● Maintain PLM (Product Lifecycle Management) using PTC Windchill , including updating BOMs, drawings, labels, and documentation through Change Requests (CR) and Engineering Change Notifications (ECN) . ● Design NEMA-rated electrical enclosures adhering to rigorous industry standards (UL, NEMA). ● Create macro-enabled Excel worksheets to automate analysis processes, improving efficiency and reducing manual errors. ● Utilize PTC Creo for comprehensive design of enclosure components, ensuring compliance with GD&T standards. ● Develop and document workflows for simulation and analysis processes, enhancing team productivity by 20%.

● Performed detailed airflow and conjugate heat transfer analyses for turbine blades and nozzle vanes using Star CCM+ and Ansys Fluent . ● Automated workflows for statistically meaningful evaluations of large numbers of parts, reducing engineering validation cycles by 20% . ● Saved +$700k USD in MRB costs by validating nominal FEA models for turbine blades and nozzle vanes. ● Authored ASME Turbo EXPO 2018 paper: “Aerodynamic and Mechanical Analyses on Manufacturing Variations of a Turbine Blade Row” (ID GT2018-75536).

● Conducted dimensional analysis of scanned parts (STL) using GOM Inspect Professional to ensure statistical feasibility. ● Created methodologies for FEA structural analysis on turbine blades using STL scans in Ansys APDL, Spaceclaim, and GOM. ● Authored ASME Turbo EXPO 2018 paper: “Aerodynamic and Mechanical Analyses on Manufacturing Variations of a Turbine Blade Row” (ID GT2018-75536).

● Automated FEA analysis of aircraft hydraulic systems using Catia V5 (VBScripting) and Nastran. ● Reduced complex pipe systems to 1D analyses for modal and structural FEA on large-scale assemblies (300+ parts).

● Designed custom mechanical devices for drilling rigs, incorporating GD&T for precise geometries. ● Utilized FEA to validate designs and predict structural performance. ● Prepared drawings for BOM and cost prediction, ensuring manufacturability and cost efficiency.