Osama Abid

• Evaluated material, supplier and laboratory data for gas turbine components, identifying trends and technical risks. • Used Excel and VBA to automate recurring data evaluation and reporting. • Developed and validated a Python model for hydrogen solubility in 316L stainless steel across varying temperature and pressure. • Supported test activities and prepared technical reports, presentations and documentation for internal review.

• Designed and validated detailed 3D models and 2D technical drawings in SolidWorks aligned with DIN/ISO standards. • Performed Finite Element Analysis (FEA) to evaluate structural integrity and thermal behavior of components before prototyping. • Ensured dimensional accuracy and drafting standards compliance. • Developed detailed engineering drawings and assembly documentation (BOMs, technical drawings)

• Contributed to an 8% reduction in NOx emissions and sustained operational availability by conducting analysis of real-time flue gas data to support combustion optimization. • Applied data analysis using libraries such as NumPy and Pandas in Python to optimize burner calibration and system efficiency. • Supported analysis of thermal system performance by evaluating flue gas trends and operating conditions to identify opportunities for improved heat utilization and system efficiency

Electrical Energy Storage, Fuel Cells and Electrolyzers, Photovoltaic Systems, Clean Combustion Technology, Thin Film Processing, Chemical Technology for Energy Transition.

Production Engineering, Machine Design, Thermodynamics, Internal Combustion Engine, Materials and Metallurgy. •Bachelor's Thesis: Design of an integrated air conditioning system with heat recovery (cooling + heating system).