Nick Morrill Email & Phone Number

Farmington, Ut, Us

Farmington, Ut, Us

Farmington, Ut, Us

• Developed initial prototype of a miniature, wearable IR spectrometer. • Modeled optical performance of assembly in Python to determine design specifications. • Proposed and designed a Monte Carlo simulation of photon transmission in human tissue to estimate signal-to-noise ratio of target analyte (Python, C).• Automated configuration, deployment, scaling (map-reduce to 1000s of cpus), and teardown of AWS EC2 instances with visualization of simulation results in Python.

• Launched website and online marketing campaign resulting in over $200K in revenue.• Led the writing of seven grant applications resulting in $500K in federal research funding.• Developed and scaled production of advanced filter material for medical diagnostics. • Interviewed 100s of potential customers to test value propositions.• Developed Python packages for automation of filter defect detection, modeling and visualization of 3D light diffraction effects to debug manufacturing processes, and automation of bacterial culture plate colony counting (interactive labeling and detection).

Mountain View, California, Us

• Developed a stateful, stream processing microservice for a browser-based log management system with in-browser code editor and a recursive-descent search parser.• Developed a MessagePack serialization protocol between Python and Go servers. • Applied stream processing microservice to a Shopify app to facilitate real-time multichannel interactions between shop owners and online shoppers.

Bentonville, Arkansas, Us

• Represented Sam's Club in a global ecommerce order fulfillment initiative by designing processes, defining system requirements, and testing system performance.• Built labor simulation models to identify root cause of issues related to stocking and order filling.• Facilitated the development and communication of basic merchandising principles based on research in conjunction with General Mills.

• Managed the math program for grades 7-9, about 80 students, by designing new curriculum to resolve challenges, organizing the schedule, and creating application exercises• Succeeded in improving classroom discipline and achievement

Greenbelt, Md, Us

• Learned Lua as a part of SIMION mass spectrometry simulation software to model 3D electrode geometry and ion generation, acceleration, and focusing• Modified a prototype mini material according to modeling results• Increased resolution of device by 20x, material data acquired

Provo, Ut, Us

• Managed a team for a research project using novel materials to manufacture microscopic devices by overseeing production, conducting tests, and implementing test results• Organized weekly project meetings with professors and team members in order to provide progress reports, collaborate on solutions, and discuss constraints and opportunities to comply with timelines• Wrote a thesis that relied on process improvements, testing, and analytics to resolve various challenges in the fabrication process of microscopic devices