Design and analysis of mechanical components for offshore engines, including crankshaft, rods, pistons and engine block.

Stress/Structural FEA of riser products and connection systems for the offshore industry

Worked within the turbine team with strong collaboration to other disciplines (i.e. mechanic, heat transfer and system design). Led and drove the development of LM6000 PF+ low pressure turbine with component responsibility.Coordinated a working team composed of six members, organized design and FEA Stress analysis tasks for the completion of concept, preliminary and detailed designs for a Low Pressure Turbine Module (LPT) of GE Aeroderivative Turbine LM6000 PF1 TM.Performed durability analysis and lifetime predictions of system components. Evaluated load profiles and define required simulations and tests.Mentored junior engineers in FEA/Stress Analysis and mechanical design process.

Creation of drafts, sketches and 2D/3D design concepts of structural components. Managed all FEA / Stress Analysis and design tasks for the assigned casings and support components.Designed the aft support and exhaust diffuser of Main Air Compressor (MAC) for GE Heavy Duty Gas Turbine ULET TM.

Assigned by Principal Engineer to take full responsibility of the FEA / Stress Analysis activities related to key projects within the organization. Designed and co-authored a patent of the weld cavity of GE Steam Turbine Welded Rotor TM: rotor cost reduction by $110k - $940k depending on the application.Performed FE analysis and co-authored a patent of GE Steam Turbine HEAT Blade Retention System TM: predicted 15 year increase in useful life of the turbine.Prepared technical reports and presented individual results and project progress from own technical team within project design reviews and NPI meetings.