mohamed bensaid

Developed a control system for the fiber optic cable of an underwater robot. Integrated ESP32 with ESP-IDF, ROS 2, and micro-ROS for real-time communication. Collaborated with marine engineers to test and optimize embedded telemetry performance. Improved communication stability under real-time and high-pressure conditions.

Performed advanced maintenance, diagnostics, and calibration of avionics systems (UH-60, ANKA+). Led a technical team ensuring reliability and airworthiness of electronic flight systems. Integrated and tested avionics subsystems following aerospace maintenance standards. Developed and applied embedded test procedures using C and Python for system validation. Organized technical documentation and continuous training for junior specialists.

Designed a Raspberry Pi-based test bench for electronic board validation. Developed Python and C++ scripts for data acquisition and performance analysis. Automated test workflows to improve reliability and reduce testing time. Implemented version control and debugging procedures in a Linux environment.

Embedded Systems Development Training Hands-on training focused on designing and implementing reliable embedded systems across various platforms. Key learning areas: • Embedded Systems Certification • C Programming for embedded and low-level development • Object-Oriented C++ for modular embedded software • STM32 Microcontrollers – Architecture, peripherals, and real-time application design using STM32CubeIDE and STM32CubeMX • RTOS (FreeRTOS) for multitasking, timers, queues, and task management • Embedded Linux – Kernel configuration, driver development, and real-time constraints • Python Scripting for automation and embedded Linux configuration • Hardware Communication – UART, SPI, I2C, GPIO management • Linux Tools – GDB, Makefile, Shell 🛠️ Technologies & Tools: STM32 | C/C++ | FreeRTOS | Linux (Yocto/Buildroot) | Python | Git | Qt 🎯 Outcome: Built real-time embedded applications and device drivers, strengthened embedded Linux capabilities, and enhanced understanding of both low-level hardware access and high-level software integration.• Architecture & Programming of STM32 • Qt & OOP for Embedded HMIs • Agile Project Management Methodology (SCRUM) •Embedded and real-time Linux

Integrated sensors and actuators into robotic arms for predictive maintenance. Developed a real-time monitoring system, reducing fault response time by 25%. Optimized communication and control using STM32 microcontrollers and FreeRTOS.

*Electronic circuit design for drone components. *PCB layout design and optimization for drone electronics. *Component selection and sourcing for drone electronic systems. *Testing and validation of electronic systems for drones, including functional and environmental testing. *Troubleshooting and debugging electronic issues in drone systems. *Integration of electronic components into drone platforms. *Compliance with regulatory standards and certifications for drone electronics. *Documentation of electronic designs, test procedures, and results. *Continuous learning and staying updated on emerging technologies in drone electronics.