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Year 7 · Physics

Build Strong Foundations for GCSE Science

Our structured weekly programme helps students master scientific thinking, physical laws, and experimental mastery.

  • Structured Weekly Programme
  • Full Year 7 Physics Curriculum
  • Qualified UK Teachers
  • Live Online Lessons
  • Progress Tracking

What we cover

9 modules. Every step accounted for.

What Students Will Learn

01

Forces

Exploring push, pull, gravity, and friction

02

Motion & Speed

Calculating speed and interpreting movement data

03

Energy Stores

Understanding energy transfers and conservation laws

04

Electricity

Building circuits and understanding electrical safety

05

Space Physics

Studying the Earth, Sun, Moon system and orbits

06

Thermal Transfer

Mastering conduction, convection, and radiation

07

Electromagnetism

Investigating magnetic fields and current-induced magnetism

08

Waves

Analyzing properties of sound and light waves

09

Scientific Enquiry

Developing experimental skills and data analysis

The year at a glance

A structured programme — term by term.

Term Breakdown

Focus: Fundamentals of Physics

  • Measurement units
  • Basic forces
  • Speed comparisons
  • Energy conservation
  • Circuit components
  • Space basics

Baseline skills check

Week by week

Year 7 Physics Weekly Curriculum

Structured 52-week programme (July – July)

Designed to build knowledge retention, student confidence, and academic clarity.

Summer SchoolFocus: Foundational Principles
  • Week 1 — Physics & Measurement
  • Week 2 — Everyday Forces
  • Week 3 — Motion & Speed
  • Week 4 — Energy Basics
  • Week 5 — Energy Conservation
  • Week 6 — Electricity Intro
  • Week 7 — Current & Safety
  • Week 8 — Space Physics
Autumn TermFocus: Forces and Energy Systems
  • Week 9 — Scientific Thinking
  • Week 10 — Types of Forces
  • Week 11 — Forces in Motion
  • Week 12 — Speed Introduction
  • Week 13 — Movement Data
  • Week 14 — Energy Stores
  • Week 15 — Useful vs Wasted Energy
  • Week 16 — Internal Assessment 1
  • Week 17 — Simple Circuits
  • Week 18 — Charge & Current
  • Week 19 — Conductors & Insulators
  • Week 20 — Energy Efficiency
  • Week 21 — Electricity Safety
  • Week 22 — Earth-Sun-Moon System
  • Week 23 — Orbits & Gravity
  • Week 24 — Internal Assessment 2
Spring TermFocus: Thermal Energy and Fields
  • Week 25 — Assessment Consolidation
  • Week 26 — Motion Graphs
  • Week 27 — Speed Equation
  • Week 28 — Balanced Forces Review
  • Week 29 — Sankey Diagrams
  • Week 30 — Temperature & Thermal
  • Week 31 — Conduction in Solids
  • Week 32 — Convection & Radiation
  • Week 33 — Series Circuits
  • Week 34 — Voltage & Resistance
  • Week 35 — Magnets & Fields
  • Week 36 — Electromagnets
  • Week 37 — Internal Assessment 3
Summer TermFocus: Scientific Inquiry and Mastery
  • Week 38 — Wave Properties
  • Week 39 — Sound Waves
  • Week 40 — Light & Reflection
  • Week 41 — Wave Technology
  • Week 42 — Internal Assessment 4
  • Week 43 — Spring Topic Review
  • Week 44 — Variables & Testing
  • Week 45 — Data & Interpretation
  • Week 46 — Experimental Skills
  • Week 47 — Synoptic Physics
  • Week 48 — Pre-Mock Revision
  • Week 49 — Problem Solving
  • Week 50 — Mock Exam
  • Week 51 — Mock Feedback
  • Week 52 — Final Consolidation

How we measure progress

Assessment Breakdown

Baseline Assessment

Summer School / Start of Autumn Term

Focus: Scientific thinking logic · Basic measurement units · Fundamental force concepts

Internal Assessment 1

Late October

Focus: Force types and motion · Speed calculation accuracy · Movement data interpretation

Internal Assessment 2

January

Focus: Energy stores and transfers · Circuit behavior and safety · Efficiency and charge flow

Internal Assessment 3

February

Focus: Thermal energy transfer methods · Electrical resistance and Ohm's Law · Magnetic field properties

Internal Assessment 4

April

Focus: Wave properties and sound · Reflection and light behavior · Electromagnetism applications

Internal Assessment 5

June

Focus: Scientific enquiry variables · Practical experimental skills · Synoptic linkage of topics

End-of-Year Mock Exam

Late June / Early July

Full course assessment including: Full year course summary · Multi-step physics problem solving · Error analysis and paper mastery

3x
Higher Grades (7-9) than the National Avg.
800+
Students in Our Cohort this Year
100+
Classes Running Each Week

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