•Designed control system, hardware and firmware, for commercial cloth dryers, fridges and refrigerators with advanced functionality, safety features and user-friendly interface.• Implemented and tested automated control systems for industrial machines using PLCs, HMIs and VFDs. Leading to an increased operational efficiency of the machineries.• Tested, maintained and repaired complex industrial machines and equipment’s by troubleshooting issues in a logical manner while upholding high safety standards, resulting an overall reduce in downtime by 40%.• Reverse engineered and manufactured a broken Radio station power supply unit using off the shelf components, achieving cost savings up to $10k and high repairability ratio.• Fabricated numerous PCB prototypes using CNC engraving machines, reduced overall development time by 72 hours on average.• successfully repaired damaged variable frequency drivers by performing analytical troubleshooting to define and solve the problem.• Upgraded 3 automated assembly line machines using PLCs (Programmable Logic Controllers), improving working efficiency by 10 hours per week.• Revised electrical schematics for a wide range of complex mechatronic systems including robotics assemblies, smart devices and embedded microcontrollers; reduced debugging time per system by 25 hours on average.

-Team Member in Robotic Manipulators Workshop• Developed a custom motion controller using Arduino platform alongside with ROS environment to control robotic arms.• Utilized programming languages such as C++ and Python to develop robust control algorithms for robotic motion coordination and object recognition tasks, decreasing error rate during testing by 30%.• Facilitated team members trainings covering topics such as Robotics manipulators mathematical modeling, microcontrollers programming and electro-mechanical assembly processes.• Participated in numerous collaborative groups to generate ideas for improving existing robotic structures, solving problems concerning mechanical design and EMI with some electronic components, increased output efficiency by 12%.• Documented the detailed design process involved in creating new robotic systems using CAD software, 3D printing techniques and other engineering principles.