-Coordinated lifting activities to provide safe and efficient material handling evolutions.-Communicated with plant supervisors and management as well as rigging subcontractors to ensureall rigging and lifting activities were on schedule.-Provided oversight for lifts, including crane set up, qualifications, and valid crane inspections.-Ensured proper rigging and documentation for each lift-Verified load-handling categories for lifts and reviewed lift plans-Ensuring all personnel and equipment safety concerns are addressed.

NSTX-U Recovery Project-Developed installation procedures (work instructions) for multiple activities including magnetic coilrealignment, passive plate modifications, and field scope activities. Served as oversight forimplementation of activities-Prepared fab shop travelers for fabrication of custom parts incorporating the use of water jet tables,mills, lathes, and various machining equipment.-Developed critical lift procedures for magnetic coil realignment and passive plates and providedoversight for critical lift of passive plate-Prepared requisitions for passive plate and field scope work, communicating with raw material andhardware suppliers as well as service providers for market research.-Developed a prototype plan for passive plate repair, developing a mock up and method fordetermining the best approach to repair. Provided oversight throughout implementation.

-Directly assisted the project manager in tracking progress and analyzing data to modify andmaintain the project timeline-Led staff meetings, effectively communicated objectives to Entergy and contractor personnel-Communicated with field supervision to track progress and troubleshoot issues to avoid negativeimpact to project schedule-Oversight for contractor supervision, ensuring compliance with current industry standards andregulations as well as Entergy procedures and expectations-Regularly interfaced with OCC and Plant Management, providing up-to-date status of projectactivities and schedule impacts

-Performed reactor building coordination during eleven refueling outages for commercial nuclearpower plants. These duties included:-Participation in outage scheduling reviews, providing input for load-in, load-out, critical path andpolar crane activity scheduling-Following the daily critical path schedule-Following and updating Syntempo activities-Maintaining clear and timely communication with the outage control center (OCC)-Material handling supervision for polar crane and mobile crane activities-Responsible for implementing containment integrity measures in case of emergencies IAW the techspecs and FSAR for the given power plant-Developing and implementing safety and foreign material exclusion (FME) plans during refuelingoperations and material handling activities-Supervision for implementation of radiological work processes-Oversight for rigging crews and temporary crane installations-Worked closely with major reactor building component moves, including engineering oversight forrigging during Fuel Handling Machine replacement and facilitating multiple Reactor CoolantPump Motor replacements-Responsible for reviewing, maintaining, and implementing up-to-date procedures for materialhandling and containment integrity-Frequently resolved emergent issues through daily interactions with outage support teams,including: refueling, maintenance, management, OCC, and NRC

-Member of an engineering team that designed, fabricated, and installed heavy lifting equipmentused to serve nuclear power plants, including: below-the-hook lifting beams, jack-and-slidesystems, bases for articulating cranes, and custom shop equipment-Prepared and reviewed drawings for various material handling components-Solved design and implementation problems through innovation and creative design, developingand performing tests, supporting projects from conception to implementation-Regularly created 3D models and FEA using Autodesk Inventor (CAD)-Verified structural component designs using RISA 3D and developed MathCad calculations-Daily use of AISC Steel Construction Manuals and ASME B30 Rigging/Handling CodesField Engineer Responsibilities onsite at Wolf Creek Nuclear Corp. included:-Supervised installation of proprietary lift system, custom knuckleboom crane systems, and providedtechnical support for the lift system along with other material handling equipment-Performed control system troubleshooting on various material handling components, resolvingissues through creative thinking and innovative problem solving-Responsible for periodic and frequent inspections of cranes and lift systems-Interfaced daily with plant supervision, providing updates and communication during normal andcritical path activities-Served as shift oversight for rigging crews and temporary crane installations

-Managed multiple projects including day-to-day support for the plant, material conversions, designchanges, and component optimization. These projects involved procedural testing, contactingbuyers, vendors and other engineers, failure mode effect analyses (FMEA), writing engineeringchange notices and other process-altering documents.