● Oversaw drill bit design, usage and performance for oil plays and basins in 10 states throughout US Land. Responsible for analyzing drilling performance as a success or a failure; built on these learnings to revamp products and performance. ● Produced technical recommendations and product suggestions for maximizing operational performance by evaluating issues to develop customized operating parameters based on the customer needs, environment and available equipment to reduce time and cost of operations. ● Developed 24 new designs for specific applications by analyzing and validating current and past performance, failure mechanisms, previous designs and goals to be achieved. ● Advised the Sales Team on engaging customers with product specifications, performance overview, technical presentations and suggestions for risk mitigation.

● Designed drill bits for customer needs, drilling objectives and geological formation changes covering 6 basins in the state of Wyoming and Oklahoma. Proficient in providing technical support to the sales team when discussing drilling operations with customers. ● Grew 8.5” drill bit market share from 4% to 17% in a historically poor Baker Hughes territory by providing solutions based on technical issues of customers. ● Introduced leading edge technology in new product designs that performed more efficiently than competitors. Implemented technology, designed products, coordinated with the sales team and increased total market share from 43% to 60%. ● Headed as test product lead by coordinating, managing and presenting inventory of 40 unique products by composing test results, conclusions and suggestions throughout all of the operations.

● Executed the designing of industrial production assembly lines of automotive hardware for 9 models of vehicles. ● Responsible for maintaining production support of 5 products for 2 major vehicle manufacturers and adding 3 new products to an existing assembly line to meet manufacturing timelines. ● Contributing member of the Production Engineering team by overseeing robotic hardware programming knowledge to support a plant of over 15 assembly lines.

● Designed drill bits for customer needs, drilling objectives and geological formation changes covering 6 basins in the state of Wyoming and Oklahoma. Proficient in providing technical support to the sales team when discussing drilling operations with customers. ● Grew 8.5” drill bit market share from 4% to 17% in a historically poor Baker Hughes territory by providing solutions based on technical issues of customers. ● Introduced leading edge technology in new product designs that performed more efficiently than competitors. Implemented technology, designed products, coordinated with the sales team and increased total market share from 43% to 60%. ● Headed as test product lead by coordinating, managing and presenting inventory of 40 unique products by composing test results, conclusions and suggestions throughout all of the operations.

● Drilled 21 wells effectively on an experimental project in western Colorado with 17 of the wells being drilled under projected cost. Results streamlined outcomes for future drilling ventures. ● Coordinated day-to-day drilling operations for developing, planning and supervising the process of drilling oil and gas wells. Ensured technical support for on-location field support as primary liaison between field and office. Qualified and reported best practices in post-project analysis to further refine operations. ● Advised drilling team on how to reduce time and cost during everyday operations. Recommended suggestions for updated alternative drilling fluids used in Colorado and best practices learned from site mobilizations ● Managed compliance and service agreements with contractors by holding contractors responsible for services provided.

● Engineered prototype concepts for human pressurized exploration with 3D CAD software (Pro-E). ● Served as primary point of contact for pressurized space suit test operations and maintenance of ground support equipment. ● Utilized the design, analysis and test phases to enhance restraint component hardware; researched compatible materials and improved structural support to mitigate risk of damage and reduce weight on hardware that was tested on Shuttle Mission STS-135. ● Provided real-time problem solving support during 14 on orbit Shuttle Missions and launches, ensuring successful mission completion.