Senior mechanical design engineer on pulsed power systems.

Served as senior mechanical design engineer on high power microwave systems.

Project lead for design, build and commissioning of vacuum system (one of the 5 largest in the world) for full scale Hyperloop test site in Nevada. Mechanical engineer responsible for design and build of all fluid systems at Nevada test site. Also responsible for miscellaneous tooling related to testing and verification of systems for full scale testing at the Nevada test site.

Authored key ASME BPVC Section III compliant valve specifications for use inside reactor containment. Technical verifier and reviewer of ASME BPVC Section III compliant heat exchanger, sparger, and pump specifications for use in reactor containment. Designer of patent pending new wetwell/drywell pressure relief valve for use in boiling water reactors. Technical expert and presenter related to main steam isolation valve leakage testing for member utilities of the Boiling Water Reactor Owner’s Group.

•Design Engineer-Designed and analyzed a heat exchanger/condenser system used to separate a single component from a multi-component gas stream. Completed FEA analysis and oversaw fabrication and installation of units for use. (Patent Pending)-Designed gas handling system for corrosive and radioactive material.-Designed high pressure heating and cooling system for GLE process.-Designed process vessels for uranium enrichment test facility.-Designed various stands, frames, supports, racks and installation jigs for process equipment.•Project Engineer-Solid Feed Station - Provided technical input and design expertise to team designing a custom UF6 vaporization system.-Subject Matter Expert for physics based test equipment -Designed components. -Developed control scheme to automate system operation. -Operated, maintained and troubleshot test equipment, including hands-on interaction with UF6 and UF6 contaminated components.. -Analyzed test results for incorporation into the process physics model. -Developed and refined operating procedures for other operators. -Trained operators.oOrbital Welding Program - Developed, tested, and documented weld programs for pressure and vacuum applications within GLE.•Configuration Management-Coordinated and lead the implementation and installation of ProE and NX design and Windchill and Team Center product life-cycle management (PLM) software for GLE. •Regulatory Compliance-ASME Section VIII compliant process vessels and piping design-NRC NQA-1 compliance-IROFS (Items Relied on For Safety)•Vacuum Systems-High vacuum vessel and system configurations -Vacuum pumps (turbo, roughing, cryopumps)-Vacuum industry standard instrumentation, connections and useable materials.-Complex heating and cooling systems designed to control thermal cycles of multiple process vessels simultaneously with a single heat and cooling source. Temperatures ranged from 77K to 425K.•Industrial Safety - Served as ergonomics lead for GLE

• Designed, modified and updated chemical vacuum systems for single end chord treating ovens. Managed plant wide machine configuration documentation. Supported production personnel and activities, including response to highly dynamic machine failure. • Designed engineering grade coal gasifier. Conduct thermal profile studies to size refractory insulation based on allowable size and heat loss/temperature specifications.

Designed Tier 1 level automotive engine components for major automotive and heavy equipment manufacturers such as Ford, GM and Detroit Diesel. Supported manufacturing operations including machine support and quality department gauging.

• Major team role in installation and implementation of 8 core glass lathes in new facility. Completed project 3 months ahead of schedule and surpassed plant's expectations for product selects in new facility. • Lead mechanical engineer in Multimode Technology Transfer Project altering product capability of glass lathe to support new process technology. • Received, reviewed and modified new product handling technology implemented in core glass facility. • Redesigned two major machine components identified as failure modes in core glass lathes. Conducted extensive research into possible material and design solutions to function in extreme corrosive and heat-cycled environments. Yielded measurable increase in machine utilization time and product selects. • Subject Matter Expert for core glass lathe. Conducted routine tuning and maintenance of lathe to maintain machine performance for several different fiber product lines. Supported production activities personnel. Responsibilities include mechanical systems, motion control systems and bulk gas delivery to lathe burners. • Lead, supervise and support mechanical aspect of lathe upgrade on Super Fury Core Glass Lathe Conversion Project. Complete project 3 weeks ahead of schedule.