Design Engineer of conversion, Modification and Upgrades (CM&U) for Heavy Duty Gas Turbines, focused on the execution of analysis, design, and integration of Accessories systems for compressible fluids that meet business standard, practices, and procedures, and meet the product/program requirements: - Modeling complex piping and support arrangements using finite element techniques. - Pipe stress analysis (Thermal, Seismic, etc.) of piping accordance with ASME B31.1 code requirements. - Presentation of design reviews, and support field issues resolutions (NCR), Root Cause Analysis (RCA), Cost Out and Continuous Improvement programs. - Validation of systems thru Engineering hand calculation, Software packages such as: Siemens NX, MathCad, Floinhance (GE 1-D Flow Simulator), Bentley AutoPIPE (Pipe Stress Analysis), STAAD (Structural Analysis), ANSYS APDL and ANSYS Workbench.CFD Design Engineer responsible of complex Computational Fluid Dynamic Studies for Heavy Duty Gas Turbines such as Ventilation, Inlet Bleed Heating and Hazardous Gas Detection, using High Performance Computing (HPC) environment. - Fluid – Heat Transfer integration. - Species Transport. - Software: ANSYS ICEM, CFX and FLUENT.

I successfully completed the EEDP,a technical acceleration program which consist of advance engineering courses and rotation thru different engineering teams. Leadership training, formal reports and presentations to senior leadership.Technical Courses: - Power Plant Fundamentals - Python Programing - Excel & Matlab - Axial Compressor Aerodynamics - Heat Transfer - Combustion - FEA - Vibrations- GT PerformanceLeadership Courses: - Leadership Prpgram Experience, GE Crotonville. Aug 2022. - US Teardown, GE Greenville, SC. May 2023. - Finance & Graduation, GE Crotonville, June 2023.

- TM2500: Wind, Seismic & Aircraft Transportation Kit, New Product Instruction.- CTH design reviews presentations of TM2500 NPI, from conceptual to detail design.- LM600 Anti-Icing pump skid: Expansion joints study with different suppliers, Stack up and Material Analysis.

- Develop a solid knowledge on the Piping Design mainly for Incompressible related systems.- Modeling piping and support arrangements using finite element techniques.- Perform pipe stress analysis of piping accordance with ASME B31.1 code requirements.- Co-lead reduction of Piping NCR to support quality of deliverables and reduce margin erosion.

- Review and analysis of documentation: flight plans, manifests, and flight closures.- Assistance in inspection, certification, and regulation.

- Design and development of remodeling of articulated units Volvo 7600. - Distribution design of maintenance workshops and washing areas.- Design and simulation of a magnetic belt, wire removal machine, sieve, and parts for the tire crushing plant.- Administration of crushing plant and continuous review of warehouses (Hygiene and Security).