Mechatronics Engineer with strong expertise in automation, robotics, and embedded systems. Trilingual (Arabic, English, French), adaptable to multicultural environments, and motivated to contribute to innovative projects…
Mechatronics Engineer with strong expertise in automation, robotics, and embedded systems. Trilingual (Arabic, English, French), adaptable to multicultural environments, and motivated to contribute to innovative projects in international settings. Comfortable on Linux (Ubuntu) and Bash for tooling and bring-up.
Developed and implemented automated control systems integrating mechanical and electronic components. Enhanced productivity by reducing manual intervention in industrial automation. Applied process control technologies to improve efficiency in smart manufacturing. Integrated Variable Frequency Drives (VFDs) to optimize motor speed, reduce energy use, and extend equipment lifetime. Designed PLC+VFD workflows to increase flexibility in production lines. Standardized VFD usage for training and maintenance teams. Automated machine processes (Pick and Place) using semiconductor industry machinery. Developed code and algorithms for optical alignment and photonics assembly. Improved assembly efficiency by streamlining automation workflows. Designed and built Active Electrical Cables (AEC) for high-speed data center interconnects, ensuring reliable connections.
Developed and implemented automated control systems integrating mechanical and electronic components.
Enhanced productivity by reducing manual intervention in industrial automation.
Applied process control technologies to improve efficiency in smart manufacturing.
Integrated Variable Frequency Drives (VFDs) to optimize motor speed, reduce energy use, and extend equipment lifetime.
Designed PLC+VFD workflows to increase flexibility in production lines.
Standardized VFD usage for training and maintenance teams.
Automated machine processes (Pick and Place) using semiconductor industry machinery.
Developed code and algorithms for optical alignment and photonics assembly.
Acquired knowledge of photonics assembly standards and high-precision processes.
Improved assembly efficiency by streamlining automation workflows.
Designed and built Active Electrical Cables (AEC) for high-speed data center interconnects, ensuring reliable connections.
Programmed and troubleshot PLC-based control systems for industrial automation cells. Integrated and tuned VFDs for motor/conveyor control; set start/stop logic and operational setpoints. Designed and configured SCADA/HMI screens for equipment status, alarms, set-points, and basic trend monitoring.
Installed and configured advanced surveillance and alarm systems.
Performed maintenance and troubleshooting to ensure system reliability.
Integrated mechanical and electronic components for secure, large-scale infrastructure.
Interfaced sensors and actuators (e.g., proximity/photoelectric, encoders, limit switches); performed panel wiring checks, I/O mapping, and I/O checkout.
Assisted with panel build tasks and commissioning of new stations on the shop floor.
Documented I/O lists, test procedures, and control-logic notes to support maintainers and operators.
Implemented basic safety interlocks and emergency-stop handling within PLC logic.
Programmed and troubleshot PLC-based control systems for industrial automation cells.
Integrated and tuned VFDs for motor/conveyor control; set start/stop logic and operational setpoints.
Designed and configured SCADA/HMI screens for equipment status, alarms, set-points, and basic trend monitoring.
Description: For my project, I developed an autonomous UAV system capable of detecting early-stage fires in real time. The drone features a combination of thermal and RGB cameras, onboard processing, and a wireless alert system. The goal was to provide rapid fire-spotting for forests and industrial sites where human monitoring is difficult.My Role: I designed and implemented the full robotics stack, including sensor integration, embedded C++ and Python code, motor control, image processing pipeline, and real-time fire detection logic. I also handled flight-stabilization tuning, communication between Pixhawk and Raspberry Pi, and field testing.Technologies Used: C++, Python, ROS2, OpenCV, YOLO, Pixhawk, Raspberry Pi, IMU/GPS, UART/I2C/SPI, PID control, BLDC/ESC motor systems.Results: The UAV successfully identified fire hotspots, triggered automatic alerts, and maintained stable autonomous flight during testing. The project strengthened my experience in embedded systems, robotics software, AI vision, and real-world integration.The project was officially presented to the Lebanese Civil Defense, which validated the concept and adopted it as a potential tool for fire response.
نظام التوظيف التشغيلي المعتمد على الذكاء الاصطناعي أولاً، الذي يوحّد ويؤتمت دورة التوظيف بالكامل للمؤسسات الحديثة حول العالم.
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