Robotics for Kids – 10 Hour Curriculum – 3999 (with Robotics kit of 3000)
- Age Group: 8–14 years
- Level: Beginner (No prior coding or robotics experience required)
- Format: Hands-on, activity-based learning
Join the Coalescex Learning Family
Learning Objectives
By the end of the program, children will:
- Understand how robots work in real life
- Learn basic electronics & sensors
- Build simple robots using kits
- Learn logical thinking & problem-solving
- Get introduced to coding concepts through robotics
- Build & demonstrate 1–2 working robot models
Session-Wise Breakdown (10 Hours)
Hour 1
Introduction to Robotics
Concepts:
- What is a robot?
- Robots in daily life (India-focused examples)
- Difference between robots & machines
Activities:
- Identify robot parts using pictures & real kits
- Fun quiz
Hour 2
Basic Electronics for Kids
Concepts:
- Power, battery, current (kid-friendly explanation)
- Components: LED, resistor, switch, motor
Hands-on:
- Light up an LED
- Motor ON/OFF activity
Hour 3
Understanding Controllers
Concepts:
- What is Arduino / Microcontroller?
- Inputs vs Outputs
Hands-on:
- Connect LED to controller
- Simple blink program (block-based or guided code)
Hour 4
Motors & Movement
Concepts:
- DC motors, wheels, motion
- Left, right, forward, backward logic
Hands-on:
- Motor connections
- Build a basic moving base
Hour 5
Sensors & Smart Robots
Concepts:
- What are sensors?
- Ultrasonic, IR, Light sensor
Hands-on:
- Obstacle detection demo
- Sensor-based LED/motor control
Hour 6
Introduction to Coding Logic
Concepts:
- Sequencing
- Loops
- Conditions (IF–ELSE)
Hands-on:
- Block coding or beginner Arduino logic
- Change robot behavior using logic
Hour 7
Build Project: Obstacle Avoider Robot
Hands-on:
- Assemble robot
- Connect motors & sensors
- Upload program
- Test & debug
Hour 8
Build Project: Line Follower / Smart Light
Hands-on (choose one):
- Line follower robot
OR - Smart street light using LDR
Hour 9
Problem Solving & Innovation
Activities:
- “What if?” challenges
- Improve speed / accuracy
- Add buzzer / LED signals
Skills Focus:
- Teamwork
- Debugging
- Logical thinking
Hour 10
Demo Day & Showcase
Activities:
- Kids explain their robot
- Live demonstration
- Q&A session
Suitable For
- Schools (CBSE / ICSE / IB / State Board)
- Robotics Clubs
- Summer Camps & Weekend Batches
- STEM Labs
Outcomes Parents Will Notice
- Increased Curiosity in STEM
- Improved Problem-Solving Skills
- Confidence in Using Technology
- Early Exposure to Coding & Engineering
Certification
- Robotics for Kids – Completion Certificate
- Participation & Innovation Recognition
Customization Options
- Age-Wise Difficulty Levels (8–10 / 11–14)
- Online or Offline Delivery Options
- School Branding & Co-Certification
- Extendable to 30–40 Hour Advanced Program
Individual Student Kit
One complete kit per child (Take-home)
| Component | Approx. Cost (₹) |
|---|---|
| Arduino Kit (Complete) | 1,200 – 1,500 |
| Motors + Chassis | 800 |
| Sensors Pack | 400 |
| Accessories & Storage Box | 500 |
| Total per Student | ₹2,900 – ₹3,200 |
Testimonials
See What Our Happy Customers Say
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“My daughter joined the Junior Programmer course at the age of 7, and I’ve seen her confidence grow every day. She not only understands coding basics but also creates small games on her own. This program truly makes learning fun!”
Priya Sharma, Parent of 7-year-old
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*”I was amazed at how quickly my son picked up concepts like logic and problem-solving. The trainers are patient and friendly, and they keep the kids engaged with fun projects. A big thumbs up!”
MRohit Verma, Parent of 10-year-oldark Adam
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I love making my own games! Coding is like magic, and now I feel like a real programmer.”
Aarav,Student Age 9
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