Young Greek Tech Whiz, Robot Creator Launches Start-Up
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Loading... - Layla Fouad
- 27 Apr 2022
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At 23, a Greek from Kavala has already built his own robot for less than $600, produced his own 3D printer, and designed a computer tower that is an eco-friendly, do-it-yourself kit. After a decade of being a trailblazer of innovation, what’s next for Dimitris Chatzis?
Chatzis could easily become the poster child for youth initiative and entrepreneurship in Greece. The Kavala native is both a scholar in Germany at the Technical University of Berlin in the department of electrical and computer engineering, as well as the CEO of Ascos, with its featured product pc cases that are both earth-friendly and user-friendly.
“I wanted my hobby to become my occupation,” Chatzis tells Greek Reporter. “I like doing what allows me to do what I love and to express myself.”
Chatzis says with pride “We are not the ‘lost generation.’ We have already begun to build our futures by looking outwardly, using entrepreneurial spirit and cooperation.”
In order for Greece to offer bright opportunities for his generation, however, Chatzis explains that the educational system needs to change fundamentally.
“There cannot be just goals to attain knowledge but goals to attain a sense of responsibility, a sense of community,” Chatzis said. “Innovation is not making exam subjects more difficult. The most important goal should be to channel and harness youthful curiosity.”
He added, “We have to allow youthful curiosity to set the course for how we will develop. Fundamental course work across other European public schools includes programs in music, theater, and entrepreneurship.”
According to Chatzis, “Although I was a good student, I couldn’t wait to get home from school to work on my hobby, my real interest.”
He said that the educational system in Greece is deeply flawed. “I was making scientific presentations at fairs and conferences representing my school—and yet I was being penalized for my absences.”
The young entrepreneur tells Greek Reporter that because of his upbringing, he considers himself a citizen of Europe, but although he is studying in Germany, he doesn’t consider himself far from home—or in Greek terminology “Xenitemenos.”
According to Chatzis, “For scientists, you are not actually immigrating to a foreign country when you find yourself in a cooperative environment where you can grow and develop. As a Greek, I will always look toward and want to be at home.
“But you can’t say I am going to stay in Greece because I want to help my homeland. Everyone can help from where they are by being productive and growing, as a positive reflection on Greece,” claims Chatzis.
However, Chatzis has based his infant company in his hometown for practical reasons. Ascos Design is based in Kavala, a northern seaport in Greece. The unique design idea of Ascos began in 2016 while Chatzis was still in high school. He created a beautiful computer case from scratch as a support unit for a large robotic project. The case was created and built specifically to meet the needs of presentations in various exhibitions of technological applications.
The collaborators are a group of innovative people that came together as a garage-startup. The materials used in the production line are handmade with plenty of hard work and dedication behind them. “We are interested not only in what a product looks like but also what feelings it evokes,” said the aspiring computer engineer.
To implement the design and construction of the Ascos case, Chatzis used an international internet platform call Kickstarter similar to a “Go Fund Me,” application. The platform features a variety of projects in which backers can invest.
The Ascos case provides as much functionality, compatibility, and flexibility as an industrial PC box offers. However, it is elegant in appearance, offering style for use either at home or in a business setting. Perhaps most impressively, environmentally-friendly raw materials that are natural, recyclable, or reusable are what make up the case.
Drawing inspiration from Greek history and the environment, Chatzis used the idea of the “ascos” bag from antiquity. Initially, the term was used to designate a wine skin that would hold luxury materials.
Later, it was the name for the clay amphora container that carried food thousands of years ago. Chatzis created his own modern ascos to hold the valuable components that bring the pc to life. The ancient Greeks predicted—and built the first—robots, so perhaps it is only fitting that the mechanics behind today’s robots find their way back to antiquity through a name.
Inexpensive Robot Created By 15-year-Old
Chatzis’ interest in robotics was prompted at the age of 11, when he saw the sci-fi film “Real Steel.” The film projected a future where human fighters controlled the movements of giant robots, hands-free in the boxing ring. The 2011 movie inspired him to create his own robot that would mimic human movement independently.
Chatzis told Greek Reporter that, initially, there were no actual mentors in his life in this regard. The springboard for his fascination in robotics came only from “Real Steel.”
However, once he began to create the 3D printer—and his robot—he had a network of support form around him starting with his parents, family, and a variety of internet forums. He holds Elon Musk and Nikola Tesla in the highest regard among innovators.
The robotic project he needed the unique pc case for was his “child,” Troopy, a humanoid life-size robot he created, at the age of 16, for less than $600. You can view Troopy in action in this video with a younger Chatzis.
Troopy is six feet tall and is fluent in English. It took Chatzis more than a year to design the robot’s parts, print them, and glue them together.
At age 14, Chatzis had already designed and built his own 3D printer for the purpose of building Troopy. The humanoid robot consists of 475 pieces, 28 servo motors, two speakers, a camera, Xbox kinect and uses more than 12 pounds of plastic material known as Acrylonitrile Butadiene Styrene (ABS). Troopy can mimic the entire spectrum of human movements.
The teenager found inspiration for both Troopy and the 3D printer through InMoov—the personal project of French sculptor and designer Gael Langevin. InMoov is the first open-sourced platform for a 3D printed, life-size robot. The development platform can be replicated on an 3D printer at home for universities and hobbyists, but it prioritizes makers. InMoov is based on sharing and community to allow for the reproduction of countless projects worldwide.
In 2014, the then 14-year-old high school student had managed to draw everyone’s attention with the design and construction of his home 3D printer at the 5th Industrial Informatics Festival. A year later, he won the first prize for the design and construction of Troopy.
The robot is based on Kinetics, a hands-free game controlling type of software. The technology includes hardware that incorporates cameras, infrared projectors, and detectors that map depth through either structured light or time of flight calculations along with a microphone array, software, and artificial intelligence to allow real-time gesture recognition, speech recognition, and body skeletal detection.
This enables Kinect to be used as a hands-free, natural user interface device to interact with a computer system. Kinect is a peripheral that sits atop the user’s display similar to a webcam.
Robot Brings Chatzis to MIT
The economic crisis of the past decade prompted a brain drain for innovative professionals seeking better financial opportunities outside of Greece. Nonetheless, Greek students have continued to triumph at international competitions in the area of engineering and computer science. Chatzis has demonstrated his abilities with awards granted to him while he was still in high school on both the national and global level.
Chatzis had the opportunity to participate in the MIT Summer Launch Program thanks to the support of former US Ambassador to Greece David Pearce and advisers from the Fulbright Foundation.
MIT Launch is a four-week entrepreneurship program that is available for high school students that is aimed at teaching those students the entrepreneurship mindset, skillset, and spirit that is needed to create real companies that have great success and change the world. Read More...
