Technical Leader and Senior Validation Engineer specializing in automotive embedded systems testing, HIL environments, and test automation for safety-critical electric vehicle software at Valeo.
I am part of the Testing team in the Power Department at Valeo, developing and validating high-voltage components for hybrid, plug-in hybrid, and fully electric vehicles. We deliver software to premium OEMs such as Daimler, VW, Ford, PSA, Volvo, and JLR.
Proficient in advanced testing tools from Vector, dSPACE, and TraceTronic with expertise in HIL testing, test specification development, automation, defect reporting, and ECU debugging.
For the past two years, I have been serving as a Technical Leader — coordinating teams, planning tasks, driving automation strategy and frameworks, selecting and integrating testing tools, and fostering continuous integration practices.
Key Responsibilities:
Technical Leadership (past 2 years):
Communication and Electronics Department
Embedded C, Advanced C, Microcontrollers, RTOS, Testing
2019 · itida, Cairo — Fundamentals of testing, test design techniques, test management, tool support
2020 · itida, Cairo — Agile software development, agile testing methods, techniques and tools
2024 · itida, Cairo — Advanced test analysis, test design techniques, reviews, and test tools
April 2018 · Los Angeles, California, USA — 1st Place in Technical Design Report, 6th Place in Cumulative Score
Designed and maintained a network of electrical circuits to control an aircraft capable of accurately dropping multiple payloads of several weights to target a bounded area on the ground.
Designed 2 versions of a Read/Write static RAM of 64KB memory to store and retrieve data, using 8051 Microcontroller and CPLD.
Implemented a circuit providing common lab tools: power supply, function generator, digital clock, digital pulser, logic probes, switches, and oscilloscope computer interface.
Designed and implemented an IC Tester to identify the type of tested IC using 8051 microcontroller, with results displayed on computer via serial communication.
Designed a line follower robot performing missions such as planting by digging and placing the plant, and watering it, controlled wirelessly via PS2 controller using Arduino.
Built a vehicle that follows a black line track, avoids obstacles, and responds to traffic lights using logic gates.
Interested in collaborating on automotive validation, embedded systems testing, or quality assurance? I'd love to hear from you.
Send an Email