Mini Brush Bot - Aligned Concepts
CBSE Aligned Topics
Grade 6–9 CBSE Curriculum:
Subject | Chapter | Concept Alignment |
---|---|---|
Science | Electric Current and Circuits | Basic components of an electric circuit, flow of current, use of motors and batteries |
Science | Force and Motion | Vibrational movement, direction change due to uneven force, friction |
Physics (Grade 9) | Force and Laws of Motion | Newton’s Laws, especially action-reaction in movement |
Science | Motion and Measurement of Distances | Understanding random motion and how objects move in different directions |
Computer Science / Robotics | Introduction to Robotics (enrichment) | Fundamentals of building simple machines and autonomous movement |
Educational Benefits
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Introduces kids to foundational concepts in robotics and engineering
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Develops understanding of electric circuits and vibrational motion
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Enhances motor skills through hands-on building
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Fosters creative thinking through customizable bot design
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Builds curiosity around cause-effect relationships in motion
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Encourages trial, error, and improvement through interactive learning
Learning Outcomes
After completing this activity, children will be able to:
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Construct a simple working robot using a motor, wires, and battery
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Understand how vibrations from a motor can generate movement
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Explain how the structure and surface affect the bot’s motion
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Demonstrate knowledge of electric circuits and energy conversion
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Apply Newton’s laws to explain how the bot propels forward
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Show problem-solving skills in stabilizing and customizing their bot
Core Scientific Concepts
⚡ Electric Circuits
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Battery → Motor → Motion
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Components: battery holder, wires, switch, motor
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Energy transfer from electrical to mechanical (vibration)
🌀 Vibrational Motion
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Uneven spinning of motor shaft causes vibration
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Vibration leads to directional, random, or circular movement
⚙️ Mechanical Systems & Robotics
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Simple robotic system without coding
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Basic design principles: balance, structure, friction, speed
🚀 Force & Motion
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Newton’s Third Law: Action and reaction in vibration-based propulsion
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Surface interaction and friction's effect on speed and direction