Design and development of an electronic maritime safety system dedicated to detecting and reporting a man overboard. The solution integrates sensors, on-board electronics and wireless communication for reliable deployment in marine conditions.
The device immediately detects a fall overboard and transmits a real-time alert to the onboard system or the crew. It guarantees maximum responsiveness to initiate rescue maneuvers.
Complete electronic design of an innovative wheelchair, including its power system and a contactless induction charging device. The project integrated motor management, energy safety, and charging electronics adapted to the needs of the paramedical sector.
The system controls the chair’s motors for smooth and reliable mobility, while allowing for simplified charging thanks to induction technology. This allows the user to recharge the device easily, without mechanical connectors, reducing wear and tear and handling constraints.
Development of an electronic control system for brushless motors, specifically designed for a Segway. This controller integrates power management, motor control, and the necessary safety features to ensure smooth and reliable operation.
The electronic control regulates the speed, torque and balance of the Segway in real time. It ensures the vehicle’s stability, responsiveness to user movements and safety during acceleration, braking and position holding phases.