ACADEMIC PREPARATION
Physics
Preparation
Develop analytical problem-solving skills and master fundamental physical principles essential for healthcare science pathways.
CURRICULUM
Topics we cover
Every area of the syllabus, taught by specialists who understand exactly what assessors are looking for.
⚙️Mechanics
- Describing and calculating motion using kinematic equations
- Applying Newton's laws to objects in equilibrium and in motion
- Conservation of momentum and the effect of forces over time
- Energy transformations, mechanical work, and power output
- Motion in circular paths and the role of gravitational attraction
🌊Waves & Optics
- Describing wave behaviour using frequency, wavelength, and speed
- What happens when waves overlap and how interference patterns form
- How waves spread through gaps and past obstacles
- The shift in observed frequency when a source moves relative to an observer
- Properties and uses of regions across the electromagnetic spectrum
⚡Electricity & Magnetism
- Electric field strength and the force between charged objects
- Relationships between current, potential difference, and resistance
- Calculating values in both series and parallel arrangements
- How capacitors store charge and behave in time-varying circuits
- How a changing magnetic flux induces an electromotive force
🌡️Thermal Physics
- Measuring temperature and understanding conduction, convection, and radiation
- Using the ideal gas equation to relate pressure, volume, and temperature
- Energy needed to raise temperature or change state of matter
- Isothermal, adiabatic, and other thermodynamic processes
- Linking macroscopic gas behaviour to microscopic particle motion
☢️Modern & Nuclear Physics
- Explaining why electrons are emitted from metal surfaces by light
- How atomic emission spectra reveal discrete electron energy levels
- Types of radioactive emission, decay laws, and half-life calculations
- Mass-energy equivalence in nuclear fission and fusion reactions
- An introduction to quarks, leptons, and the standard model
📐Practical & Data Skills
- Identifying sources of error and quantifying measurement uncertainty
- Plotting accurate graphs and extracting gradients or intercepts
- Planning fair investigations with appropriate controls and variables
- Rounding correctly and applying significant figure conventions
- Assessing whether experimental outcomes support the expected conclusion
OUR TUTORS
Why our Physics tutors stand out
Board-Aligned Teaching
Every session is mapped directly to the student's exam specification, whether GCSE, IGCSE, A-Level, AP, Cambridge, Edexcel, or AQA, with no wasted lesson time.
Diagrams, Derivations & Visualisation
Tutors sketch, annotate, and derive on a shared digital whiteboard so abstract physical concepts become visually intuitive and clear.
Exam Technique & Mark Allocation
Students learn how command words are used, how marks are distributed, and exactly how to structure multi-mark answers for full credit.
Practical and Lab Report Skills
Lab report writing, graphical analysis, and practical exam technique are fully integrated into every relevant part of the programme.
Past Paper Methodology
Structured past-paper sessions with mark scheme review and recurring error analysis ensure students learn from every mistake systematically.
Fully Personalised Sessions
Every session is built around the individual student's specific weak points rather than a standardised generic lesson plan.
What Students Will Achieve
Stronger Understanding
Build deep conceptual clarity in every topic.
Exam Excellence
Tackle exams with confidence to maximise marks.
Greater Confidence
Tackle exams with confidence and clarity.
Higher Performance
Achieve measurable grade improvement in grades.
Independent Learning
Develop effective study and revision habits.
University Readiness
Build advanced skills for future academic success.