Design and Testing of Class 1 Medical Devices: Engineered components for Class 1 medical devices using advanced 3D CAD software (SolidWorks). Managed the typing process through in in-house 3D printing technologies . Conducted on on-site manufacturing refinement at supplier facilities in China, ensuring optimal production quality and adherence to design specifications and GMP procedures.Product Validation Testing: Developed and implemented a comprehensive series of validation tests for plastic and silicone components, ensuring manufacturing quality and long long-term performance. Created associated Quality Assurance documentation to support these processes.Design of Automated Assembly Equipment: Engineered a semi-automated assemblysystem using 3D CAD software (SolidWorks), resulting in a 45% reduction in assembly time and associated costs, thereby improving overall manufacturability.Facility Layout Optimization: Conducted a design study for the Irish facility layout, including cleanroom environment specifications. Focused on optimizing product flow and ergonomic workspace design for operators.

Predictive Maintenance System Development: In collaboration with MARINI MARINI-FAYATGroup, designed a data acquisition platform using Beckhoff PLC hardware for predictive maintenance. The process included comprehensive FMEA/FMECA analysis of the industrial plant, followed by hardware selection and software design.SynRm Motor Design and Optimization: Engineered mechanical components and assembly methodologies for a SynRm motor featuring a 3D printed rotor. Utilized 3D CAD software (SolidWorks) and FEM analysis (MATLAB) to meet innovative design requirements.3D Printer Digital Twin Development: Initiated the development of a digital twin model (MATLAB-Simulink) of a FDM 3D printer, aimed at enhancing performance through mechanical and multi multi-domain simulations.Thesis Student Mentorship: Provided comprehensive support and guidance to multiple thesis students across various projects.

University Student Association, aspired to design a functional and innovative prototype of a Martian Rover for European Rover Competition

Automated Test Bench Design: Developed an automated test bench for data acquisition of levitating rotor electric motors, encompassing both mechanical design (SolidWorks) and software related (Python and MATLAB).

SIntern like designer of automatic machines.

Intern like designer of Electric devices cabinets.