3 in 1 STEM Box - Aligned Concepts

CBSE Aligned Topics

Grade 4–8 CBSE Curriculum:

Subject Chapter Concept Alignment
Science Motion and Measurement of Distances Understanding types of motion (linear, circular, vibrational)
Science Fun with Magnets & Motors Basics of electric motors, magnetism, and energy conversion
Science Electric Current and Circuits Simple circuits, flow of electricity, powering devices
Physics (Grade 9) Force and Laws of Motion Newton's Laws, mechanical force and movement
Physics (Grade 9) Work and Energy Kinetic energy, energy transfer and conservation
Art Integration Science & Art Creativity through motion-based drawing or spinning art

(Note: Exact concept alignment may vary slightly based on the chosen 3 projects in the box)

Educational Benefits

  • Combines science, engineering, and art in one exciting kit

  • Promotes hands-on learning and experimentation

  • Strengthens conceptual understanding through real-world applications

  • Encourages problem-solving, design thinking, and innovation

  • Fosters curiosity, creativity, and independence in learners

  • Ideal for individual learning or classroom STEM activities

Learning Outcomes

After completing the activities in the 3-in-1 STEM Box, children will be able to:

  • Assemble and understand working science models using motors and circuits

  • Observe and explain different types of motion (vibration, spin, propulsion, etc.)

  • Describe how energy transforms from electrical to mechanical in various setups

  • Learn safe handling of batteries, motors, and DIY components

  • Relate their learning to real-life machines, toys, and devices

  • Develop critical thinking through iterative testing and improvement

Core Scientific & Engineering Concepts

⚙️ Mechanics & Motion

  • Vibrational, circular, and linear motion

  • Understanding speed, direction, and balance in machines

🔋 Electricity & Circuits

  • Building basic circuits with batteries, motors, and switches

  • Power flow, circuit completion, and component function

🧲 Vibration & Motors

  • Role of vibrations in creating motion

  • DC motor function and real-life applications

🧠 Energy Transformation

  • Converting stored energy into motion

  • Observing kinetic energy and energy loss due to friction or imbalance