Embedded Software and Automation Engineer | Robotics, IoT Security, Computer Vision, and Mechatronics

I build practical intelligent systems that connect software with real hardware: embedded devices, robotic platforms, automation tools, computer-vision pipelines, and simulation-driven mechanical prototypes.

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• Embedded and IoT systems with ESP32, Raspberry Pi, Arduino, C/C++, and Python.
• Robotics software for autonomous behavior, perception, control, and hardware integration.
• Industrial automation workflows involving control panels, diagnostics, PLC logic, and maintenance systems.
• Computer vision and AI-assisted tools using Python, OpenCV, PyTorch, and modern APIs.
• Mechanical and mechatronics design using CAD, simulation, and prototype validation.

A compact security monitoring stack for IoT labs. It ingests MQTT/TLS, Syslog, and CoAP/DTLS events, stores tamper-evident JSONL logs, and displays alerts through a local dashboard.

Focus: IoT security, Raspberry Pi, ESP32, MQTT, CoAP/DTLS, Python, embedded networking.

An AI-powered receptionist robot combining speech interaction, autonomous navigation, real-time database connectivity, perception, embedded control, and hardware integration. The source is private, but the project is a major autonomous robotics milestone.

Focus: autonomous robotics, Python, OpenAI APIs, speech interaction, navigation, embedded systems, database integration.

An advanced 2-DOF precision-pointing mechanism project comparing compliant and non-compliant actuation architectures. It includes SolidWorks assemblies, STL/STEP manufacturing files, SimMechanics/Simscape models, MATLAB inverse kinematics and trajectory generation, MATLAB-to-Arduino serial control, stepper-motor firmware, ANSYS structural analysis, design drawings, reports, presentations, and a technical reference library.

Focus: compliant mechanisms, flexure-based motion, thruster pointing, precision mechatronics, structural validation, Simscape, SolidWorks, ANSYS, MATLAB, Arduino.

An end-to-end mechatronics build for a 3-DOF spherical parallel mechanism, including CAD design iterations, manufacturing files, PCB/Gerber assets, Arduino firmware, MATLAB inverse kinematics, torque-transmission analysis, ANSYS structural analysis, reports, poster, and presentations.

Focus: parallel robotics, kinematics, embedded servo control, PCB design, structural validation, SolidWorks/Inventor, ANSYS, MATLAB, Arduino.

Freelance | 08/2022 - Present | Remote

• Develop simulation, control, automation, and embedded systems using Python, C/C++, Java, MATLAB/Simulink, Arduino, ESP32, and Raspberry Pi.
• Build software tools that connect sensors, actuators, dashboards, APIs, and real-time hardware workflows.

TOOLii Robotics | 07/2025 - 10/2025 | Melbourne, Australia

• Designed and integrated robotics solutions for autonomous product prototypes.
• Developed control software, AI/computer-vision components, and hardware/software integration workflows.
• Led prototyping, testing, and deployment across mechanical, embedded, and software subsystems.

Core Textile | 05/2024 - 02/2025 | 10th of Ramadan, Egypt

• Performed diagnostics and maintenance for automated textile systems.
• Designed electrical control panel solutions and supported industrial automation workflows.

B.Eng. Mechatronics
Higher Institute for Applied Sciences and Technology
10/2018 - 08/2023 | Damascus, Syria

• SCPC, 23rd place (2020)
• HIAST-SVU CPC, 5th place awards (2020)
• ACPC Kickoff (2020)
• WRO Regular Senior Category, 8th place representing Syria (2019)
• SyriaTech Exhibition, Damascus Fairgrounds (2019)
• Damascus University Robotics Day Exhibition (2019)
• Annual Robotics Challenge Syria, University Open Category (2019)
• WRO Syria Regular Senior Category (2016, 2017)

• Arabic: Native or bilingual proficiency
• English: Full professional proficiency
• French: Limited working proficiency
• German: Elementary proficiency