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@Vasilis-Skarleas-Group @Lekitable @ChangemakerZ

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vskarleas/README.md

👋 Hi, I'm Vasilis Skarleas!

I'm a robotics engineer and graduate of Polytech Sorbonne (Diplôme d'ingénieur en robotique) and ÉTS Montréal, focused on building robots that work alongside people, not instead of them. My interests run across space, automotive, and medical robotics. Check out my CV and bio at vskarleas.com.

Robotics & engineering

  • Robotics engineering intern at Renault Group (XR Simulations), using collaborative robots to bring haptic feedback and real-object manipulation into VR driving simulators
  • Working with ROS2 on robot control, autonomous navigation, and digital twins
  • Computer vision with OpenCV and applied AI for image processing
  • Hands-on with 3D printing, CAD, and prototyping for robotics components
  • Building depth in robot kinematics, sensor integration, and control systems

Selected robotics projects

  • DRYVbot: a ROS2-based digital twin that offloads path planning and obstacle avoidance to a predictive AI model for crowded environments
  • LineaScribe: an omnidirectional parallel robot that draws in 2D with real-time trajectory visualization · Wiki · Demo
  • Lane & vehicle detection: real-time lane and vehicle tracking through image processing in C++/OpenCV · Demo
  • ImagePulser: webcam image vectorization using dynamic segment simplification and Bézier curves · Demo
  • Baxter robot: background removal and object-size estimation for virtual-spring servoing · Demo
  • Path planning in unstructured environments: industrial suction-cup manipulation and trajectory planning · Demo
  • Nonogram Solver: a 2D nonogram-solving algorithm with complexity analysis · Demo

Health tech

  • ModuVib: an ergonomic ESP32/Flutter vibrotactile device for pruritus relief in burn patients · Demo
  • CardioSense AI: sleep apnea detection and blood pressure estimation using hybrid CNN-LSTM-MLP models
  • Patients DB 2.0: a HIPAA-compliant medical records system

Entrepreneurship

  • Former CTO & Co-Founder of Lekitable, France's pioneering green-network of products 🌱, where I built the full technical infrastructure (billing, e-commerce, analytics, APIs)

Other projects

Technical toolkit

  • Robotics & Control: ROS2, OpenCV, robot kinematics, OOP, CAD/CAM
  • Development: C, C++, Python, MATLAB, Git, LDAP & network architecture (DNS, DHCP, proxy, UDP, TCP)
  • Hardware: 3D printing, sensor integration, prototyping, UR/Universal Robots, Fanuc, Arduino
  • Creative: video production, digital art, aerial photography

Let's connect!

Always up for collaborating on robotics projects or talking shop about STEM. Reach me at hi@vskarleas.com or find me as @vskarleas.

Building the future through robotics, one project at a time 🚀

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  1. LineaScribe-Robot LineaScribe-Robot Public

    LineaScribe Robot: On open source approach to parallel robots that design on a cartesian system. Inversed kinematics, trajectory provision and pre-coded modules are available

    Wolfram Language

  2. ImagePulser ImagePulser Public

    Vectorize and simplify images obtained via a webcam using dynamic methods, like segment-based or even bezier-curves simplification. We detect contours, manipulate bitmaps and create Adobe PBMs repr…

    C

  3. LaneWatch LaneWatch Public

    The course covers essential topics such as erosion, dilation, openings, closings, and convolutions, alongside in-depth filter analysis including median, average, Laplacian, and Nagao filters. Pract…

    C++

  4. CardioSense-AI CardioSense-AI Public

    Deep learning for biomedical signals: HRV-based apnea detection and blood pressure estimation using hybrid CNN–LSTM–MLP models (GTS880)

    Jupyter Notebook

  5. ModuVib ModuVib Public

    A wearable vibration therapy device designed for burn patient pain relief. Combines an ESP32-based embedded system with a Flutter mobile app, communicating over BLE to control 15 vibration motors v…

    Dart

  6. DRYVbot DRYVbot Public

    Digital Twin for autonomous and predictive navigation of a mobile robot with delivery order optimization using the LGBM model

    TypeScript