Robotics & AI – Grade 4
Hands-on Discovery of Robotics & Artificial Intelligence for Curious Minds
Level: Preparatory Stage
- 5K+ Registered Students
- 50+ Hands-on Projects
- 30+ Live Sessions
Program Overview
NEP 2020 Aligned STEM Curriculum
Comprehensive, grade-wise lesson plans, projects, and resources aligned with national education frameworks to foster experiential learning.
Hands-On & Project-Based Learning
Practical lab activities, real-world simulations, and engaging projects designed to build problem-solving and innovation skills.
Expert-Led & Adaptive Learning
Live, interactive sessions led by experienced STEM trainers, supported by adaptive pathways and techno-books for guided, personalized learning.
21st Century Skills Development
Focus on creativity, logical reasoning, critical thinking, teamwork, and communication, preparing students for future academic and professional success.
Experiential & Hands-On Learning
Students learn by building and experimenting with models, making abstract ideas concrete and memorable.
Visual & Interactive Teaching Aids
Videos, simulations, and interactive experiments simplify complex concepts and enhance retention.
Project-Based Learning (PBL)
Each module culminates in projects that encourage creativity, design thinking, and problem-solving.
Storytelling & Contextualization
Robotics and AI are introduced through relatable stories and everyday examples, helping children connect technology with real life.
Personalized & Adaptive Guidance
Small group and 1:1 learning ensures that every child progresses at their own pace with focused attention.
Playful Exploration & Collaboration
Games, puzzles, and group activities create a joyful learning environment while fostering teamwork and innovation.
Our Methodology
- 30+ interactive live sessions (45–60 minutes each, teacher-led and highly engaging)
- 50+ hands-on activities & virtual simulations with real-world application
- 20+ storytelling & design-based projects that connect concepts to practice
- STEM Lab setup & techno-books with QR-based interactive content and resources
- Activity-based & project-based assessments to track progress and improvement
- Exploration of AI & robotics in everyday life through simple, age-appropriate applications
- Progressive learning pathways covering mechanical builds, sensor integration & AI-powered simulations
- National-level SparkX Innovation Challenge to showcase creativity, teamwork, and problem-solving
Goals that we achieve through the program
STEM Foundation
- Build a Strong STEM Base
- 50+ Hands-on Activities
- Learn basics of machines, motion, and simple circuits
- Develop Early Engineering Thinking
Creativity & Collaboration
- Spark Creativity & Imagination
- Design and Build “Dream Robots”
- 30+ Team Projects and Wonder Challenges
- Enhance Communication & Teamwork
AI Awareness & Growth Mindset
- Gain Early Awareness of AI in Daily Life
- 10+ Design Thinking Activities
- Develop Problem-Solving and Logical Thinking
- Build Confidence through Making & Experimenting
Our Curriculum
| Session | Chapter Name | Project | Concepts Covered |
|---|---|---|---|
| 1 | Robots Around Us | Dream Robot Drawing | Understand what robots are, differentiate machines vs. robots, explore real-world use cases |
| 2 | Chasing the Light | Build a Light Chasing Car | Learn about sensors, their purpose, and design a light-reactive robot |
| 3 | The Mighty Bulldozer | Build a Bulldozer | Understand motor-driven machines and build a functional bulldozer model |
| 4 | From Motion to Grip | Build a Gripper | Learn crank & link mechanisms and explore robotic gripping |
| 5 | From Fruits to Smoothies | Build a Blender Mechanism | Learn circular motion and how motors transfer energy |
| 6 | Crawl, Walk, Move! | Build a Four-Legged Robot | Understand robotic motion using linkages and multi-part assembly |
| 7–8 | Build Your Own Wonder – I | Delivery Robot for School Supplies | Apply design thinking to solve a real-world logistics problem |
| 9–10 | Build Your Own Wonder – II | A Robot Pet That Fears Light | Use sensors and creativity to design an interactive pet robot |
| Session | Chapter Name | Project | Concepts Covered |
|---|---|---|---|
| 1 | DIY Water Sprinkler | Create a Water Sprinkler | Motor rotation, simple machines, daily life application |
| 2 | The Power Rod Challenge | Create a Circuit Using Copper and Iron Rod | Conductors vs insulators, testing materials, electricity flow |
| 3 | The Magnet Power Test | Create an Electromagnetic Crane | Electromagnetism, lifting mechanism, real-life use |
| 4 | Solar Glow Adventure | Create a Solar-Powered Light Circuit | Solar energy, electricity generation, safe connections |
| 5 | Motor Magic Spin | Create a DC Motor Circuit | Current direction, motor rotation, real-life motor use |
| 6 | Motor Magic Switch | Create a Motor Circuit with a Switch | Switch control, direction change, electricity flow |
| 7–8 | Build Your Own Wonder – I | Design an Electric Circuit Model for Bulb & Fan | Parallel circuit, design thinking, teamwork |
| 9–10 | Build Your Own Wonder – II | Design a Static Electricity Magic Model | Static charge, creativity, real-world application |
Testimonials
“This program taught me how to think like an engineer. From design to troubleshooting, everything was practical. It boosted my confidence in handling technical challenges.”
Devansh Gupta
“Learning by doing made all the difference. We constantly built, tested, and improved our projects. This approach helped me understand concepts deeply.”
Pooja Reddy
“Working with real hardware gave me a complete understanding of robotics. It’s something you can’t learn from books alone. The experience was highly valuable.”
Yash Patil
“The program encourages curiosity and innovation. I felt confident experimenting with new ideas. The learning environment is very motivating.”
Kavya Bansal
Frequently Asked questions
The FAQ section provides quick answers to common questions, helping users find information easily and save time.
Do you have questions?
1. What is the focus of activities in these grades?
Students explore motion, sensors, and circuits through structured hands-on projects.
2. How do activities connect to real life?
Yes, a step-by-step troubleshooting guide is included in the Teacher Handbook and accessible online.
3. Do students work individually or in teams?
Mostly in teams to encourage collaboration and group problem-solving.
4. Are reflection or discussion parts included?
Yes, every session ends with a short reflection where students discuss what they learned and built.
Do you have questions?
1. What should we do if a sensor or wire isn’t working?
You can log a support ticket through the online portal with photos or short details of the issue.
2. Can teachers or coordinators troubleshoot on their own?
Yes, a step-by-step troubleshooting guide is included in the Teacher Handbook and accessible online.
3. Are replacement components provided free of cost?
Yes, replacements for genuine classroom issues are covered under the annual support plan.
4. Is live technical help available for teachers?
Yes, our support team offers virtual assistance sessions for teachers facing repeated technical issues.
Do you have questions?
1. How are teachers supported in delivering STEM concepts?
Each topic includes guided lesson plans, activity videos, and background explanations for teachers.
2. Can teachers adapt the lessons based on student pace?
Yes, teachers can simplify or extend activities using the optional “Challenge & Explore” extensions.
3. How can teachers assess teamwork and creativity?
Assessment rubrics include parameters for collaboration, creativity, and understanding of concepts.
4. Are teacher resources available online?
Yes, all materials—lesson plans, slides, and worksheets—are available in the Teacher Dashboard.