Transitioned to dual roles of Technical Sales Specialist and Engineering Supervisor at Berthold As Engineering Supervisor• Responsible for Management of large engineering projects that involve EPCs, including implementation of all document requirements• Design and construction of custom-engineered mechanical products when standard products are inefficient.• Produce custom technical drawings for sales support and manage design documents and drawings needed for the Control Configuration Files (CCF) for the QA program• Provide technical oversight over all incoming POs to ensure they meet the customer’s specs.

Transitioned to dual roles of Technical Sales Specialist and Engineering Supervisor at BertholdAs a Technical Sales Specialist • Responsible for sales activities and technical support in designated territory which includes Latin America and the US Steel market • Act as inside sales support for traveling Sales Manager, which includes multitude of functions to meet customer needs and drive sales

Applications Engineer at a process controls instrumentation manufacturer specializing in radiometric and microwave applications for level, density, bulk flow and moisture.• Analyze customer’s RFQ bid packages. Determine customer’s needs and requirements. Calculate necessary radiometric source requirements to achieve measurement. Spec and quote necessary components to be the most competitive bid.• Utilize AutoCAD and Inventor to create new and modify existing mechanical components• Educate end customers and ~30 existing representatives about the technical details and functions of the product offerings.

Manufacturing Engineer at a Tier 1 automotive manufacturer developing new processes to makecomponents for Ford and GM 2016 and beyond models. • Oversaw installation of new assembly line including hands on building of prototype componentso Troubleshoot initial processes during startup to achieve proper specificationso Generated associated documents needed for assembly line operation including manufacturing quality check sheets, potential failure analysis checks, and operator work instructions• Modified existing processes to determine current machine feasibility during prototype build

Mechanical Engineer designing HVAC systems for the future Uranium Processing Facility to replace outdated buildings at the Y-12 National Security Complex• Created Design Analysis Calculation Reports for multiple areas of a 340,000 square foot facilityo Determined heating and cooling load requirements based on processing equipment needso Calculated required airflows to allow for required room pressures and air requirementso Calculated fan static pressures of ductwork including each individual inline component • Generated equipment selection schedules for each individual equipment for use in specifications and procurement documents

Mechanical Engineer at nuclear waste plant with experience working on different facilities and projects within the site including:• HVAC Systems Engineer for Nuclear Waste Vitrification Facilityo Responsible for ownership and system health of Process Vessel Ventilation and the Safety Significant Ventilation for the Vitrification Buildingo Ensures modifications are in line with DOE safety envelope, monitor health, generate minor design changes to improve efficiency and reliabilityo Improved Health of Process Vessel Ventilation system that was experiencing issues for more than 5 years Isolated main issue of material pluggage, generated model to isolate pluggage location, and created path forward to clean the system. Since cleaning health back to normal and have had no instances of unplanned outages to treat pluggage symptoms• Design Engineer supporting facility on major modifications and new designso Created Design Change Packages generated from customer specificationso Designs include creating new P&IDs utilizing MicroStation, generating Bill of Materials, creating an optimal design using National Codes & Standardso Design packages include upgrading outdated 10 ton Air Conditioning Unit, designing the process vessel vent system installed on a new tank for nuclear grout.• System Engineer for 3 and 5 ton hoists and grapple system attached to a transporter truck; moves 2000 pound cylindrical canisters filled with nuclear waste to storage siteo Found root cause of failure events. Implemented passive and active prevention system design changes to solve failure evento Utilized MicroStation to create and design test equipment to prevent the other failure event• Troubleshot other issues with the hoists to prevent problems with material fatigue, designed test equipment to analyze tracking and motion system of hoist• Member of committee to create a better process of introducing new hires to the site to improve new hire retention