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Synergy Science tuition

Combined Science: Synergy Tuition & Exam Preparation

AQA Synergy Science Support for GCSE Students

Build stronger scientific understanding by connecting concepts across Biology, Chemistry and Physics, while developing the practical, mathematical, analytical and exam skills required for AQA GCSE Combined Science: Synergy.

Book a FREE Synergy Science Demo

Dominis provides structured support across:

  • Year 9 Foundations
  • Year 10
  • Year 11
  • AQA Combined Science: Synergy
  • Foundation Tier
  • Higher Tier
  • Practical Skills
  • Maths Skills
  • Exam Preparation
  • 1-to-1 & Small-Group Learning
  • Online & In-Centre
Every stage

Synergy Science Learning at Every Stage

From the Year 9 foundations to final GCSE examinations, our Synergy Science programmes build knowledge, practical confidence and exam skill together.

  1. 1

    Foundations

    Year 9

    Build the Biology, Chemistry and Physics foundations needed before starting GCSE Combined Science.

  2. 2

    GCSE Development

    Year 10

    Learn core Synergy topics systematically while developing practical, mathematical and application skills.

  3. 3

    GCSE Exam Preparation

    Year 11

    Complete specification coverage, revise interconnected scientific concepts and prepare for final examinations.

  4. 4

    Practical Science

    Practical skills

    Develop confidence interpreting investigations, variables, data, graphs and experimental methods.

  5. 5

    Mathematical Science

    Maths skills

    Apply calculations, ratios, equations, graphs and numerical reasoning across scientific contexts.

Year by year

Explore Synergy Science by Year Group

Foundations
GCSE development
GCSE exam preparation

Foundations

Year 9 Synergy Science Foundations

Prepare students for GCSE-level Combined Science by strengthening core concepts across all three sciences.

Skills Developed

  • Scientific Vocabulary
  • Calculations
  • Graphs
  • Data Interpretation
  • Practical Understanding
  • Scientific Reasoning

Biology Foundations

  • Cells
  • Organisation
  • Body Systems
  • Genetics
  • Health
  • Ecology

Chemistry Foundations

  • Particles
  • Atomic Structure
  • Periodic Table
  • Bonding
  • Reactions
  • Acids
  • Materials

Physics Foundations

  • Energy
  • Forces
  • Electricity
  • Waves
  • Particle Model
  • Motion
Book a FREE Synergy Science Demo

Exam pathways

AQA Combined Science: Synergy Content

The AQA Synergy specification organises subject content into eight main interconnected areas, supported by overarching scientific key ideas.

01

What is Combined Science: Synergy?

AQA Combined Science: Synergy is designed to help students understand the connections between Biology, Chemistry and Physics, rather than treating the three sciences entirely separately. The course brings scientific ideas together through interconnected themes covering life and environmental sciences alongside physical sciences.

Students develop

  • Scientific Knowledge
  • Practical Understanding
  • Mathematical Skills
  • Data Interpretation
  • Scientific Reasoning
  • Application Skills
  • Exam Technique
02

1. Building Blocks

Students explore fundamental ideas that connect particles, atoms and cells.

Areas May Include

  • States of Matter
  • Atoms & Elements
  • Cells
  • Movement of Substances
  • Energy Transfer
  • Genetic Information
  • Biological Organisation

This topic helps students understand how small-scale structures influence larger biological and physical systems.

03

2. Transport Over Larger Distances

Develop understanding of how substances and energy move through biological and physical systems.

Areas May Include

  • Transport in Organisms
  • Circulatory Systems
  • Plant Transport
  • Energy Transfer
  • Electricity
  • Movement of Materials

Students learn to connect transport processes across different scientific contexts.

04

3. Interactions with the Environment

Explore how organisms and physical systems interact with their surroundings.

Areas May Include

  • Health & Lifestyle
  • Disease
  • Environment
  • Radiation
  • Electromagnetic Waves
  • Biological Responses

This section links health, environmental interactions and physical phenomena.

05

4. Explaining Change

Understand how biological, chemical and environmental systems change over time.

Areas May Include

  • Evolution
  • Inheritance
  • Chemical Reactions
  • Reaction Rates
  • Energy Changes
  • Environmental Change

Students Develop

  • Cause-and-Effect Reasoning
  • Scientific Explanation
  • Interpretation of Evidence
  • Application to Unfamiliar Situations
06

5. Building Blocks for Understanding

Develop deeper understanding of the structures and principles used to explain matter and scientific systems.

Areas May Include

  • Atomic Structure
  • Chemical Bonding
  • Materials
  • Electricity
  • Waves
  • Scientific Models

Students build stronger foundations for applying scientific models to unfamiliar problems.

07

6. Interactions Over Small & Large Distances

Explore interactions between particles, objects and larger physical systems.

Areas May Include

  • Forces
  • Energy Transfers
  • Atomic Interactions
  • Electricity
  • Electromagnetism
  • Materials

This theme connects forces acting across scales with the behaviour and applications of matter.

08

7. Movement & Interactions

Develop understanding of forces, motion and interactions.

Areas May Include

  • Forces
  • Motion
  • Acceleration
  • Newton's Laws
  • Energy
  • Momentum
  • Distance-Time Graphs
  • Velocity-Time Graphs

Students learn to use scientific models and mathematical relationships to describe motion and interactions.

09

8. Guiding Spaceship Earth Towards a Sustainable Future

Explore how science can help address environmental and resource challenges.

Areas May Include

  • Carbon Chemistry
  • Crude Oil
  • Hydrocarbons
  • Materials
  • Resources
  • Environmental Impact
  • Energy Resources
  • Sustainability

This theme connects Chemistry, Physics and environmental science with questions about sustainable use of resources.

10

Key Ideas in Synergy Science

Throughout the qualification, students are expected to connect broader scientific principles rather than viewing individual topics in isolation.

Students Develop Understanding Of

  • Cells & Living Systems
  • Matter & Particles
  • Energy
  • Forces
  • Chemical Reactions
  • Genetics
  • Ecosystems
  • Materials
  • Interactions
  • Scientific Evidence

These overarching ideas run through the course and its examinations.

11

Life & Environmental Sciences

The first four main content areas make up Life and Environmental Sciences.

Students May Work Across

  • Biology
  • Environmental Science
  • Particle Behaviour
  • Chemical Processes
  • Energy Transfer
  • Health
  • Genetics
  • Ecology

Skills Developed

  • Scientific Explanation
  • Application
  • Data Analysis
  • Practical Interpretation
  • Evaluation
12

Physical Sciences

The later Synergy themes bring together ideas primarily from Chemistry and Physics, while continuing to reinforce connections across science.

Students May Work Across

  • Atomic Structure
  • Bonding
  • Forces
  • Energy
  • Electricity
  • Motion
  • Materials
  • Carbon Chemistry
  • Resources

This integrated approach helps students understand why scientific ideas connect rather than simply memorising separate topics.

13

Biology in Synergy Science

Students develop biological understanding within broader scientific themes.

Areas May Include

  • Cells
  • Transport
  • Human Biology
  • Health
  • Disease
  • Genetics
  • Evolution
  • Ecology
  • Environmental Interactions

Students Develop

  • Process Explanation
  • Biological Vocabulary
  • Data Interpretation
  • Practical Understanding
  • Application Skills
14

Chemistry in Synergy Science

Chemistry concepts are integrated throughout the Synergy specification.

Areas May Include

  • Particles
  • Atoms
  • Periodic Ideas
  • Bonding
  • Chemical Reactions
  • Quantitative Chemistry
  • Rates
  • Carbon Chemistry
  • Materials
  • Resources

Students Develop

  • Equation Skills
  • Chemical Reasoning
  • Calculations
  • Practical Interpretation
  • Application
15

Physics in Synergy Science

Students develop core Physics knowledge alongside mathematical and scientific reasoning.

Areas May Include

  • Energy
  • Forces
  • Motion
  • Electricity
  • Waves
  • Electromagnetism
  • Particles
  • Materials

Students Develop

  • Equation Application
  • Graph Interpretation
  • Calculations
  • Scientific Modelling
  • Problem Solving
16

Synergy Science Practical Skills

Practical understanding forms an important part of the qualification.

Students Develop

  • Experimental Methods
  • Apparatus Selection
  • Variables
  • Measurements
  • Data Collection
  • Graphing
  • Accuracy
  • Evaluation
  • Sources of Error
  • Scientific Conclusions

Students should understand

  • What was investigated
  • Why a method was used
  • What variables were controlled
  • How data should be interpreted
  • How an investigation could be improved
17

Working Scientifically

Synergy Science requires students to apply scientific thinking throughout the course.

Students Develop

  • Hypothesis Formation
  • Experimental Planning
  • Observation
  • Measurement
  • Data Analysis
  • Scientific Reasoning
  • Evidence Evaluation
  • Drawing Conclusions

The specification integrates working-scientifically skills throughout its subject content rather than treating them as a completely separate topic.

18

Mathematical Skills in Synergy Science

Students are required to use Mathematics within scientific contexts across the qualification, with demand appropriate to Foundation and Higher tiers.

Skills May Include

  • Ratios
  • Percentages
  • Standard Form
  • Substitution
  • Equation Rearrangement
  • Graphs
  • Gradients
  • Averages
  • Rates
  • Proportionality
  • Unit Conversion
19

Data & Graph Skills

Students frequently need to interpret scientific information they have not seen before.

Students Develop

  • Table Interpretation
  • Graph Reading
  • Graph Construction
  • Trend Identification
  • Gradient Calculation
  • Data Comparison
  • Anomaly Identification
  • Drawing Conclusions

This is particularly important for questions requiring scientific application and analysis.

20

Synergy Science Exam Structure

AQA Combined Science: Synergy is a linear qualification, meaning students take the examinations at the end of the course. The current specification uses four written papers, each worth 25% of the qualification. Papers are available at Foundation or Higher Tier.

Papers

  • Paper 1 — Life & Environmental Sciences

    Topics from the first four Synergy content areas.

  • Paper 2

    Further assessment of the Life & Environmental Sciences content with a different assessment emphasis.

  • Paper 3 — Physical Sciences

    Content from the later Synergy themes.

  • Paper 4

    Further assessment of Physical Sciences and connected scientific ideas.

Exact assessment arrangements should always be checked against the student's current AQA specification and examination year.

21

Foundation & Higher Tier

Students can follow either tier.

Tiers

  • Foundation Tier

    Designed around the Foundation level of demand.

  • Higher Tier

    Includes more demanding scientific application, mathematical reasoning and problem solving.

Our tuition is matched to the student's

  • Tier
  • School Progress
  • Target Grade
  • Current Weaknesses
  • Exam Requirements
22

Synergy Science Exam Skills

Strong Combined Science performance requires more than memorising facts.

Students develop

  • Knowledge

    Recall scientific concepts accurately.

  • Application

    Use familiar concepts in unfamiliar contexts.

  • Scientific Reasoning

    Explain why scientific outcomes occur.

  • Mathematics

    Apply calculations accurately.

  • Practical Understanding

    Interpret methods, variables and experimental results.

  • Data Analysis

    Analyse graphs, tables and scientific evidence.

  • Evaluation

    Assess methods, evidence and conclusions.

  • Exam Technique

    Understand command words and mark allocation.

The assessment objectives cover knowledge and understanding, application, and analysis/evaluation of scientific information and procedures.

Why Dominis

Why Choose Dominis for Synergy Science?

16reasons families
choose us
Book a FREE Synergy Science Demo
  1. 01AQA Combined Science: Synergy Support
  2. 02Year 9–11 Preparation
  3. 03Biology, Chemistry & Physics Integrated Learning
  4. 04Foundation & Higher Tier Support
  5. 05Specification-Aligned Teaching
  6. 06Strong Focus on Scientific Connections
  7. 07Physics & Chemistry Calculation Support
  8. 08Practical & Experimental Skills
  9. 09Maths Skills for Science
  10. 10Data & Graph Interpretation
  11. 11Past-Paper & Exam-Style Practice
  12. 12Weak-Area Identification
  13. 13Mock-Test Preparation
  14. 14Exam Technique & Time Management
  15. 151-to-1 & Small-Group Learning
  16. 16Online & In-Centre Learning

Start with a conversation

Find the Right Synergy Science Programme

Whether your child is:

  • Preparing to start GCSE Science
  • Studying AQA Synergy in Year 10
  • Preparing for Year 11 mocks
  • Working towards Foundation Tier
  • Working towards Higher Tier
  • Struggling with calculations
  • Needing practical-science support

or:

  • Preparing for final GCSE examinations

Dominis can provide structured AQA Combined Science: Synergy support matched to their current level and academic goals.

Book a FREE Synergy Science DemoSpeak to a Science Adviser