Maglev - Aligned Concepts

CBSE Aligned Topics

Grade 6–9 CBSE Curriculum:

Subject Chapter Concept Alignment
Science Fun with Magnets Magnetic poles, attraction/repulsion, properties of magnets
Science Force and Pressure Types of forces, magnetic force, contact vs non-contact forces
Physics (Grade 9) Gravitation Opposing gravitational force using magnetism
Physics (Grade 9) Force and Laws of Motion Newton’s Laws in context of motion and equilibrium
Science Motion and Measurement of Distances Understanding linear motion, reduced friction transport systems
Geography / EVS Sustainable Transportation (enrichment) Introduction to eco-friendly, frictionless transport technology

Educational Benefits

  • Teaches advanced concepts like magnetic levitation in a simple, hands-on way

  • Introduces non-contact forces and real-world applications in transport

  • Builds curiosity about futuristic technologies like bullet trains and hyperloops

  • Enhances problem-solving through balance, polarity alignment, and stability

  • Encourages scientific thinking and innovation mindset

  • Strengthens motor skills and patience during magnetic assembly

Learning Outcomes

After completing this activity, children will be able to:

  • Explain the concept of magnetic repulsion and how it can counter gravity

  • Understand and demonstrate how magnetic levitation works

  • Relate the activity to real-world maglev trains and frictionless motion

  • Assemble a working model that levitates using aligned magnets

  • Identify and differentiate between contact and non-contact forces

  • Explore possibilities of energy-efficient, low-friction transportation

Core Scientific Concepts

🧲 Magnetism

  • Repulsion between like poles used to create lift

  • Polarity, field lines, and magnetic alignment

  • Permanent magnets vs electromagnets (conceptual extension)

🌍 Force and Motion

  • Magnetic force as a type of non-contact force

  • Counteracting gravitational pull using magnetic repulsion

  • Linear motion with minimal resistance

⚡ Frictionless Systems

  • How reducing friction leads to higher efficiency

  • Applications of maglev in transportation and machinery

🚄 STEM and Innovation

  • Exploring new-age technology in a tangible format

  • Introduction to transport engineering and smart infrastructure