I design and build robotics software, industrial automation systems and technology ventures—from motion and trajectory generation to production-ready digital platforms such as BagIt and FasoDocs.
My work sits at the intersection of robotics, software engineering and entrepreneurship. I enjoy transforming complex technical problems into reliable systems that people can actually use—whether the result is an autonomous robot, an industrial application or a new digital venture.
Beyond engineering systems, I co-found and build digital products from architecture and code to deployment, operations and public launch.
BagIt is a peer-to-peer logistics platform designed to make international parcel delivery more accessible. Travelers can make use of available luggage capacity while senders gain a more flexible way to move parcels between cities and countries.
FasoDocs is a digital document platform for institutions. It enables the creation and distribution of documents with public QR verification, helping organizations reduce fraud and move from paper-heavy processes toward trusted digital workflows.
A selection of work spanning industrial robotics, autonomous mobile robots, simulation, software interfaces and product engineering.
Software for generating, evaluating and exporting robot trajectories for complex industrial surfaces, including kinematics, orientation control, collision-aware geometry and ABB program generation.
Navigation, SLAM, localization, docking behavior, safety integration and real-world deployment work on an autonomous mobile robot.
A .NET WPF application for controlling a robot TCP through an interactive 3D interface with live pose feedback.
Design and delivery of complete mobile and web platforms, including APIs, real-time communication, PostgreSQL data layers, authentication, notifications, cloud infrastructure and production deployment.
Professional experience across robotics research, autonomous systems and production-grade engineering software.
Building industrial robotics applications with C#, .NET and WPF, with a focus on robot trajectories, kinematics, simulation, visualization and reliable engineering workflows.
Worked on the Serena autonomous mobile robot across navigation, docking, SLAM, mapping, localization, safety and real-world testing.
Industrial robotics and 3D perception using a Yaskawa HC10 robot and Ensenso vision hardware.
Tools chosen to solve real problems—not simply to fill a list of logos.
Robots, prototypes and interfaces from academic, research and professional projects.
Open to conversations around robotics, industrial software, product engineering and technically ambitious collaborations.