1 / 5

Robotics & Electronics Workshops

Available online & at center in Pitampura

Locations

VISIT AT

Center at Pitampura, Delhi

See address

Robotics Cafes, BP 57, Pitampura, Opposite Muni Mayaram Jain Hospital, Block BP, Poorvi Pitampura, Pitampura, Delhi, 110034, India

close to Netaji Subhash Place, Dilli Haat Pitampura, Saraswati Vihar, Rohini, Shalimar Bagh

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.

Robotics Cafes

·

802

Pricing Guide

ESTIMATES

These are indicative prices based on provider's past work. Enquire now to find out final quote.

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), and pyautogui.
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.