Winter 2020: CME 213: Introduction to Parallel Computing using MPI, openMP, and CUDA

• Enabled and automated the bring up of a manufacturing test automation framework to run within Facebook infrastructure and services by systematically substituting Facebook software where possible and implementing code fixes as necessary.• Optimized the manufacturing test automation framework dashboard web UI code by significantly reducing database queries, which cut load time from 10-15 seconds to 2-3 seconds on server-grade hardware.

Spring 2019: CME 213 Introduction to Parallel Computing using MPI, openMP, and CUDA

• Performed capacity modeling for a test automation framework for server hardware.• Created a tool to simulate thousands of servers concurrently provisioning via PXE boot.

• Redesigned the Tutoring-By-Request system to better integrate with university services.• Refactored the existing Tutoring-By-Request system to be more secure, readable, and extensible by applying object-oriented programming patterns.• Implemented a software engineering workflow through project management systems to ensure quality and consistency across team members.• Provided one-on-one tutoring for underrepresented students for 5 CS courses.

• Wrote laser polishing simulation software using C#/WPF.• Performed sensitivity analysis on the PLμP model on steel plates.• Developed a quality assurance tool for micro end mills using the Alicona Infinite Focus to check that the flute radius and tool diameter were within manufacturer specifications.

• Prototyped a lubrication dispenser using a PLC to improve process safety.• Modelled a modular fixture to apply different patterns of thermal grease to heat sinks on the Dynasty 280 and Maxstar 210 line.

• Improved boot reliability with PCIe external devices on boards running Coreboot.• Wrote acceptance tests via Robot Framework for boards running UEFI and Coreboot.