Saad Kouzmane

• Verifying and documenting an FPGA Design of a LiDAR system. • Designed and implemented a reusable verification environment from scratch, based on the test plan, test module descriptions, test procedures, and traceability matrix. • Automated simulation execution using Python scripts to streamline the verification process. • Conducting FPGA module verification at multiple levels (sub-modules, top-level) with a structured methodology, ensuring code and functional coverage. • Collaborating closely with hardware engineer and other departments to refine verification strategies and improve FPGA performance.

Project1 : “Qualification of the UART TX protocol model in accordance with the requirements of DO-254” Tools: VHDL QUESTA MODELSIM Key Responsibilities: - Conducted in-depth analysis and testing of the UART TX protocol model. - Collaborated with cross-functional teams to ensure all requirements were met. - Authored a technical note document detailing the qualification process and outcomes. Project 2: Training on the activity of Verification and validation of a PLD avionics module (compliance with DO-254) Description: Performed verification and validation tasks for a Programmable Logic Device (PLD) module used in avionic systems, ensuring compliance with DO-254 requirements. Key Responsibilities: - Developed and executed verification and validation plans and test cases. - Identified and resolved issues related to the PLD module to ensure proper functionality. - Documented verification and validation processes and results to comply with DO-254 standards.

• Worked on a project titled: ”Automation script for the generation of the kgs file from the Labelist - BMW project.” • Developed a Python script to automate the updating of a kgs file using data from a label list accompanying manufacturing change request (MCR) tickets.

Project 1: - Design and Implementation of an Oximeter System with Application for Patient Monitoring and Management . Tools used: ESP32 microcontroller, MAX30102 sensor, OLED SSD1306 display, I2C protocol, Java application Project 2: -Integration and Control of a Glucometer Using an Open Source Driver: Enhancing Diabetes Management with Application. Tools used: Open source driver, OneTouch Verio IQ glucometer, Linux commands, Java application