About the Program
Jugaadu Robotics is a hands-on DIY programme where children observe everyday situations, identify problems, and build creative engineering solutions. Each session guides students through the design-build-test cycle using structured materials and an innovation framework designed for young makers. Students explore concepts in mechanics, electronics, and computational thinking through building and iterating on their own projects. The programme nurtures a maker mindset – encouraging curiosity, persistence, and confidence in approaching real-world challenges through smart, creative engineering.
| Learning Outcome: 1) Problem-Solving & Design Thinking Students learn to identify everyday problems and design creative engineering solutions through guided challenge-based activities. 2) Engineering Concepts & Hands-on Learning Foundational concepts in mechanics, simple circuits, and structural engineering are explored through hands-on building and testing sessions. 3) Build, Test & Improve The design-build-test-iterate cycle is practised as students build, evaluate, and improve their creations across each challenge. 4) Logical Thinking & Innovation Computational thinking and logical problem-solving are developed through structured engineering challenges with defined constraints. 5) Teamwork & Creative Confidence Teamwork, communication, and creative confidence are built as students collaborate on engineering projects in a maker environment. |
Fee Inclusions:
• Training fee covering all sessions
• Kit provided for use during each class
• Kit collected back after every session
Students Must Carry:
• Notebook, pen/pencil
• Water bottle
• Napkin
• Tiffin
₹6,000+GST (per student for the entire programme)
Category: Coding
Ages: 6 yrs to 10 yrs
Campus location: TGAA Chembur
Session Length: 2 Hours
Date: 11th May to 15th May
Day: Monday to Friday
No. of sessions: 5 Sessions
Time: 10:30am to 12:30pm
About Partner
CodeW/Floppy
Coding
CodeW/Floppy is an innovation-driven learning initiative that nurtures creativity and computational thinking in children through coding, robotics, AI, and hands-on tech experiences. We focus on building thinkers, problem-solvers, and confident young creators.