• Designing next generation smart home products

• Google Nest Cam Wired

• Google Nest Mini 2nd gen

• Conceptualized and led mechanical design of an integrated part removal system to improve user experience with Formlabs' printers

• Quantified adhesion and removal forces for existing build platform and new design

• Design enabled instantaneous removal of multiple parts at extremely low applied force

• Designed integrated sealing mechanisms to prevent resin ingress into components

• Completed 2D and 3D drawings for parts, assemblies, and fixtures using NX

• Designed and prototyped next generation 3D printer from proof of concept phase to a functional prototype

• Prototypes were capable of reducing peel and compression forces on the part by over 10 times to improve fine features, overhangs, and layer accuracy

• Developed print tests to characterize the impacts of low peel and compression forces on print support structures, support density, and touch tip size

• Conducted experiments to validate gasket design and material compatibility for sealing against resin, water, and IPA for Form 2 build platforms

• Completed user testing for new part removal tools to compare effectiveness and ease of use between current and proposed tools

• Developed DOEs to investigate relationships between glass fill composition, blade geometry, and failure removal for Form 2 wiper

• Assisted in the design process of next generation iPhone components including: research, preliminary concepts / design, and prototyping

• Performed failure analyses of returned units to determine root causes

• Conducted DOEs to validate and characterize new designs and materials

• Completed lab testing using instrumentation including microscopes, multimeters, pressure gauges, precision measurement tools, and Instron

• Drafted design documents for vendors and participated in DFM processes

• Designed fixtures for tests and experiments

• Conducted magnetostatic simulations using Ansys Maxwell

• Gained thorough understanding of NX CAD software through routine usage in design