STEM Education Programs
STEM ART LAB - Robotics, Artificial Intelligence, Coding, Automation, Website development, Mobile app development
We run hands-on robotics, coding, electronics, and AI programs where kids build real projects, solve problems, and learn by doing instead of just memorizing.
Pricing Guide
Junior Robotics & Logic Foundation (Ages 4-9)
Core Course Delivery
- Duration: Complete module of 30 interactive sessions (typically 2 sessions/week).
- Session Length: 60 to 75 minutes per class depending on build complexity.
- Batch Size: Strict micro-batches of 3 to 4 students per instructor for safety and attention.
- Certification: Young Innovator Certificate provided upon completion.
Hardware & Tools (In-Center Usage)
- Lego Education Kits: Full access to Lego WeDo 2.0 Core Sets and Lego Duplo sets.
- Components: Includes Smart Hubs, Medium Motors, Motion Sensors, Tilt Sensors, and structural beams.
- Computing: Usage of center-provided laptops (Dell/HP) pre-loaded with software.
Curriculum Highlights
- Mechanical Modeling: Building machines like Cranes, Dumper Trucks, Satellites, and Spy Robots.
- Visual Coding: Training on Scratch Jr. and Scratch 3.0 to animate models.
- Concepts: Basic physics (gears, pulleys, levers), sequencing, loops, and algorithmic thinking.
- Output: 1 Capstone project presentation at the end of the term.
Advanced Robotics, Electronics & IoT (Ages 10+)
Technical Instruction
- Duration: One complete proficiency level consisting of 30 to 35 practical sessions.
- Student Ratio: Low 1:3 or 1:4 ratio for complex code debugging assistance.
- Faculty: Taught by engineering graduates with experience in C++ and circuit design.
Electronics Lab Access (In-Center)
- Microcontrollers: Hands-on work with Arduino UNO and Nano development boards.
- Sensors: Unlimited access to Ultrasonic, IR (obstacle), LDR (light), and Gas sensors.
- Actuators & Tools: Servo motors, DC gear motors, Breadboards, Jumper wires, and multimeters.
Curriculum & Projects
- Core Skills: Circuit design theory (Series/Parallel), Ohm's law, and text-based coding (C/C++).
- Projects: Building Obstacle Avoidance Robots (Autonomous Cars), Smart Street Lights, and Home Automation systems.
- IoT Introduction: Basics of interfacing sensors with internet protocols.
- Deliverables: Students maintain a digital portfolio of their code and circuit diagrams.
Coding Mastery: Python & App Development
Course Structure
- Duration: 30 Sessions (approx. 4-5 months).
- Environment: Individual coding stations (one student per laptop).
- Levels: Available in Basic, Intermediate, and Advanced tiers.
Software & Tools
- Languages: Focus on Python 3.x (Syntax, Loops, Data Structures) or MIT App Inventor.
- Libraries: Exposure to libraries like OpenCV (face detection), Tkinter (GUI), and Pandas.
- Platforms: Usage of Pycharm IDE or Jupyter Notebooks installed on center devices.
Project-Based Learning
- Scope: Construction of 4-5 minor projects and 1 major capstone project.
- Examples: Calculator apps, face-recognition scripts, simple games (Snake/Pong), or personal websites.
- Skills: Emphasis on logical error finding, debugging from scratch, and syntax mastery.
About STEM Education Programs
Why We Do What We Do
I see every kid as a future innovator, not a "problem" to be fixed. My goal is to upgrade how kids learn, not just what they learn. If your child is curious, restless, or always asking "why," they're in the right place.
How We Teach: Skill Over Rote
Everything here is hands-on. Screen time turns into skill time. Kids build real projects, mess up, debug, and try again. That’s how they get grit and confidence - not just comfort.
What We Offer: STEM Playground
- Robotics classes for kids: From Lego Duplo and WeDo for ages 3.5-9, to Arduino and electronics workshops for ages 10+. Kids build robots, learn mechanics, and dive into IoT.
- Coding courses for children: Visual coding (Scratch, Scratch Jr.) for younger kids, then Python, HTML & CSS for teens. They make games, stories, and websites.
- Electronics: For ages 10+, hands-on with breadboards, sensors, circuits. Projects like solar street lights or drowsiness detectors.
- AI and IoT for students: Advanced robotics and coding include AI, Machine Learning, and smart device creation.
Who Fits In
If you want your child to build real skills, solve problems, and think for themselves, this is for you. If you’re after just certificates, honestly, this isn’t the place.
What Kids Take Away
- Problem-solving
- Creativity
- Persistence (grit)
- Logical thinking
Kids leave with skills for life, not just a resume.
Meet your Expert
STEM Art Lab
21 connects in last 3 months
My Story
When we kicked off STEM ART LAB, folks said, 'Arre, yeh kaise chalega?' (How will this work?) Mixing art with STEM, letting kids build instead of just mugging up - got us some side-eyes. But that fired us up! Grateful for the doubters, seriously. Our real heroes? The kids who won't sit still, the parents who trust us. We're here to turn little tech consumers into creators, and honestly, we’re just getting started.
My Work
Robotics, Coding & More - We teach hands-on robotics for kids, coding (Scratch, Python), AI/ML, electronics, Arduino, IoT, app design, and Lego.
Learning by Doing - Kids build stuff, code games, solve real problems. No boring lectures. Just messy, fun, real learning.
Building Grit - Awards are cool, but grit matters more. We teach kids to fail, try again, and grow real confidence.
All Ages Welcome - STEM ART LAB is open from age 5 to college. From block-coding to advanced AI, everyone finds their spot.
Private Python Coaching - For some courses, like Python, our experts come home. Screen time becomes skill time, right at your doorstep.
Tech Birthday Parties - Want a tech-themed birthday party? We host those too - robots, coding, games, and lots of fun.