Antonis Karageorgiou

Chief Product Officer @ ROICO

About

Since I was a kid, I’ve always been curious about how things work—taking apart toys, and gadgets, and asking endless questions. Growing up in an engineering family, I learned early on that almost anything can be built from scratch or fixed with the right tools. In my free time, I love making things. Using CAD software I can design machines I dream up, then by 3D printing, electronics, and programming, I can bring them to life. This hands-on creativity and problem-solving is why I want to become a robotics engineer—it’s the perfect mix of everything I enjoy. Through my professional career and education, I've gained valuable experience working with mobile ground robots, drones, and underwater robots. Through my student job, I got the opportunity to work with Robotic arms. Now through my startup, I get the opportunity to design and program a robot from scratch. A robot that can revolutionize the construction industry.

Country

City

Denmark

Industry

Construction

Skill

C++, microROS, Onshape, Support Vector Machine (SVM), CAN bus, Agile Project Management, PX4 Autopilot, Nav2, C#, Blender, Docker, c++, Python (Programming Language), OpenCV, Programming, Electronics, C, Arduino, LabVIEW, LaTeX

Experience

Chief Product Officer

ROICO

2023-8 - Present · 3 yrs 2 mos

Denmark

Co-Founder

ROICO

2022-8 - 2023-7 · 1 yr

Robotics Engineer

Blue Atlas Robotics

2022-2 - 2023-7 · 1 yr 6 mos

Odense Kommune, Region of Southern Denmark, Denmark

* I was responsible for converting the proprietary codebase into ROS2. * Worked with Nvidia Jetson Xavier and GMSL cameras * Created interfaces for various sensors * Created various Computer Vision modules using OpenCV Tools used : * PixHawk * ArduSub * Nvidia Xavier * ROS2 * Linux * QGroundControl * V4L2 * OpenCV

Student Programmer

SDU Robotics

2020-1 - 2021-7 · 1 yr 7 mos

I was part of a group of Robotics Engineer students assigned to different research groups on SDU Robotics. I worked with various tasks including but not liminited to : * Using Blender to render realistic scenes for robotic applications * Hole detection using a single camera for autonomous screw placing/removal using a UR10 robotic arm * Wooden block pose estimation using monocular camera for autonomous pick and place