Omnetics is a global leader in reliable miniature electrical connectors for mission-critical applications, from drill heads two miles underground, to soldier-worn communications equipment, to rovers exploring the surface of Mars.

Researched and tested silicone specimens to support findings of research partner for publication. Created FEA simulations, analyzed testing data in MATLAB, and compared results. The research laboratory was funded by the National Science Foundation.• Developed and documented method to cast silicone blocks with internal geometry at 0.1[in] scale that replicates microscopic structure of expanded foams for use in energy absorption applications• Adapted air-track system to perform consistent… Show more Researched and tested silicone specimens to support findings of research partner for publication. Created FEA simulations, analyzed testing data in MATLAB, and compared results. The research laboratory was funded by the National Science Foundation.• Developed and documented method to cast silicone blocks with internal geometry at 0.1[in] scale that replicates microscopic structure of expanded foams for use in energy absorption applications• Adapted air-track system to perform consistent impact tests on silicone specimens, which allowed collection of dynamic impact data critical to characterizing specimen performance Show less

Worked with a R&D team of 12 to develop a new market disrupting product in agriculture. Led the testing of components and researched/identified new components to improve alignment with requirements.• Specified test bed mechanical/electrical systems and developed automation programs to confirm components from several vendors would perform successfully• Designed test bed for assessing 0.04[mL] sensitivity gas pycnometry methods and completed required research, modeling, and fabrication to… Show more Worked with a R&D team of 12 to develop a new market disrupting product in agriculture. Led the testing of components and researched/identified new components to improve alignment with requirements.• Specified test bed mechanical/electrical systems and developed automation programs to confirm components from several vendors would perform successfully• Designed test bed for assessing 0.04[mL] sensitivity gas pycnometry methods and completed required research, modeling, and fabrication to achieve performance data within a two-week timeline• Fostered personal relationships to integrate into a new industry/culture Show less

Worked relatively independently within a team of ten to develop specifications for machines to produce medical components for equipment such as: micro catheters, titanium housing for pacemakers and out-patient surgery devices.• Improved the fixturing system for producing an out-patient surgery device to reduce set-up time by at least 10 times and significantly decrease likelihood of operator error• Collaborated with product/process engineers to develop tools which resolved human error… Show more Worked relatively independently within a team of ten to develop specifications for machines to produce medical components for equipment such as: micro catheters, titanium housing for pacemakers and out-patient surgery devices.• Improved the fixturing system for producing an out-patient surgery device to reduce set-up time by at least 10 times and significantly decrease likelihood of operator error• Collaborated with product/process engineers to develop tools which resolved human error issues • Designed a 1000[lbf] wire stretching device, enabling the removal of wound coils from their arbors Show less

Worked in tandem with another designer to develop a test bed for an instrument designed to evaluate the tread depths and health of tires. Developed the mechanical designs while colleague developed the electronics/software aspect.• Designed a test bed to automate the tire tread depth measurement process• Adapted frame design to better utilize available manufacture processes• Maintained material, construction, and maintenance documentation for future reference

Worked in tandem with another designer to develop a test bed for an instrument designed to evaluate the tread depths and health of tires. Developed the mechanical designs while colleague developed the electronics/software aspect.• Designed a test bed to automate the tire tread depth measurement process• Adapted frame design to better utilize available manufacture processes• Maintained material, construction, and maintenance documentation for future reference