Managed the design finalization, packaging, and product specs for various face mask products.Analyzed 3D scan databases to determine appropriate mask dimensions for the user population.Implemented prototyping methods such as 3D printing to create measurement and test fixtures.Developed quality specifications and served as the point of contact for product manufacturers.Tested company and competitor product performance and identified areas of improvement.

Support the development of a variety of class I and II medical devices within a quality regulated, entrepreneurial environment.Use CAD to design devices, test fixtures, and assembly fixtures, and provide details engineering drawings for customers and vendors.Work with a multitude of fabrication and prototyping methods including 3D printing, Injection Molding, and CNC Machining.Develop and evaluate new test methods in order to conduct research ahead of product releases.Create and maintain various documentation as part of the design history file for each project, including work instructions, test methods, IQ/OQ/PQ, FMEA, etc.

Work as part of a small team of engineers to advance the design, development, production, and validation of the Bio-ID — a new protein screening technology whose current application is a low-cost blood test for breast cancer recurrence in a stage when still curable.Used design and manufacturing skills to transform the Bio-ID user interface with potential future automation in mind. Redesigned blood cartridge assembly and air distribution manifolds with essential revisions. Developed and etched silicon wafers for blood test cartridges.Created and implemented BOM and SOP documents and other product development roadmaps in order to comply with quality standards.

Coordinate and lead group trainings, workshops, and outreach events, create SOP documents, and provide general assistance, skill-set based fabrication process advice, technical consultations, and problem-solving assistance for patrons and staff on site.Trainings completed in safety orientation, basic and advanced 3-D printing, laser cutting, basic and advanced vinyl cutting, sewing, serger, embroidery machine, and woodshop.Certified trainer in safety orientation, 3-D printing, laser cutting, sewing, serging, and basic and advanced vinyl cutting.

Undergo trainings pertaining to every area of the facilities and develop expertise in equipment usage and relevant software. Perform trainings and assist patrons to safely achieve their project goals. Operate and troubleshoot equipment.Trainings completed in safety orientation, basic and advanced 3-D printing, laser cutting, basic and advanced vinyl cutting, sewing, serger, embroidery machine, and woodshop.Certified trainer in safety orientation, 3-D printing, laser cutting, sewing, serging, and basic and advanced vinyl cutting.

Created and performed DOEs to study non woven textile manufacturing processes for PTFE felt. Analyzed data through Minitab and identified areas of improvement. Increased accuracy of desired physical parameters of felt squares, and decreased process contamination.Reviewed fallout from textile products to classify types of contamination. Analyzed data and identified patterns with Excel pivot tables. Determined potential causes of contamination based on time and location of manufacturing.Designed a new device to fit around thickness gauges, effectively gaining adequate surface area for non woven felt measurements; and a new cutting jig for non woven felt. Both were manufactured and implemented into current processes.