TechTinker Lab: Robotics, Coding & AI Workshops
Join our hands-on lab in Panathur where children build, code, and 3D print their own inventions. We turn screen time into skill-building sessions.
In the TechTinker Lab, learning is a hands-on adventure. Here, a young innovator is deeply focused on building a robot from scratch, connecting components and seeing his ideas take physical form. My robotics workshops are all about fostering this kind of focused, practical problem-solving.
This is where the magic of robotics begins. Using LEGO robotics kits, children learn the basics of engineering and programming in a fun, intuitive way. I guide them as they build their first bots, fostering teamwork and a love for technology.
Another view from my LEGO robotics workshop, where young builders collaborate and learn together. These sessions are designed to make complex concepts accessible and exciting, turning playtime into a valuable learning experience.
My Innovative Tech Lab is a space for young minds to transform ideas into reality. This workshop on robotics, coding, and 3D printing empowers students to learn through creativity, engineering, and hands-on projects, like building this remote-controlled robot.
The possibilities are endless with 3D printing. This shelf displays just a few of the toys, keychains, and gadgets created by students in my TechTinker Lab. I encourage them to design and print their own ideas, turning digital concepts into physical objects.
A close-up of the 3D printed rings made during our Little Innovators Program. This activity introduces children to the precision of 3D printing technology and the satisfaction of creating their own custom designs.
More examples of the creative output from our 3D printing sessions. Each ring represents a child's unique idea brought to life, showcasing the power of technology to foster creativity and hands-on making skills.
Watch our FDM 3D printer in action, meticulously building an object layer by layer. In my makerspace, I introduce students to this incredible technology, showing them how their digital designs can be transformed into tangible creations.
My TechTinker Lab is designed for interactive learning. Here, a student leads a discussion, sharing her project with peers in a collaborative environment. I foster these moments to build confidence and communication skills alongside technical knowledge in coding and robotics.
In my coding workshops, I make learning to code accessible and fun. Students work on their own computers, tackling projects that are both challenging and rewarding. This is where they develop the foundational skills for future technological pursuits.
About The TechTinker Lab: Robotics, Coding & AI
In our TechTinker Lab, the equipment does not just sit on a shelf. Whether you choose a 90-minute weekend session or a multi-day camp, your child is the one building the robot, troubleshooting the AI loop, and 3D printing their own model. We keep our batches between 15 and 25 children to ensure every participant gets dedicated time with the robotics kits and lab tools, moving from a blank screen to a working prototype.
Building the Future, One Project at a Time
We started the TechTinker Lab because we believe the world our children are walking into demands more than just textbook knowledge. Our space at the Ekya Nava campus in Panathur is designed for building, tinkering, and failing forward. This isn't a classroom where students sit still; it is an active makerspace.
What We Cover
- Robotics & AI: We use modular kits like LEGO WeDo and customized AI loops. Children don't just follow instructions; they learn to build bots that sense obstacles, react to light, and complete automated tasks.
- 3D Printing & Design: From initial digital sketches to the final layer-by-layer print, students learn the engineering behind 3D printing. They leave with physical objects they designed themselves.
- Coding Fundamentals: We demystify logic and syntax through interactive games and project-based challenges, ensuring coding feels like a tool for creation rather than a chore.
Why This Approach Works
We anchor our sessions in the 'Learner-Think-Do' methodology.
- Learn: Introduce the concept (e.g., how a sensor works).
- Think: Brainstorm a challenge (e.g., how to build a bot that avoids a wall).
- Do: Build, code, test, and refine.
This cycle is critical for developing resilience. If a robot falls or a code crashes, it is not a failure; it is data for the next attempt. We invite parents to watch the process, as understanding how your child solves a technical problem is often as rewarding as the final product they bring home. Whether you are looking for a Saturday morning activity or an intensive holiday camp, our programs are structured to spark lasting curiosity.
Ekya Nava
We founded Ekya Nava because we wanted a place where children could build, create, and mess up—right in our Makery and design labs. We’re not just teaching tech; we’re working with families to nurture innovative, curious minds.
Looking for a different kind of learning?
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