Core Skills Analysis
Mathematics
- Calculates and estimates the weight distribution of the Jenga tower, applying concepts of balance and centre of mass.
- Practises measurement and spatial reasoning by visualising how each block’s placement affects overall stability.
- Explores probability by predicting the likelihood of a specific block causing the tower to fall.
- Develops problem‑solving strategies by planning moves to maximise tower height while minimising risk.
Science (Physics)
- Observes the effects of gravity and friction on the wooden blocks as the tower shifts.
- Identifies concepts of force, torque and equilibrium through each block removal.
- Explores the principle of centre of gravity by noticing which moves destabilise the structure.
- Recognises cause‑and‑effect relationships between actions (pulling a block) and outcomes (tower collapse).
English Language (Communication)
- Practises turn‑taking, listening, and responding during the game, improving conversational turn‑taking.
- Uses descriptive vocabulary to explain why a particular block is chosen (e.g., “it feels loose”).
- Interprets non‑verbal cues – facial expression, posture – to gauge partner’s comfort and readiness.
- Develops narrative skill by retelling the game’s sequence, using past‑tense verbs and sequencing words (first, then, finally).
Physical Education & PSHE
- Develops fine‑motor coordination and hand‑eye coordination while pulling out blocks.
- Practises self‑regulation by managing frustration when the tower falls.
- Builds collaborative skills by sharing strategies and encouraging peers.
- Builds confidence in social interaction, especially for a child with communication difficulties, through structured, low‑pressure play.
Tips
To deepen the learning, try a "Science of Structures" mini‑unit: use LEGO bricks or wooden blocks to construct different shapes and test their stability, recording measurements in a simple spreadsheet. Next, hold a reflective discussion where each student explains their strategy using precise mathematical language, then rewrite the explanation as a short narrative for a class blog. Add a physical‑skill challenge by timing how quickly a balanced tower can be built and then collapsed safely, encouraging teamwork. Finally, record a short video of the game and have the student add captions describing the forces they feel, reinforcing both language and scientific vocabulary.
Book Recommendations
- The Curious Incident of the Dog in the Night‑Time by Mark Haddon: A novel told from the perspective of a teenager with autism, highlighting unique communication styles and problem‑solving approaches.
- How to Talk So Kids Will Listen & Listen So Kids Will Talk by Adele Faber & Elaine Mazlish: Practical strategies for improving communication skills, useful for teens who face social interaction challenges.
- The LEGO Book by Daniel Lipkowitz: A visual guide to building structures, offering ideas for engineering projects that build on spatial reasoning and creativity.
Learning Standards
- GCSE Mathematics: Number, ratio and proportion (M1), Geometry and measures (M2).
- GCSE Science: Forces and Motion (S1), Energy and electricity (S2).
- GCSE English Language: Spoken language – listening and responding (E1), writing – narrative and description (E2).
- Physical Education: Movement and physical activity – coordination, balance and control (PE1).
- PSHE (National Curriculum): Personal, social and emotional development – communicating and collaborating (PS1).
Try This Next
- Worksheet: Calculate the probability of a tower collapse after each move and chart the results.
- Drawing task: Sketch the tower from side and front views, labeling centre of mass and the weakest block.
- Quiz: 5‑question multiple‑choice on forces, balance, and turn‑taking language.
- Writing prompt: Describe the emotions you felt when the tower fell and how you responded.