Primary point of contact for Westinghouse with the Sanmen utility, embedded within the Operations Department. Responsible for routine observations, coaching, and consultation. Lead a multi-disciplinary site team in the ongoing resolution of engineering or operational issues, identification of plant optimization efforts, and facilitating the completion of Engineering, Warranty, I&C Services, and Field Services work provided by the global Westinghouse team. Outage Manager for all Westinghouse scope work preparing for and supporting refueling outages for a 2 unit, AP1000 site.

Lead on-site Engineer responsible to troubleshoot, resolve, and disposition system, component, I&C, and performance issues during commissioning for HY1 and HY2 AP1000's during Hot Functional Supplemental Testing, Power Ascension Testing (PAT), and up to plant commercial operations.

Certified AP1000 Senior Reactor Operator (SRO) Classroom, Simulator Floor, and Booth InstructorQualified Integrated Systems Validation (ISV) Simulator Booth Operator

Simulator Test Engineer for PWR and BWR Simulators-Subject Matter Expert responsible for ensuring realistic dynamic simulation of AP1000 1200 MWe Pressurizer Water Reactor nuclear power plant main control room for operator training and licensing purposes-Experience with the design, operation, and troubleshooting of 80+ nuclear, steam, mechanical, and electrical systems and their associated I&C

Working in a fully equipped modern machine shop, I guided undergraduate and graduate students in designing and fabricating equipment for research projects. My role was to educate and supervise, allowing students to garner firsthand knowledge and experience of modern manufacturing to take with them in their professional careers. If the nature of the work became too complex, I machined and prepared parts for them as well. Focusing primarily on educating students in modern manufacturing and engineering techniques, I tutored engineering students in basic machining practices such as manual milling machine and lathe work, measurement, preparing engineering drawings, and basic CAD/CAM use. I placed a heavy emphasis on teaching the design process- including requirement specification, prototyping, design optimization, material selection, and design for manufacturability. I had the opportunity to work on many projects of varying size and complexity in a wide range of disciplines, from electro-mechanical systems to manufacturing exotic metal parts for bio-medical graduate experiments.I have experience in/with:-SolidWorks CAD-MATlab-Prototyping, (SLA, 3D printing)-Design for Manufacturability-Materials Selection-Reverse Engineering-3D scanning (FARO arm)-Optical Comparators-Welding(MIG) and fabrication-Machining, brazing, and soldering-Short run production (CNC and casting/moldmaking)-Bridgeport style Manual Milling machines-HAAS CNC Lathes and Vertical Machining Centers