Coding & Programming
Be a Robonaut
We teach kids to code and build real gadgets using Scratch and Arduino, starting with visual blocks and moving to actual engineering code as they progress.
Pricing Guide
Junior Game Dev & Logic (Scratch)
Program Structure
- Platform: MIT Scratch (Visual Block-Based Coding).
- Schedule: 2 sessions per week (8 total per month).
- Duration: 60 minutes per session.
- Class Size: Small cohort (4-6 students) for focused mentorship by BITS Pilani alumni.
Core Concepts
- Logic: Sequences, loops, events, and conditional statements (If/Else).
- Math Integration: X-Y axis coordinate geometry for sprite movement.
- Game Mechanics: Variable management for scoring systems, lives, and timers.
Projects & Facilities
- Builds: Interactive games like Car Racing, Snake Game, and animated stories.
- Infrastructure: Air-conditioned lab with full access to center laptops or workstations.
Applied Robotics & C++ Automation
Hardware Inventory
- Controllers: Hands-on integration with Arduino UNO and Maker Boards.
- Circuitry: Breadboards, jumper wires, resistors, capacitors, and LEDs.
- Sensor Suite: Usage of Ultrasonic (distance), IR (proximity), PIR (motion), Gas, and Flame sensors.
- Output: Control of Servo Motors, Piezo Buzzers, and LCD/7-Segment displays.
Coding Curriculum
- Language: Transition from visual blocks to text-based C++ (Arduino IDE).
- Technical Skills: Syntax structure, void setup/loop, Pulse Width Modulation (PWM), and analog/digital I/O.
- Debugging: Troubleshooting hardware voltage drops and code logic errors simultaneously.
Real-World Prototypes
- Projects: Smart Parking Systems, Gas Leak Detectors, Automatic Street Lights, and Radar Systems.
- Access: Full use of center inventory and tools during class hours.
4-Week Intensive Innovation Bootcamp
Bootcamp Logistics
- Format: Intensive daily classes (Monday to Friday).
- Duration: 4 weeks (Total ~20 contact hours).
- Daily Load: 60 minutes of focused instruction per day.
Weekly Modules
- Week 1: Electronics fundamentals, circuit completion, and LED logic.
- Week 2: Introduction to interactivity using switches and basic sensors.
- Week 3: Automation logic, conditional programming, and motor control.
- Week 4: Capstone project development and integration.
Deliverables
- Capstone: Creation of a final functional prototype (e.g., Home Automation model).
- Recognition: Certificate of Completion.
- Expo: Opportunity to present the build at the center's demo day.
About Coding & Programming
What We Do
I don’t just teach coding - I create a space where kids mess up, try again, and get that proud moment of saying, “Yeh maine khud banaya hai” (I made this myself). The idea is to make building robots and coding fun, not scary. Kids here learn to code, build stuff, and fix what goes wrong. That’s how real innovation happens.
How Your Child Learns
- For ages 7+, I use visual coding for beginners with Scratch programming for kids. Dragging blocks, making games, simple animations.
- For ages 9+, we move to Arduino robotics projects. Kids start with block-based coding to control motors, lights, and sensors. Once they’re comfortable, we switch to actual code - the kind engineers use.
What We Build
- Smart home gadgets like dustbins that open with a wave, rain-sensing cloth lines, and staircase lights that follow your steps.
- Security gear: lockers with keypad codes, fire alarms, earthquake detectors.
- Games and devices: touch piano, Snake game, electronic Ludo dice.
- Dabbled in AI too - gesture cars and voice robots.
Why It Matters
I want kids to get more than just tech skills. They learn how to solve problems, think in new ways, and stick with it when things get tough. Coding is just the start - building confidence is the real win.
Meet your Expert
Be A Robonaut
14 connects in last 3 months
My Story
Kids are wild creators, and honestly, they teach me more than any textbook ever did. My computer science background is cool, but nothing beats seeing a 4-year-old build her own car or a kid inventing a mopping bot just for fun. Some come all the way from the US just to join in and return to dream bigger next year. This isn’t just a robotics class – it’s a tribe of young makers, asking crazy questions and building stuff that matters. Once a Robonaut, always a Robonaut!
My Work
Robotics & Coding Classes for Kids - We run hands-on robotics, Arduino robotics for kids, and coding workshops for ages 4-18. No boring theory.
DIY Projects, Not Just Watching - Kids use real tools - motors, sensors, gears. Ye maine khud banaya hai (I made this myself) is our motto.
Solve Real Problems - Projects like smart cloth lines and gas detectors. Real-world coding projects for children, not just play.
Mistakes Welcome Here - We let kids fail, fix, and fly. Debugging is part of the fun. No shortcuts, just pure DIY kids robotics workshop.