•Work with a cross-functional team creating safer and innovative pharmacy solutions.•Lead mechanical designer of two individual products, which are currently being piloted in real pharmacy and long term living facilities.•Extensive use and experience with SolidWorks, including master modeling and surfacing. •Create functional prototypes and production components through various methods of rapid production and manufacturing including 3D printing (in-house, and outsourced vendors), injection molding, CNC machining, and die cutting.•Validate design concepts using CAD, 3d-printing, and in-house shop tools and materials to create looks-like, feels-like, and works-like models.•Troubleshoot any design issues with quick and reliable fixes, necessary in a fast paced start-up environment.•Spearheaded implementation of a more structured product development process. This helps solidify goals and specs for new products early on, streamlining the efficiency of internal product design.

• Designed and created 3D and 2D enclosures for wearable electronics and sensors.• Designed for various methods of production and manufacturing including 3D printing, injection molding, insert molding, and CNC machining, for metal, plastic, and glass fabrication. Incorporated human factors design and waterproofing.• Built prototypes and solved areas with design problems.• Collaborated with EEs and IDs to create sleek yet functional designs for a new product.• Modified CAD models and drawings to improve the design of existing products.• Wrote ECRs and ECOs, and participated in design reviews.• Developed protocols, ran subjects, and used software to perform basic signal processing on physiological signals.• Collected, organized, and analyzed an assortment of sensor data and reported the results.• Assisted development of user manual and quick-start guide for the ReadiBand System.• Maintained 3D printer and water jet.• Managed BOMs, drawings, parts, and other documents using Arena Solutions

• Observed biomechanical experiments on various implantable devices, such as the effect of decreased bone mass on a hip implant.• Created graphs, diagrams, posters and slide shows used for research papers and presentations.

• Modeled various waste water pump stations and force mains on Oahu from drawings, using the program PipeFlow.• Analyzed pipe flows to identify the selection of appropriate pumps. • Observed the inner workings of waste water treatment facilities and learned about the process of treating waste water.

• Conducted quality research using online journals, and other resources.• Summarized findings of research to assist in writing a proposal for a pediatric patient safety study, which was later approved for funding.