Embedded systems and Robotics.
PRODUCT DESIGN
PCB DESIGN | CAD |
EMBEDDED SOFTWARE
C++ | C | EMBEDDED C | STM32 | ARDUINO
ROBOTIC AND VISON
ROS | OPEN CV
CONTROL SYSTEM
VLThemes – Coder
My interest in engineering was sparked during my early teenage years in Haiti Back then, I may not have known the word “engineer,” but I spent countless hours dismantling discarded
electronic devices and using the salvaged components to build miniature projects inspired by YouTube tutorials and online forums.
STUDIES
After an initial setback in not being able to pursue the French scientific baccalaureate, I began my academic journey in Haiti, where I studied mathematics and computer science at ISTEAH. Following this, I earned a bachelor’s degree in electronics, electrical energy, control systems, and signal processing in France at Paul Sabatier University. I am currently continuing my studies there, working towards a master’s degree in embedded systems.
GENESIS BOT
GENESIS BOT is my first robotics project, an autonomous car that I developed. It integrates various technologies, including a LiDAR sensor, a camera, a Raspberry Pi, and an STM32 microcontroller. The project has two versions: the first features an Ackerman steering system, providing traditional car-like maneuverability, while the second version utilizes Mecanum wheels, enabling omnidirectional movement for enhanced flexibility and precision.
EBIKE
My eBike project is my first attempt at blending tradition with modern innovation. I aim to develop an eBike conversion kit that retains the classic benefits of an eBike while adding modern features like fitness assistance, journey planning, enhanced security, and more. This is just the beginning, with many other projects following this approach in the works.
MACRO PAD
As you can see throughout my website, I’ve explored various creative and production fields, from music production and web development to robotics. In doing so, I had to master multiple software tools, but eventually, a standard keyboard and mouse proved insufficient for maximizing my interaction with the computer. To enhance productivity and the tactile experience, I plan to create a modular macro pad featuring various input types, including knobs, touchscreens, responsive dials, and haptic feedback.
