• Led team of 5 to apply analytical best practices for data collection, aggregation, normalization, and analysis; to provide insight into business performance and suggest methods of improvement across all departments• Developed formula-driven spreadsheet integrations to create adaptable internal solutions for financial modeling, client invoicing, quality control, data transformation, client event scheduling, etc.• Built relationships with clients and internal product development teams… Show more • Led team of 5 to apply analytical best practices for data collection, aggregation, normalization, and analysis; to provide insight into business performance and suggest methods of improvement across all departments• Developed formula-driven spreadsheet integrations to create adaptable internal solutions for financial modeling, client invoicing, quality control, data transformation, client event scheduling, etc.• Built relationships with clients and internal product development teams to determine and deliver the best solution within our product platforms Show less

• Team of 5 students contracted by Boston Materials Inc. to build a low-cost, high-velocity impact tester to prove strength of novel carbon fiber microstructure• Utilized analytical calculations and SolidWorks flow-simulations to determine an inexpensive and accurate energy delivery method • Self taught C++ to personally design, code, and wire a low-cost infrared based velocity measurement system with Arduino IDE• Machined and assembled final pneumatic device with a prototype cost… Show more • Team of 5 students contracted by Boston Materials Inc. to build a low-cost, high-velocity impact tester to prove strength of novel carbon fiber microstructure• Utilized analytical calculations and SolidWorks flow-simulations to determine an inexpensive and accurate energy delivery method • Self taught C++ to personally design, code, and wire a low-cost infrared based velocity measurement system with Arduino IDE• Machined and assembled final pneumatic device with a prototype cost under budget with a device accuracy within 1 percent Show less

• Worked as a consulting intern for the research and development of catheter-based medical devices including, neurological, cardiovascular, and otolaryngology devices for preclinical trial testing • Communicated with clients in weekly meetings, presenting pertinent research, design ideas, and test results to advance design conversation • Utilized SolidWorks to rapidly design small-scale components in conversation with local contract manufacturers based on their pricing and limitations… Show more • Worked as a consulting intern for the research and development of catheter-based medical devices including, neurological, cardiovascular, and otolaryngology devices for preclinical trial testing • Communicated with clients in weekly meetings, presenting pertinent research, design ideas, and test results to advance design conversation • Utilized SolidWorks to rapidly design small-scale components in conversation with local contract manufacturers based on their pricing and limitations • Attended the Transcatheter Cardiovascular Therapeutics Symposium presented by Cardiovascular Research Foundation September 2018 in San Diego, CA Show less

• With the Exploratory R&D division of Endoscopy at BSC I worked with several different projects in the design phase, testing proof of concept in the pre-clinical trial phase in our onsite Ex-Vivo Lab• Collaborated with cross-functional team of 8 to submit two designs that were accepted for non-provisional patents with US Patent and Trademark Office (18-0063US01) and (18-0064US01)• Built and analyzed prototypes for testing across multiple test groups, and regularly presented data and… Show more • With the Exploratory R&D division of Endoscopy at BSC I worked with several different projects in the design phase, testing proof of concept in the pre-clinical trial phase in our onsite Ex-Vivo Lab• Collaborated with cross-functional team of 8 to submit two designs that were accepted for non-provisional patents with US Patent and Trademark Office (18-0063US01) and (18-0064US01)• Built and analyzed prototypes for testing across multiple test groups, and regularly presented data and suggestions to supervisor for test method/design improvement based on findings/observations • Utilized SolidWorks, 3D Printing, laser welding, annealing, silicon mixing and spray coating; to minimize margin of error in Ex-Vivo lab setting Show less

Project Leader of sub-project Go-Baby-Go (Organization provides ride-on cars for children with special needs)• Communicating directly with client to properly access the child’s condition for the most effective solution • Building/installing components and modifications to ride-on car to design specification with basic hand tools• Accessing and dividing work load among students of varied skill to meet deadlines

• Designed rocket with a G-Class motor using OpenRocket Software to achieve a target apogee• Lead small team in creation and launch of rocket in Berwick Maine