• Support Johnson Space Center's activities by working in a team environment to analyze requirements and develop design solutions for the Exploration Portable Life Support System Space Suit.• Design, develop, test, handle implementation, and analysis of technical products and systems.• Perform engineering design evaluations.• Produce engineering drawings conforming to JPR 8500 and other applicable standards.• Perform dimensional fit tolerance analysis including thermal effects.• Perform functional analyses, when applicable, and sizing structural analyses.• Produce drawings conforming to ASME Y14.5 as well as support design with standard hand calculations for fit, function and structural strength.

• Mechanical Engineer in the Research and Design group working on new product development.• Create concepts and prototypes then test these prototypes for commercial use. • Design Structural weldments, assemblies and machine components utilizing SolidWorks and perform FEA analysis utilizing SolidWorks Simulation. • Working on rig floor automation utilizing actuators, hydraulics, motion control and structural design.• Perform hand calculations on welded, bolted and pinned connections.• Perform hand calculations and FEA on lifting assemblies according to API standards.

• Design Structural weldments, assemblies and machine components utilizing SolidWorks and perform FEA analysis utilizing SolidWorks Simulation. • Perform hand calculations on lifting and transportation loaded structures.• Create weldment, assembly and machine drawings utilizing SolidWorks.• Create Design Basis documents.• Create Design Verification Reports and Design Validation test procedures to make sure components meet industry standards and customer requirements. • Create FAT, SIT, Assembly, Mobilization and Demobilization procedures.• Create layouts and electric/hydraulic schematic drawings• Review/Check drawings, procedures and specifications for release.

• Integrate control systems and subsea equipment to ensure operability on delivery.• Create layouts and electric/hydraulic schematic drawings.• Work with Subsea Services and Well Access Systems to make sure customer deliverables are received on-time.• Review drawings, procedures and specifications for release.

• Use STAAD structural design software to create models and analyze burner boom structures to make sure compliance to ABS, DNV, API and BV specifications. • Perform classical hand stress analysis on entire structures and individual components. • Manage creating models and drawings in SolidWorks. • Perform detailed FEA on structural components using SolidWorks Simulation Professional. • Provide engineering for integration of the burner boom to the clients rig.• Perform heat radiation analysis studies using FlareSim software and create heat radiation reports.

• Used StruCAD and SAFI structural design software to create finite-element models of off-shore and land based oil derricks. • Performed classical hand stress analysis on derrick assemblies and individual components. • Analyze and interpret results from NASTRAN finite element analysis (FEA). Create standards for the design process to minimize defects during galvanizing.

• Member of the MSER (Mechanical Structural EVA and Robotics) Team. o Worked on stage-drawings for the International Space Station. Responsible for modifying CAD models in Unigraphics NX4, CATIA V5, updating parts lists, engineering orders to reflect current and future ISS on-orbit configurations. (SMC 63B- Mechanical System Design)• Member of the Cable and Fluids Team for the ISS. o Responsible for checking and writing audits for on-orbit constraint tests. o Help perform on orbit constraint tests at Kennedy Space Center, analyze results and write problem reports. o Develops, integrates and documents mechanical and fluid system and thermal environment requirements to establish the system design. Develops, maintains, or modifies mechanical and fluid system, component and installation designs, using 3-D Computer Aided Engineering tools and/or other design methods, to provide product definition to other engineering groups, production operations, suppliers and external customers throughout the product lifecycle. • Member of the Stress Analysis team. o Analyze and calculate stress within structures and components on the ISS. o Develops, integrates and documents structural requirements to establish the system design. o Guides product design and verifies structural integrity by using analytical methods, finite element models/simulations and other analysis tools throughout the product lifecycle to develop the structural environment, characteristics and performance.

Create 3d models using Unigraphics.