yahia gaber

Dedicated Automotive Mechatronics Engineer with a focus on Powertrain Hardware Integration and R&D for global manufacturers like Stellantis. I specialize in bridging the gap between complex hardware systems and software control strategies through simulation-driven validation and advanced diagnostic tools. With a background spanning both engineering design and workshop leadership, I bring a holistic understanding of vehicle systems, from initial modeling to post-production maintenance.

Accomplished Mechatronics Engineer with over 5 years of experience in the automotive industry, currently specializing in Power Train Hardware Integration for Stellantis North America. Expert in hardware-software evaluation, Physical Modeling-Based Design (PMBD) using MATLAB, and utilizing tools like CANalyzer, INCA, and JIRA. Proven track record in managing complex technical bulletins, optimizing hardware performance, and collaborating with global cross-functional teams to achieve high-standard technical milestones.

​I hold a Bachelor of Engineering in Mechatronics from Zagazig University (3.0 GPA), which provided a strong foundation in electro-mechanical systems and control. Building on this, I have completed several specialized professional certifications in collaboration with Stellantis, Oakland University, and Ohio State University to stay at the forefront of automotive electrification and diagnostic technology.

​Core Technical Competencies:

• ​EV & Battery Technology: Comprehensive training in Battery Pack Design, Energy Storage Systems (Li-ion technology), and Powertrain Electrification.
• ​Control Systems & Modeling: Proficiency in Physical Modeling-Based Design using MATLAB/Simulink and Propulsion System Control.
• ​Embedded Systems & Communication: Certification in Embedded Systems (C programming, microcontrollers) and mastery of automotive network analysis using Vector CANalyzer and ETAS INCA.
• ​Standards & Process: Skilled in Automotive Mechatronics principles, including sensor/actuator integration and electronic circuit design.