Be a True DIY Maker.

Experiment. Observe. Learn. Repeat.


For all those creative souls

who love to build things and want to

experience the magic of technology.

A must-have skill for a great STEM career


Learn to give shape to your ideas.

We all have magical ideas. To test them, we build prototypes. The skill involves understanding about different circuit elements, theoretical considerations, laws that govern them and how components work in real life.

You learn not only to read and build circuits on the breadboard, but also to analyze them in terms of voltages and currents.

Interesting facts will amaze your mind


Technology is not that technical.

Did you know that there are 1.16 billion transistors in the latest i7 processor chip? Can you imagine that the size of one transistor is less than even the width of your hair? In real life, colors don’t even exist (no red, no green, no blue). It’s just a pigmentation of our mind.

Using the kit, you get to know about interesting facts, as it will help you to understand and appreciate the technologies around. You will learn about how things work in real life.


Unleash creativity. Have fun and do it yourself


Mess things up. Burn few components. That is how you learn.

Over the years, users of our kits have created some mind-blowing projects, like, homemade christmas lights that generate a series of random patterns, multi-touch surface, electronic casino games, automatic safe alarm among many others.

The kit is designed to be used as your personal lab where you can create whatever you want to. It’s your space, your time, your muse and your own storyboard.

Gain conceptual depth


Theory is important too!

The kit comes with two reference books that help you go in-depth in the analytics of each working circuits, including reasoning, path of currents and the maths behind.

Through observations you learn faster and retain more. This will help you build confidence and prepare you better for challenging problems. Moreover, you get to the crux of the current, electricity and semiconductors in physics.


Learn the art of problem solving


Develop critical reasoning skills. Use maths for analysis.

For solving any problem, you need to develop critical thinking, and acumen for using the computation tools. The kit will help you develop a structured thought process to solve problems by taking you through rigorous building process and analytics.

You learn to develop a habit by seeking out how things are made and what processes go into making of things.


Upgrade and do more


Learning never stops!

The kit is upgradeable to advanced modules that cover integrated circuits, sensors and programming. This helps you develop a holistic and comprehensive knowledge and skill level of the subject, step-by-step.

Our entire curriculum is divided into multiple learning levels, meaning more components, more projects, and greater fun.