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Marwan Mohammed Ali SallamMechatronics Engineer
Profile

Passionate Mechatronics Engineer with expertise in embedded systems, control, robotics, and automation. Experienced in integrating mechanical, electrical, and software systems to develop intelligent electromechanical solutions. Skilled in system design, modeling, sensor fusion, and prototyping with a focus on performance optimization and troubleshooting. Adept at collaborating across multidisciplinary teams and rapidly adapting to new technologies to deliver optimized, practical electromechanical solutions.

Professional Experience
Automotive Drawing Office Engineer(ADO), Sumitomo Electric Wiring System - Europe (SEWS-E)
  • •Designed and completed 94+ wiring harness drawings for automotive clients, maintaining 84% accuracy and improving productivity.
  • •Extracted detailed Bills of Materials (BOM) from finalized harness drawings to support procurement and manufacturing workflows.
    • 05/2024 – presentCairo, Egypt
  • •Developed strong familiarity with wiring standards for Stellantis and Ford platforms, improving drawing turnaround times and reducing formatting errors.
  • •Collaborated with senior designers and team leads to validate schematic consistency, flagging potential mismatches or missing data points.
  • •Mentored and trained apprentices, developing comprehensive training materials focused on design standardization and quality improvement.
    • Coding Expert for AI Training, Outlier, Freelance

    • Reviewed and optimized Python code for AI training pipelines.

    • Ensured production readiness and collaborated with global contributors remotely.

    08/2024 – 12/2024Cairo, Egypt
    DevOps Engineer, Valeo
  • •Developed Python automation tools for embedded software version control and deployment, improving system reliability and reducing manual intervention by ~70%.
  • •Supported embedded systems testing and troubleshooting, contributing to consistent release processes and documentation.
    • 10/2023 – 02/2024Cairo, Egypt
    Education
    Software Diploma, SIEMENS
  • •Capstone Project: Developed an Anomaly Tracker integrating Jenkins and PyQt to trace bug introduction across tool versions.
    • 10/2023 – 02/2024Cairo, Egypt
    Bachelor of Science in Engineering and Materials Science, German University In Cairo (GUC)
  • •Major: Mechatronics Engineering.
  • •Graduated: High Honors.
    • 09/2018 – 08/2023Cairo, Egypt
  • •Bachelor Project: Designed and built a 4-DOF SCARA robot for laser engraving.
    • Projects
    Autonomous Car
  • •Developed obstacle-avoidance logic using ROS and Python in a simulated self-driving car.
  • •Integrated a Hall effect sensor on a toy car to measure real-time speed, providing feedback for precise speed control and improved navigation accuracy.
  • •Implemented PID control and behavior planning for reliable and smooth autonomous navigation.
    • Tic-Tac-Toe (X-O) Robotic Manipulator
  • •Designed a robotic system that plays Tic-Tac-Toe, combining Python, OpenCV, and Arduino with the Minimax algorithm for real-time decision-making and embedded control.
    • 4-DOF SCARA Robot for Laser Engraving
  • •Designed and built a working SCARA robot using SOLIDWORKS, with a modular end-effector for laser engraving and future tool swapping.
  • •Developed robot motion control by deriving kinematics and dynamics, then validated via MATLAB/Simulink simulations.
  • •Programmed and customized Marlin firmware on Arduino MEGA for precise motion control; generated laser engraving G-code using Inkscape.
    • Touch piano screen based on capacitance transducers
  • •Developed a touch piano using seven capacitive sensors as input keys, programmed with Arduino to detect capacitance changes and output corresponding audio via a passive buzzer.
  • •Designed the custom PCB layout for the sensor array and circuitry using Eagle PCB, ensuring reliable sensor integration and compact hardware design.
    • Inverter-based FLC of BLDC’s Speed
  • •Simulated and implemented Fuzzy Logic Control (FLC) in MATLAB/Simulink to regulate motor speed with robust performance across a wide range.
    • Traffic Light Control
  • •Designed an on-demand traffic light system using Embedded C on Microchip Studio.
  • •Simulated and tested with SimulIDE for pedestrian safety and precise signal timing.
    • Optimization of Solar Panel Installation in Homes
  • •Developed an algorithm in MATLAB to optimize the type and placement of solar panels for residential homes, balancing efficiency and cost using combinatorial optimization techniques.
    • Technical Skills
    Programming: Python, C/C++, Embedded C, Java
    Simulation/Modeling: MATLAB/Simulink
    Hardware: Microcontrollers, PLCs, Sensors, Electric Drives
    CAD/Design: SOLIDWORKS, AutoCAD, Eagle PCB, Fusion 360
    Platforms: Linux, ROS, Git
    Concepts: Embedded Systems, Control Systems, Robotics, Signal Processing, Sensor Integration, Automation
    Tools: Microsoft Excel
    Languages
    Arabic — Native(C2)
    English — Fluent(C2)
    German — Intermediate(A2)
    Courses
    Extracurricular Activities
    HR & Logistics team member, Insider GUC club
    Projects team member, IEEE GUC club