Scientifically accurate models
Work with interactive 3D models based on expert-reviewed sources and adapted for education.
A curated selection of ready-to-use lesson plans with interactive 3D models. Browse examples across Biology, Geography, Chemistry, Physics and Social Studies.
Each lesson plan combines an interactive 3D model with classroom-ready activities. You get a lesson opener, student tasks and a wrap-up — all prepared.
Work with interactive 3D models based on expert-reviewed sources and adapted for education.
Enrich lessons with augmented or virtual reality and make hard-to-imagine concepts tangible.
Works on any device — at school or at home.
Click to open a lesson plan (opens in a new tab).
Flower structure and function — exploring real specimens and a 3D model.
Key characteristics of arachnids, anatomy explored in 3D and a guided activity.
Fungi basics, structure, symbiosis and safe collecting — supported by 3D.
Follow the journey of food through the body using a 3D model and student tasks.
Practical anatomy focus — explore the heart structure with guided activities.
Listening + interpretation activity — a companion lesson on the heart and circulation.
An engaging overview lesson with activities and a structured wrap-up.
Nutrition fundamentals — key terms, real-life examples and connections.
Senses and perception — comparing animals through inquiry and discussion.
How human activity affects ecosystems — examples, reasoning and argumentation.
The water cycle with a 3D model and a simple evaporation–condensation activity.
Interpreting evidence and data — discussing causes, impacts and solutions.
Plate tectonics — boundary types, related phenomena, earthquakes and volcanism.
Why earthquakes happen and how faults shape landscapes and society.
Claims vs. evidence — verifying arguments and understanding the scientific context.
Investigating material properties through measurement, comparison and analysis.
Steam in practice — links between pressure, temperature and real-world applications.
Exploring materials through measurements and data interpretation (cross-curricular).
Challenging common misconceptions using evidence, reasoning and discussion.
Critical media literacy and reasoning — evaluating claims and sources.
Beliefs, narratives and evidence — understanding how ideas spread over time.