Worked on internal combustion engine models aimed at reducing CO2 emissions in a project in partnership with CMA CGM, a global market leader in maritime shipping and logistics.Key Responsibilities:- Modeling and Calibration: Modeled, calibrated, and validated HF 0D ICE models using Siemens Amesim software.- Combustion Model Development: Developed a new combustion model for dual-fuel engines using Python.- Data Analysis: Conducted data analysis and visualization using Python.- Client Communication: Kept the client updated through monthly meetings and delivered reports at the end of each task.- Team Management: Managed tasks for a team of five members.- Supervision: Supervised a master’s student intern.

Followed the creation and design of various parts for high-speed automatic machines used for filling and packaging beverage products.Key Responsibilities:- 3D Modeling: Designed parts for the machine basement, transport systems, casings, and shipping structure using SolidWorks.- FEM Analysis: Conducted Finite Element Method (FEM) analysis on critical components.- Assembly Creation: Developed assemblies comprising up to 500 parts.- Technical Documentation: Produced 2D technical drawings for external manufacturers and assembly operators.- Documentation Management: Uploaded all documentation into the SAP system.

Design, modeling and simulation of photovoltaic plant using PVsyst software.Numerical modeling of a PEM electrolyzer for green hydrogen production connected to a PV plant using Python.

Taught a mechanical drawing and design course for 3rd and 4th-year students (ages 17-18). Responsibilities included conducting verbal and written examinations and determining final year marks.Courses highlights:- Basic Rules of Mechanical Drawing: Covered fundamental concepts such as views, sections, and dimensioning.- Introduction to 3D CAD Software: Provided hands-on training in SolidWorks, focusing on the use of basic tools and the design of simple parts and assemblies.- Kinematics and Dynamics of Transmissions: Explained the principles and applications of gears and belt drive systems.

Internship focused on the evaluation of 3D printing manufacturing systems for the production of parts for motorcycle prototypes.Key Responsibilities:- 3D Design: Created detailed component designs using NX software.- Slicing: Prepared components for printing by slicing models.- Printer Setup: Configured and prepared 3D printers for production.- Cost Evaluation: Assessed the costs associated with manufacturing components.