• Managed a team of engineers to develop a 3D-printable metal heat sink for the IEEE ITherm Competition, promoting clear communication between teammates and delegating work to ensure deadlines were met• Designed and manufactured a heat sink that effectively dissipated heat and required 30% less material than competitors by utilizing airfoil technology from jet turbines• Optimized prototypes’ heat dissipation capabilities in a forced convection environment using SolidWorks 3D modeling and fluid simulation

• Set up data acquisition networks on semi-trucks that were vital to validating product performance, displaying proficiency in CAN bus, LIN bus, electromechanical systems, electrical wiring, and wiring diagrams• Developed an automatic email app using Python and Arduino prowess that detects and notifies test engineers whenever a test fails, which accelerated test cycles by 25%• Conducted independent tests to rapidly assess and solve critical part failures, exhibiting a strong ability to work in high-pressure environments• Handled the wiring, installation, and collection of data from a multitude of sensors and recorded the data using Dewesoft data loggers

• Supported estimating and R&D departments in researching and selling multimillion-dollar industrialovens and chillers to various food manufacturers around the world• Applied expert AutoCAD skills to create pixel-perfect sales drawings for customers on sales worth over $20 million• Lead a project to produce a plug for door gasket manufacturing that could be produced in-house and was 16x cheaper than outsourcing by utilizing 3D-printing rapid prototyping• Demonstrated competency in providing technical assistance to estimating team by sizing cooling coils for chillers using air tonnage calculations and summing material costs• Travelled for field work validating customers’ ovens heat maps to ensure that performance requirements were being consistently met• R&D testing of industrial ovens to ensure products met performance requirements and processed foods were within FDA regulations

• Contributed to the design and build of autonomous submersible robots for the annual RoboSub Competition, where they must compete with teams from all over the world in performing various complex tasks• Delivered excellence in 3D modeling, creativity, fluid simulations, and careful communication and collaboration with teammates• Designed mounts and housing for electrical components as well as a pneumatic grabber arm

• Worked on a team of fellow engineers to design and create a 3D printed multi-use vacation product using Fusion 360. Required creativity, teamwork, and 3D modeling skills

• Worked part time as a high school student from 5-11pm at the brand-new Segra Stadium ballpark. Working a new stadium from opening day required on-the-fly problem solving, communication with customers, and interpersonal skills