The Gripatronic is a wearable robotic glove and arm piece designed to support hand strength using servo motors. It aims to assist individuals with low dexterity and improve safety for workers in physically demanding environments. This prototype serves as a proof of concept—demonstrating the idea’s potential and laying the foundation for further development. The Gripatronic aims to reflects a deeper exploration of robotics and engineering, driven by a passion to learn, design, and innovate.
Through building the Gripatronic, I challenged myself to step far outside my comfort zone and dive into the unfamiliar world of robotics. With no prior experience, I taught myself key skills such as coding in C++, wiring and soldering electronics, and using Arduino with sensors like rotary encoders. I also explored 3D modeling and printing extensively, refining designs through constant iteration. This project was more than just a technical challenge because it helped me grow as a creator. I learned what it means to bring an idea to life from scratch—using my hands, creativity, and problem-solving skills. Most importantly, I overcame the mindset of thinking something was “too complicated” for me or to challanging to even attempt. The Gripatronic wasn’t just about building a robotic glove—it was about building confidence in my ability to learn, adapt, and innovate.
Gripatronic became more than just a robotics project—it transformed how I approach challenges, creativity, and self-growth. Before this journey, I often stayed within my comfort zone, hesitant to take on ambitious projects without guidance. But by committing fully, learning through failure, and pushing through uncertainty, I proved to myself that I could build something meaningful from the ground up.
This experience helped me gain confidence, independence, and a problem-solving mindset. I taught myself how to research, troubleshoot, and stay persistent—especially when coding and engineering challenges felt overwhelming. What made it most rewarding was knowing I overcame these obstacles without relying on shortcuts or external help.
While this project started as a personal goal, I believe it has the potential for a broader impact. As technology advances and the line between humans and machines continues to blur, tools like Gripatronic could one day support people with physical limitations or enhance strength for workers in demanding environments. This prototype is just the beginning—I’m excited to keep improving it and exploring its potential to empower others.
In recognition of this work, I was honoured with the Apostoli Marinakos MYP Personal Project Award, which recognizes exceptional innovation and personal growth.
