Inside Stile's lessons

The perfect mix of print, hands-on and digital

Digital

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.

Print

Print
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.

Hands-on

Hands-on
Stile's lab kits put real materials in students' hands for experiential learning. Organized 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.

Rich, varied, and grounded in evidence-based practice

Waves

Waves

28 lessons
Pre-test: Waves
Pre-test: Waves
Formative assessmentDevices needed
Shining a light on communication
Shining a light on communication
InvestigationNo Laptops
1.2 Wave properties
1.2 Wave properties
Classroom lessonDevices needed
4.4 Bridging the digital divide
4.4 Bridging the digital divide
Research projectDevices needed
Micro:bit Lesson 1: Light into sound
Micro:bit Lesson 1: Light into sound
Practical activityDevices needed
Modelling global communication
Modelling global communication
Hands-on activityDevices needed
1.1 Sound
1.1 Sound
Practical activityDevices needed
1.1–1.2 Check-in: Sound
1.1–1.2 Check-in: Sound
Check-inDevices needed
1.3 Investigating resonance
1.3 Investigating resonance
InvestigationDevices needed
2.1 Reflection
2.1 Reflection
Classroom lessonDevices needed
2.2 Refraction
2.2 Refraction
Practical activityDevices needed
2.3 Updating our models
2.3 Updating our models
Hands-on activityDevices needed
2.4 Brightness
2.4 Brightness
Classroom lessonDevices needed
2.5 Colour
2.5 Colour
Classroom lessonDevices needed
2.6 How light interacts with objects
2.6 How light interacts with objects
Classroom lessonDevices needed
2.1–2.6 Check-in: Light
2.1–2.6 Check-in: Light
Check-inDevices needed
3.1 The electromagnetic spectrum
3.1 The electromagnetic spectrum
Classroom lessonDevices needed
3.2 Radio waves
3.2 Radio waves
Classroom lessonDevices needed
3.3 Digital signals
3.3 Digital signals
Hands-on activityDevices needed
3.1-3.3 Check-in: Waves and digital signals
3.1-3.3 Check-in: Waves and digital signals
Check-inDevices needed
3.4 Electrical circuits and energy transfer
3.4 Electrical circuits and energy transfer
Classroom lessonDevices needed
3.5 Investigating parallel circuits
3.5 Investigating parallel circuits
Classroom lessonDevices needed
Micro:bit Lesson 2: Morse code via radio waves
Micro:bit Lesson 2: Morse code via radio waves
Practical activityDevices needed
4.1 Satellite communication
4.1 Satellite communication
Classroom lessonDevices needed
4.2 Long-distance communication
4.2 Long-distance communication
Classroom lessonDevices needed
4.3 Re-modelling global communication
4.3 Re-modelling global communication
Hands-on activityDevices needed
Glossary: Waves
Glossary: Waves
GlossaryDevices needed
Test: Waves
Test: Waves
TestDevices needed
The Importance of Biodiversity

The Importance of Biodiversity

19 lessons
Introduction: The mystery of the missing bees
Introduction: The mystery of the missing bees
Classroom lessonDevices needed
1.2 Changes in biodiversity
1.2 Changes in biodiversity
Classroom lessonDevices needed
2.2 Making a claim using evidence
2.2 Making a claim using evidence
Classroom lessonDevices needed
3.1 Defining the problem
3.1 Defining the problem
Engineering challengeDevices needed
Pre-test: The importance of biodiversity
Pre-test: The importance of biodiversity
Formative assessmentDevices needed
1.1 Biodiversity and bees
1.1 Biodiversity and bees
Classroom lessonDevices needed
1.1–1.2 Check-in
1.1–1.2 Check-in
Check-inDevices needed
2.1 The benefits of bees
2.1 The benefits of bees
Research projectDevices needed
2.3 Take me home!
2.3 Take me home!
Hands-on activityDevices needed
2.4 Human impacts on bees
2.4 Human impacts on bees
Classroom lessonDevices needed
2.5 Human impacts on ecosystems
2.5 Human impacts on ecosystems
Classroom lessonDevices needed
2.1–2.5 Check-in
2.1–2.5 Check-in
Check-inDevices needed
3.2 Research and brainstorming
3.2 Research and brainstorming
Engineering challengeDevices needed
3.3 Designing a solution
3.3 Designing a solution
Engineering challengeDevices needed
3.4 Improving your solution
3.4 Improving your solution
Engineering challengeDevices needed
3.5 Sharing your solution
3.5 Sharing your solution
Engineering challengeDevices needed
3.6 Showcase
3.6 Showcase
Engineering challengeDevices needed
Glossary: The importance of biodiversity
Glossary: The importance of biodiversity
GlossaryDevices needed
Test: The importance of biodiversity
Test: The importance of biodiversity
TestDevices needed
Elements and compounds

Elements and Compounds

20 lessons
1.4 Modelling lithium mining
1.4 Modelling lithium mining
Practical activityDevices needed
2.1–2.3 Check-in: The periodic table
2.1–2.3 Check-in: The periodic table
Check-inDevices needed
2.4 The forbidden element
2.4 The forbidden element
Hands-on activityDevices needed
Test: Elements and compounds
Test: Elements and compounds
TestDevices needed
Introduction: Should we keep mining lithium?
Introduction: Should we keep mining lithium?
Classroom lessonDevices needed
Pre-test: Elements and compounds
Pre-test: Elements and compounds
Formative assessmentDevices needed
Questions board: Should we keep mining lithium?
Questions board: Should we keep mining lithium?
Classroom lessonDevices needed
1.1 Evolving models of the atom
1.1 Evolving models of the atom
Classroom lessonDevices needed
1.2 The structure of atoms
1.2 The structure of atoms
Classroom lessonDevices needed
1.2 Check-in: The structure of atoms
1.2 Check-in: The structure of atoms
Check-inDevices needed
1.3 Elements
1.3 Elements
Hands-on activityDevices needed
2.1 Organising the elements
2.1 Organising the elements
Hands-on activityDevices needed
2.2 Reactivity of metals
2.2 Reactivity of metals
Practical activityDevices needed
2.3 Replacing lithium
2.3 Replacing lithium
Classroom lessonDevices needed
3.1 Compounds
3.1 Compounds
Classroom lessonDevices needed
3.1 Check-in: Compounds
3.1 Check-in: Compounds
Check-inDevices needed
3.2 Modelling compounds
3.2 Modelling compounds
Classroom lessonDevices needed
4.1 Research: The future of lithium mining
4.1 Research: The future of lithium mining
Research projectDevices needed
4.2 Discuss: The future of lithium mining
4.2 Discuss: The future of lithium mining
Research projectDevices needed
Glossary: Elements and compounds
Glossary: Elements and compounds
GlossaryDevices needed

Underpinned pedagogies

Explore all pedagogies

5E instructional model
5E instructional model
Evidence-based model that's nurtures curiosity and consolidates learning.
SOLO taxonomy
SOLO taxonomy
Scaffolded developmental progression through to extended abstract thinking.
UDL
UDL
Optimized and accessible for all learners.
Explicit instruction
Explicit instruction
Explain, demonstrate and model the learning process.
Cognitive load theory
Cognitive load theory
Students use their mental focus on learning and memory.
Differentiated instruction
Differentiated instruction
Meet students where they are.
Phenomena‑based learning
Phenomena‑based learning
Authentic, relevant real-world contexts drive learning.
Three‑dimensional learning
Three‑dimensional learning
Integrating DCIs, SEPs, and CCCs into a seamless learning experience.
Inquiry-based learning
Inquiry-based learning
Learning through investigation and discovery.

Explore our core science curriculum

Stacked documents with celestial diagram showing sun and orbiting planets