Robotics & Electronics Workshops
Robotics Cafes
We run hands-on robotics and electronics workshops where kids build real gadgets and robots from day one using Arduino, Scratch, Python, and 3D printing, with both online and center classes.
Pricing Guide
Electronics & Arduino Fundamentals
Core Structure
- 8 Practical Sessions: Bi-weekly classes (approx. 1.5 hours each) held offline at the center.
- Mentorship: Instruction breaks down complex engineering concepts into simple conversational Hindi/English.
- Methodology: Focus on troubleshooting and fixing errors (e.g., loose wires, polarity) rather than just following manuals.
Lab Inventory Access (In-Class Use)
- Microcontrollers: Hands-on practice with Arduino Uno and Nano boards.
- Components: Unlimited access to breadboards, jumper wires, resistors, capacitors, and push buttons during class.
- Actuators & Sensors: Usage of LEDs (RGB/Red/Green), Piezo Buzzers, DC Motors, LDRs (light sensors), and Ultrasonic sensors.
- Tools: Shared use of wire strippers, multimeters, and laptops.
Projects Covered
- Circuit Logic: Building series/parallel circuits and LED patterns.
- Automation: Creating automated street lights (LDR) or simple intrusion alarms.
- Coding: Introduction to C++ based Arduino coding (Variables, Loops, If/Else conditions).
Advanced AI, IoT & 3D Printing
Advanced Curriculum
- Python Programming: Transition from block coding to text-based Python.
- Libraries: Usage of
cvzone,mediapipe(hand tracking), andpyautogui. - Computer Vision: Projects involving face detection and gesture recognition using webcams.
IoT & Hardware Integration
- Connectivity: Working with ESP8266/NodeMCU for wireless control.
- Home Automation: Using Relay Modules to simulate control of high-voltage appliances via code.
- Debugging: Advanced troubleshooting of software-hardware communication (Serial port errors, library conflicts).
3D Design & Printing
- CAD Software: Introduction to Tinkercad or Fusion 360 and slicing software.
- Fabrication: Students print small custom-designed parts (e.g., chassis brackets, keychains) with a monthly filament allowance (approx. 50-100g).
Build-Your-Own-Bot Bootcamp
Take-Home Kit Components
- Chassis: Custom laser-cut acrylic or 3D printed frame options.
- Drive System: 2 or 4 Bo-Motor (TT Gear) setup with high-traction rubber wheels.
- Electronics: Arduino Nano/Uno with expansion shield and L298N Motor Driver.
- Connectivity: Bluetooth (HC-05) for app control OR NRF24L01 modules for physical remotes.
- Power: Rechargeable Li-ion battery pack (18650 cells) with holder.
Assembly Workshop
- Duration: 4 to 6 focused sessions (approx. 8-10 hours total).
- Mechanical Skills: Guided instruction on using screwdrivers, nuts, bolts, and soldering irons to assemble the frame.
- Outcome: Students leave with a fully assembled, working robot.
Programming & Control
- Firmware: Writing and uploading C++ code to interpret remote signals.
- Mobile App: Basic instruction on creating a simple controller app using MIT App Inventor (if using Bluetooth).
About Robotics & Electronics Workshops
Coding and making things can be fun, not dry theory. That's what I want for your child - to actually build stuff, mess up, try again, and see their ideas become real. When they finally get that robot moving, or make a gadget that solves a real problem, their excitement is unbeatable.
Build, Break, Repeat - That’s How We Learn
- Kids dive in from day one - no waiting for "basics". They make their first wireless RC car, or an obstacle-avoiding robot, and sometimes even 3D printed robots that look straight out of a movie.
- We don’t stop at robots. There's always some jugaad - like a cap for visually impaired folks that buzzes for obstacles, or a DIY alarm system that actually works. Even a full-on light show using just a knob and some LEDs!
- When they’re ready, we add some AI magic: gesture controlled lights, face detection, or even building an AI calculator using hand signals.
Tools We Use (Not Just Theory)
- Beginners often start with block-based coding workshops, like Scratch, so it’s visual and easy.
- Arduino robotics classes for kids help them make their gadgets smart - this tiny computer is at the heart of most projects.
- When they’re up for it, we level up to Python and even 3D design and printing - so their ideas don’t just stay in their heads.
More Than a Workshop
It’s about building confidence and problem-solving, not just ticking off a syllabus. Some days, kids surprise me by making something wild, like a game for my birthday. I love seeing that spark.
Classes are both online and at our center - extra flexible. You can even try a session first, so you know if this is your child’s vibe.
Meet your Expert
Robotics Cafes
9 connects in last 3 months
My Story
Kids love playing games, but I always thought, why not make your own? That’s how Robotics Cafes started – not your usual classroom, more like a playground for tech. I still remember, once my students made a surprise 'Happy Birthday' game for me, I just laughed and asked, 'Arre, tum logo ko kaise pata chala?' (How did you all find out?). Watching them build their own Tom and Jerry game, or seeing a robot move for the first time – that’s the real fun. Here, we build confidence, not just code.
My Work
What we teach - We cover creative coding for kids, robotics, Python, AI, 3D printing, Arduino, Scratch, and game/app development.
Learn by Doing - No boring theory. You build stuff – like Chota Bheem coding projects and robots that actually move.
Fun First - Classes mix English and Hindi. The goal? Make you love coding, not fear it. It’s really fun.
For Every Kid - Beginners or advanced, all are welcome. Online and Pitampura, Delhi center. Age 6+. Start with basics, go advanced.