Inside Stile's lessons

The perfect mix of print, hands-on and digital

Stile's award-winning platform brings science to life through interactive lessons, labs, and projects. Simple, intuitive, and built for modern classrooms — sparking collaboration, fuelling curiosity, and making feedback effortless.

Research shows handwriting boosts understanding, recall, and grades. Stile brings learning to life with printable lessons, offline collaboration, and vibrant Stile X workbooks that spark curiosity and build confident learners.

Stile's lab kits put real materials in students' hands for experiential learning. Organised by unit, each of our 71 labs comes with guides, videos, and crystal-clear instructions so teachers can skip the prep and dive straight into discovery.

LESSON TYPES

Rich, varied, and grounded in evidence-based practice

Inside Stile's lessons

The perfect mix of print, hands-on and digital

Digital

Print

Hands-on

LESSON TYPES

Rich, varied, and grounded in evidence-based practice

Waves

28 lessons

Pre-test: Waves

Shining a light on communication

1.2 Wave properties

4.4 Bridging the digital divide

Micro:bit Lesson 1: Light into sound

Modelling global communication

1.1 Sound

1.1–1.2 Check-in: Sound

1.3 Investigating resonance

2.1 Reflection

2.2 Refraction

2.3 Updating our models

2.4 Brightness

2.5 Colour

2.6 How light interacts with objects

2.1–2.6 Check-in: Light

3.1 The electromagnetic spectrum

3.2 Radio waves

3.3 Digital signals

3.1-3.3 Check-in: Waves and digital signals

3.4 Electrical circuits and energy transfer

3.5 Investigating parallel circuits

Micro:bit Lesson 2: Morse code via radio waves

4.1 Satellite communication

4.2 Long-distance communication

4.3 Re-modelling global communication

Glossary: Waves

Test: Waves

Classification and Biodiversity

19 lessons

Introduction: The mystery of the missing bees

1.2 Changes in biodiversity

2.2 Making a claim using evidence

3.1 Defining the problem

Pre-test: The importance of biodiversity

1.1 Biodiversity and bees

1.1–1.2 Check-in

2.1 The benefits of bees

2.3 Take me home!

2.4 Human impacts on bees

2.5 Human impacts on ecosystems

2.1–2.5 Check-in

3.2 Research and brainstorming

3.3 Designing a solution

3.4 Improving your solution

3.5 Sharing your solution

3.6 Showcase

Glossary: The importance of biodiversity

Test: The importance of biodiversity

Elements and Compounds

20 lessons

1.4 Modelling lithium mining

2.1–2.3 Check-in: The periodic table

2.4 The forbidden element

Test: Elements and compounds

Introduction: Should we keep mining lithium?

Pre-test: Elements and compounds

Questions board: Should we keep mining lithium?

1.1 Evolving models of the atom

1.2 The structure of atoms

1.2 Check-in: The structure of atoms

1.3 Elements

2.1 Organising the elements

2.2 Reactivity of metals

2.3 Replacing lithium

3.1 Compounds

3.1 Check-in: Compounds

3.2 Modelling compounds

4.1 Research: The future of lithium mining

4.2 Discuss: The future of lithium mining

Glossary: Elements and compounds