthroughs and exam-style practice are planned for Summer. Try a beta lesson to see the approach while the full programme is being built.
Summer Mentor Circle, 50 places
Chosen on suitability from the application.
The Ultimate HSFY Year
Both semesters of 2027, to 1 December 2027. Saves NZ$100 on adding 2027 later.
HSFY Head Start Accelerator
Programme access 16 November 2026 to 28 February 2027.
Prices are in NZD and include GST. These are whole-programme plans, not separate paper purchases. Full refund within 14 days of paying, and the first module guarantee to 31 December 2026.
No. Cutline Summer is an independent preparation programme. Otago runs its own JumpStart Physics course with specific eligibility criteria. If your school physics or maths background is limited, read the university’s guidance before deciding what support fits.
Yes. Summer is preparation before the year begins. If you are already taking the paper, visit PHSI191 practice questions for the in-year practice options.
For official paper information, see Otago’s PHSI191 page and its HSFY preparation guidance.
A plan around your own exams and summer, plus the guide. Both free.