Products made by children in the Young Engineers at Home STEM club

STEM Club In A Box – KS1 10 Week Club

£700.00

How it works: Choose 10 projects, receive 20 of each, plus a couple of spares.

Balance Scale Project

  • Measurement and Estimation
  • Mass and Weight
  • Equilibrium and Balance
  • Forces and Leverage
  • Calibration
  • Comparative Analysis
  • Problem-Solving and Design Thinking
  • Physics in Everyday Objects
20

Basketball Levers Project

  • Lever Mechanics
  • Force and Motion
  • Angles and Trajectory
  • Energy Transfer
  • Calibration and Adjustment
  • Precision and Accuracy
  • Problem-Solving and Experimentation
  • Engineering Design Principles
  • Tool Safety and Assembly Skills
20

Hydraulic Manipulator Project

  • Hydraulic and Pneumatic Principles
  • Force and Pressure
  • Mechanical Advantage
  • Energy Transfer and Conversion
  • Control and Precision
  • Problem-Solving and Troubleshooting
  • Engineering Design and Prototyping
20
wooden diy catapult

Catapult Car Project

  • Projectile Motion
  • Force and Energy
  • Lever and Fulcrum Mechanics
  • Wheel and Axle Mechanics
  • Trajectory and Angle Optimisation
  • Friction and Motion
  • Engineering Design Process
  • Precision and Adjustment
20

Catapult Project

  • Lever Mechanics
  • Force and Energy Transfer
  • Tension and Elastic Potential Energy
  • Projectile Motion
  • Angle and Trajectory Optimization
  • Precision and Calibration
  • Engineering Design and Prototyping
  • Problem-Solving and Iteration
20

Guitar Project

  • Sound Production and Vibration
  • Pitch and Frequency
  • Tension and Elasticity
  • Resonance and Amplification
  • Design and Engineering Principles
  • Problem-Solving and Iterative Design
20

Balloon Car Project

  • Newton's Third Law of Motion
  • Force and Motion
  • Energy Transfer and Conversion
  • Friction and Resistance
  • Aerodynamics and Design
  • Trajectory and Direction Control
  • Problem-Solving and Optimisation
  • Measurement and Calibration
20

Planet Orbit Model Project

  • Orbital Mechanics
  • Gravity and Motion
  • Rotational Dynamics
  • Elastic Potential Energy
  • Mechanical Advantage and Pulleys
  • Scale Modeling and Proportions
  • System Interaction and Dependency
20

Pulley Crane Project

  • Mechanical Advantage and Pulley Systems
  • Force and Load Distribution
  • Friction and Efficiency
  • Tension and Compression
  • Engineering Design Principles
  • Problem-Solving and Iteration
  • Load Management and Safety
  • Measurement and Precision
20

Compass Project

  • Magnetism and Magnetic Fields
  • Earthโ€™s Magnetic Field
  • Force and Torque
  • Balance and Stability
  • Design and Engineering Principles
  • Measurement and Calibration
  • Problem-Solving and Iterative Design
  • Scientific Observation and Experimentation
20

Rubber Band Car Project

  • Energy Storage and Release
  • Gear Ratios and Mechanical Advantage
  • Force and Motion
  • Kinetic and Potential Energy
  • Friction and Resistance
  • Design and Engineering Principles
  • Trajectory and Direction Control
20

Magnetic Car Project

  • Magnetism and Magnetic Forces
  • Motion and Acceleration
  • Friction and Surface Interaction
  • Design and Engineering Principles
  • Force and Motion Dynamics
  • Magnetic Poles and Attraction/Repulsion
20

Spinning Bird Project

  • Motion and Kinematics
  • Optical Illusions and Visual Perception
  • Centripetal Force and Rotational Motion
  • Energy Transfer and Conservation
  • Design and Engineering Principles
20

Swing Project

  • Force and Motion
  • Energy Transfer and Conservation
  • Pendulum Motion and Oscillation
  • Balance and Stability
  • Design and Engineering Principles
  • Tension and Compression
20

Gravity Car Project

  • Gravity and Potential Energy
  • Kinetic Energy and Motion
  • Force and Acceleration
  • Balance and Center of Mass
  • Design and Engineering Principles
  • Problem-Solving and Iteration
  • Measurement and Calibration
  • Friction and Surface Interaction
20

Description

Our STEM Club-in-a-Box KS1 10 Week Club provides everything schools need to run a full term of engaging, hands-on STEM activities for up to 20 children. Each box is packed with pre-prepared kits, detailed lesson plans, and all necessary materials, making it easy for teachers or facilitators to deliver high-quality STEM sessions. These kits are designed to inspire creativity, problem-solving, and teamwork, ensuring students develop key skills in science, technology, engineering, and math while having fun. Perfect for schools looking to offer STEM enrichment without the hassle of sourcing supplies!

How it works: 1. Choose 10 projects. 2. Order via the website or email you order to hello@stemkids.co.uk and we will email you an invoice for your finance manager. 3. Receive everything you need to run an AMAZING STEM club at your school.

What you receive: 20 of each kit (200 kits in total), detailed printed instructions/plans/tutorials and all materials required to construct the projects. We will also include 2 spares of each project for free.

 

 

 

Additional information

Balance Scale Project

Quantity

20

Basketball Levers Project

Quantity

20

Hydraulic Manipulator Project

Quantity

20

Catapult Car Project

Quantity

20

Catapult Project

Quantity

20

Guitar Project

Quantity

20

Balloon Car Project

Quantity

20

Planet Orbit Model Project

Quantity

20

Pulley Crane Project

Quantity

20

Compass Project

Quantity

20

Rubber Band Car Project

Quantity

20

Magnetic Car Project

Quantity

20

Spinning Bird Project

Quantity

20

Swing Project

Quantity

20

Gravity Car Project

Quantity

20

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