• Responsible for engineering support of new and existing customers in the eastern region.• Serve as primary technical resource to regional sales manager completing 10+ million in annual sales.• Provide customer with product knowledge and experience to develop the best solution to meet their production needs, while ensuring application feasibility.• Lead sales visits as proxy to the regional manager, closing 2+ million in annual sales.• Collaborate with Project Management, Design Engineering and Project Engineering to ensure project success kickoff to production.• Facilitate and complete various analysis and quoting tasks during the bidding process.• Support system implementation at the customer facility to ensure smooth transition and production functionality.• Develop weld parameters for new projects and complete feasibility studies as required.

• Support research and on-going mechanical development of a 60L natural gas engine with an attached waste heat recovery skid for power gen applications.• Provided engineering support for engine development testing in two high horsepower test cells associated with an annual $6+ million budget dual fuel engine program.• Managed and prioritized test schedule, maintenance, instrumentation, and component up fit for 60L Gas, 50L and 19L Dual Fuel engines.• Worked directly with performance and validation engineers and technicians to stay on schedule, remedying issues as they arose, ensuring data quality to reduce re-runs, procurement of parts, and assisting technicians to complete necessary work on engines or auxiliary equipment.• Troubleshot any issues with the engine or test cell rapidly and effectively to prevent downtime.• Documented and reported the status of all work and testing completed in the test cell.

• Lead cost reduction projects following engineering standards and functional excellence practices.• Wrote engine test plans to validate transparency for engine component changes.• Realized $60,000 per year cost reduction through resourcing and validation work.• Performed extensive static and modal analysis design studies focused on fatigue failure, robust design, and ensuring the component natural frequency and engine forcing frequencies didn’t overlap.• Worked directly with other engineering and non-technical functions to complete work ahead of schedule.

• Completed design work and analysis relating to large capacity robotic welding systems and positioners. Systems ranged in part capacity from 3,000 Kg to 100,000 Kg.• Served as lead mechanical design engineer on eight robotic welding systems generating $2 million in revenue and supported lead mechanical engineer on six welding systems generating $5 million in revenue.• Designed large structural steel weldments optimized through both static and modal analysis related to the structural natural frequency in comparison to the robot servo motor frequencies.• Managed configurations of robotic positioner track assemblies utilizing Solidworks design tables.• Detailed complex welding, machining, and assembly prints.• Supported warranty and ECR tasks for assigned projects.• Executed machine design to meet customer floor space requirements, safety requirements and maximize number of welds accessible to the robot on 14 systems.• Integrated standard parts and improved versatility of existing parts and assemblies.• Generated and managed system BOM from initial release through product lifecycle.• Completed robotic welding system assembly from layout to runoff on over 12 systems.• Programmed six axis robot to perform coordinated motion with two axis positioner, part sensing, validate welding capability, and develop weld parameters to meet customer requirements.• Assembled complex electro-mechanical assemblies.

• Performed engine and control system maintenance on a single cylinder durability test engine.• Designed and implemented pre-heat system to maintain 60°C straight vegetable oil fuel inlet temperature.• Helped design and install control system for a SCR reagent dosing system measuring pre and post catalyst emissions.• Designed, manufactured, and installed water-cooling system to regulate incoming exhaust temperature for SCR development testing.• Improved functionality of a bypass valve used to regulate exhaust flow through SCR skid.