Robotics & AI – Grade 8
Explore the Power of Robotics & AI where ideas start to take shape
Level: Middle 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 | Brains for Bots – The AI Revolution | Robot That Thinks | Introduction to AI and its real-world applications in robotics; critical thinking about future technologies |
| 2 | Smart Security | AI Face Recognition–Based Door System | Understand and apply facial recognition in automated door access systems |
| 3 | AI Guardian | AI-Based Face Mask Detection and Alarm | Train models to recognize face-mask usage; develop health & safety tech |
| 4 | Smart Crossings | AI-Based Railway Safety Barrier | Detect trains using AI and build auto-closing railway barrier systems |
| 5 | Light It Up | Arduino-Based LED Blinking Program | Understand Arduino IDE, basic coding, and control digital outputs |
| 6 | Intrusion Alert | 3-Colored LED Intrusion Alarm System | Control multiple LEDs using Arduino, apply loops and functions in code |
| 7–8 | Build Your Own Wonder – I | AI Lost & Found Identifier | Design thinking: Solve a user-identified problem using AI automation |
| 9–10 | Build Your Own Wonder – II | AI-Based Automatic Traffic Light System | Develop a full system that mimics smart traffic light learning and automation |
| Session | Chapter Name | Project | Concepts Covered |
|---|---|---|---|
| 1 | Arduino in Action: Your First Robotic Arm | Create a Touchless Robotic Arm with an IR Sensor | Arduino as a controller, servo motor angle control, IR sensor input, automation, touchless technology |
| 2 | Code for Safety: The Gas Alert System | Create a Smart Gas Sensor Alarm | Gas detection system, MQ-2 sensor use, buzzer alerts, Arduino programming, safety automation |
| 3 | BeatGlow – The Sound and Light Project | Create a Mini Piano with Lighting Effects | Sound and light synchronization, push button input, LED and buzzer control using Arduino |
| 4 | ZoomBot Adventures | Create an RC Car that Drives in a Square Pattern | Robot car assembly, motion control, coding in Avishkaar App, understanding sensors and motors |
| 5 | Explore ABot Hopper | Create a Hopping Robot | Touch-activated movement, ABot components, motor coordination, touch sensor application |
| 6 | Wave & Go! – Your Smart ABot | Create a Hand-Follower Robot using an IR Sensor | IR-based sensing, obstacle and motion detection, coding for autonomous movement |
| 7–8 | Build Your Own Wonder – I | Design and Build a Smart Room Light Saver | Design thinking, collaboration, problem-solving, automation for energy saving |
| 9–10 | Build Your Own Wonder – II | Design and Build a Smart Safety Alarm System | Real-world problem solving, teamwork, iterative design, gas/smoke detection |
Testimonials
“I learned how to approach technical problems step by step. The structured teaching method made complex topics easier. It’s a highly practical program.”
Piyush Agarwal
“The environment is very encouraging and engaging. I felt comfortable asking questions and experimenting. It boosted my confidence significantly.”
Sakshi Jain
“The program gives a strong foundation in both robotics and AI. Concepts are explained with real-life applications. It makes learning more meaningful.”
Karthik Iyer
“I appreciated the focus on clarity and execution. Building projects helped me retain concepts better. It’s a very effective way of learning.”
Riya Malhotra
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 kind of projects do students build?
Students work on intermediate robotics, coding-based projects, and AI-integrated models.
2. How are activities structured?
A dedicated FAQ and video tutorial section is available on the portal to guide setup and testing.
3. How are problem-solving skills developed?
Students identify small real-world challenges and use engineering and logic to design solutions.
4. Can students modify their projects?
Yes, they’re encouraged to test, improve, and customize their designs to promote creativity.
Do you have questions?
1. How can we get help for coding or software setup issues?
Our tech support team provides detailed guides and remote assistance for installation and troubleshooting.
2. What if students face difficulty connecting hardware with software?
A dedicated FAQ and video tutorial section is available on the portal to guide setup and testing.
3. How are software updates handled?
We send regular updates through the LMS portal with easy installation instructions for schools.
4. Can schools request extra kits for practice or competitions?
Yes, schools can request additional kits or competition extensions through the partnership coordinator.
Do you have questions?
1. What kind of training do teachers receive for robotics and coding modules?
Teachers undergo focused training sessions on hardware usage, block-based coding, and classroom integration.
2. Can teachers run AI or robotics demos independently?
Yes, all demos are pre-tested with step-by-step guides and tutorial videos for easy facilitation.
3. How do teachers evaluate student performance?
Rubrics assess creativity, design thinking, coding logic, and teamwork. Digital tracking tools are also available.
4. Are there extension activities for advanced learners?
Yes, optional “Level Up” activities are included for students who want to explore more complex builds.