Mohamed Yassine B.

Design and development of special tooling and machines, including needs analysis, mechanical design, and consideration of performance, reliability, and compliance requirements.

Supervision of the industrialization process from prototyping to production, including technical validation, performance optimization, and quality assurance.

Management and monitoring of technical projects, including planning, coordination of different stages, and updating associated technical documentation.

Collaboration with production, quality, and maintenance departments to ensure effective equipment integration, technical support, and continuous improvement of industrial processes.

Use of SolidWorks, ERP systems, technical documentation, and project tracking tools to ensure traceability and efficiency of developments.

Conducting in-situ mechanical tests within a scanning electron microscope, including test preparation, experimental setup implementation, and data acquisition.

Operation of software associated with testing equipment and writing detailed usage protocols to ensure reproducibility and reliability of experiments.

Development of Mathematica programs for the analysis, processing, and interpretation of experimental data from mechanical tests.

Use of tools related to experimental testing, programming, data analysis, and technical documentation to ensure rigorous follow-up of results.

Complete design of press tools and special machines based on functional requirements, including mechanical studies, 3D modeling, and creation of detailed technical drawings using SolidWorks and Catia, in compliance with industrial standards and constraints.

Supervision and management of the industrialization of tools and special machines, from design and manufacturing phases to testing, final validation, and production, ensuring technical compliance, reliability, performance, and safety of the equipment.

Coordination of project stakeholders (design offices, production, quality, maintenance, and suppliers), schedule monitoring, technical modification management, and resolution of issues encountered during the industrial phase.

Creation and updating of associated technical documentation (drawings, bills of materials, user and maintenance manuals) and use of project tracking tools to ensure traceability, on-time delivery, and continuous improvement of developed solutions.