Tech Education for Kids & Teens
SP Robotics Maker Lab - Andheri -Best Class For Robotics, IoT, Drone & Coding
Pricing Guide
Junior Foundation Course (Age 7+)
Course Structure
- Core Learning: Logic building, loops, and basic electronics physics.
- Duration: 10 to 16 Hours of structured learning content.
- Projects: Completion of 25 to 50 mini-projects ranging from digital animations to physical electronic circuits.
Hardware Kit (Electronics Variant)
- Electro-Blocks: Proprietary modular kit designed to simplify circuit building without breadboards.
- Components: Mounted input/output sensors (IR, Light), logic gates, buzzers, LEDs, and DC motors.
- Safety: Low voltage, battery-operated enclosed modules with plug-and-play connectors.
Software & Platform
- Language: MIT Scratch (Drag-and-drop block programming).
- Access: Lifetime access to course modules on the provider portal.
- Certification: Digital certificate upon completion.
Senior Robotics & App Design (Age 10+)
Hardware Kits (Robotics)
- Build Quality: Ranger/Codey kits featuring durable metal mechanical chassis parts.
- Microcontroller: Proprietary board compatible with Arduino IDE/C++.
- Actuators & Sensors: DC Geared Motors, Servo Motors, Ultrasonic sensors, and Line tracking modules.
- Real World Builds: Functional bots like Medicine Delivery Robots or Bluetooth Controlled Cars.
Software & Curriculum
- Languages: Introduction to text-based coding (Embedded C / C++) or Android Development logic.
- Duration: 16 to 24 Hours of instructional content.
- Project Count: 50 to 100+ projects depending on the specific tier.
Support
- Guidance: Technical support for code debugging and circuit troubleshooting.
- Scope: Curriculum aligns with typical robotics competition problem statements.
Advanced Engineering: IoT, VR & Drones
Premium Hardware
- IoT Kit: Raspberry Pi (Single Board Computer), breadboards, and cloud-compatible sensors (DHT11, Gas sensors).
- Drone Kit: Programmable educational quadcopter (e.g., DJI Tello) capable of Python/Scratch control.
- VR Hardware: Standalone VR Headset for testing Unity environments (hardware subject to availability).
Technical Curriculum (24+ Hours)
- Languages: Python (for IoT/AI), C# (for VR/Unity), and Drone Physics.
- Skills: Cloud Computing (API integration), Computer Vision, and 3D Game Environment creation.
- Robotics Variant: Complex inverse kinematics algorithms for Quadruped or Biped walking robots.
Project Outcomes
- Applications: Smart Home automation, Cloud weather stations, or automated drone flight paths.
Seasonal Camps & Workshops
Format & Duration
- Options: Ranges from 1-Day Workshops to 45-Day Summer Camps.
- Timings: Typically 2 hours per day, offered in flexible batches (Weekdays/Weekends).
- Location: Physical attendance at provider centers.
Access & Materials
- Equipment: Use of in-center lab kits (Lego, Ranger, Drones) during class hours.
- Take-Home: Workshop specific mini-kits or worksheets (varies by package).
- Note: High-end robotic kits are usually shared in-center and not for take-home ownership in this tier.
Activities
- Competitions: Intra-center competitions like Robo Soccer or Maze Runner.
- Focus: Rapid prototyping and team building challenges.
About Tech Education for Kids & Teens
Why We Do What We Do
We want kids to be creators, not just consumers of tech. For us, it's all about building a real 'Community of Makers.' I see kids light up when they build a robot from scratch or code their own game. It's the hands-on stuff that sticks, not just theory.
Who Can Join
Any kid or teen between 7 and 17 who’s curious is welcome. No tech background needed. We split groups by age so nobody feels out of place:
- Junior (7+): Start with basics, keep it playful
- Senior (10+): Get into deeper builds, bigger ideas
- Super Senior (14+): Take on advanced, futuristic stuff
What We Actually Do
This isn't just another coding bootcamp for teens. Here’s what your child might dive into:
- Robotics and AI classes for children (think real robots, smart gadgets)
- Android app development (they make their own apps)
- Beginner drone programming workshop (kids actually fly and code drones)
- IoT, AR/VR, electronics, and more
Projects are hands-on. Kids build things like rescue robots, security alarms, robotic arms, or even their own mobile app. They all work with kits full of sensors, motors, and processors like Arduino.
How We Teach
We believe: padichu pogaadhey, sei pannu! (Don’t just read, do it!) Everything is project-based. Kids tinker, make mistakes, fix things, and get that “aha!” moment. They learn problem-solving for real life too.
Flexible Learning
Got a packed schedule? No worries:
- In-person at our Maker Labs
- Online home camps with kits delivered
- Quick workshops on trending tech
- Summer and holiday camps for an extra boost
Meet your Expert
SP Robotic Works
33 connects in last 3 months
My Story
We’re SP Robotic Works, not just a class, but a big family of makers all over India. Our story? It’s in every kid who builds their first robot, like Manishka from Dehradun who started with us at five and a half, or Harshad who made a bedtime story robot for busy parents. Festivals, wins at Innovation Fairs, even robotics football in Kuwait – all of it, we celebrate together. Every code, every robot, it’s our community growing.
My Work
What We Offer - Hands-on robotics classes for kids, coding camps, drone programming, IoT, AR & VR, machine learning, and even franchise options.
How We Teach - No boring theory—just practical learning. Build, code, and experiment with our kits from day one.
Who Can Join - Junior to super senior (7+ years), and even corporates looking for AI and robotics upskilling. Everyone’s welcome.
Our Vibe - Super fun, super learning. It’s not a class, it’s a movement! Our labs are playgrounds for curious minds.