About Mohamed
French
Native or bilingual
Arabic
Native or bilingual
English
Fluent
Experience
- Elno,TEST BENCH DESIGN & DEVELOPMENT ENGINEEROctober 2025 - Today (8 months)95100 Argenteuil, FranceUpdate and development of audio test benches for the validation and production of analog and digital microphones in an existing industrial environment.Missions:*Adaptation of the M83 Microphone Test Bench (Index 4 → Index 5)- Adaptation of the M83 Index 5 microphone test on an existing test bench, initially developed under LabVIEW 2013.- Development of a new test application under LabVIEW 2025, without modifying the existing M83 Index 4 application.- Implementation of coexistence of the two software versions by installing LabVIEW Runtime 2025, ensuring compatibility with the historical environment.- Integration and control of the Audio Precision APx515 audio analyzer.- Complete functional validation of the new software.* Development of a Test Bench for M98 Digital USB-C Microphone- Development of a dedicated test application for the validation of a new M98 digital USB-C microphone.- Development in Python of frequency response tests, using:Audio Precision APx515Artificial voiceReference microphone- Design and implementation of a current consumption measurement setup, including:Moxa ioLogik E1214 I/O card24 V relay0.1 Ω shunt resistor- Automatic measurement of current consumed by the load via APx515 and LabVIEW 2025.- Communication with the microphone via USB-C for automatic retrieval of the embedded software version.Documentation, Training, and R&D Collaboration*** Writing of the control procedure for M83 and M98 microphones**.- Creation of the user documentation for the M98 test bench.- Training of users on test bench operation.- Close collaboration with R&D teams:Collection of necessary technical informationAnalysis and correction of identified issues
- Hprobe,TEST BENCH DESIGN AND DEVELOPMENT ENGINEERJune 2025 - September 2025 (3 months)Grenoble, FranceMissions- Development of a Python application based on TCP client commands to control and automate magnetic field calibration.- Design of a LabVIEW application dedicated to the comparison and validation of TDMS calibration files.- Creation and optimization of human-machine interfaces (HMIs) for controlling and supervising test benches.- Participation in the continuous improvement of test tools and contribution to technical documentation.Results- Successful deployment of a reliable TCP client application for magnetic field calibration, ensuring precise and automated control.- Improved traceability and data quality through an application for comparing and analyzing TDMS calibration files.- Optimized ergonomics and usability of test benches via clear HMIs tailored to team needs.- Reliable testing process by reducing manual errors and standardizing calibration procedures.Technical EnvironmentsNI LabVIEW, Python, TCP/IP, TDMS, GITHMI Development, magnetic calibration, test data processing and analysisInstrumentation, test automation, test benches in R&D environment
- Thales Aerospace Communications,TEST BENCH DEVELOPMENT ENGINEER - AERONAUTICSMay 2023 - May 2025 (2 years)Paris, FranceDesign and Test Development- Implementation of an HIL test bench for validating radio modules.- Development of automated test applications to verify equipment operation under simulated real-world conditions (flight scenario modeling, radio interference, etc.).- Implementation of communication protocols: 1553, ARINC, and Ethernet to simulate data exchange between avionics equipment.Analysis and Validation- Functional validation of radio modules in compliance with aeronautical standards DO-178C.- Detection, traceability, and documentation of anomalies during test phases.- Collaboration with system and development teams to correct identified malfunctions.Programming and Automation- Development of LabVIEW scripts and tools to automate test scenarios and result analysis.- Participation in the development of testers under the DQMH Framework.- Integration of equipment and instruments (oscilloscopes, signal generators) for real-time monitoring and data acquisition.Results- Complete HIL test bench implementation for VCP radio systems (1553 protocol).- Test automation leading to reduced validation time.- Effective anomaly detection and documentation, improving product quality.- Validation compliant with DO-178C standards
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Education
- National Engineering Diploma in MechatronicsNational Engineering Diploma in Mechatronics - National Engineering School of Carthage (ENICar2018Diplôme National d'Ingénieur en Mécatronique
- PHYSICSPHYSICS-CHEMISTRY Preparatory Institute for Engineering Studies of Nabeul2015PHYSIQUE