Spearheaded a transformative software engagement with a major organization in the music industry, focusing on developing comprehensive big data solutions to transform and analyze the data of over 20 million musicians. I created pivotal datasets for musician demographics, essential for the work of data scientists and machine learning engineers. Additionally, I led the design and implementation of a data ingestion system, integrating artist metadata from various external sources using GCP Pub/Sub, Kubernetes, and GCP BigQuery. I also established ELT pipelines for incorporating complex data from external vendors and orchestrated analytic workflows using Flyte, significantly enhancing the company's insights into artist trends, royalty distributions, and streaming popularity.

• Aided in experimental research in ThoughtWorks Arts residency program, training generative models for synthetic media projects• Contributed to open source cloud carbon footprint tool in efforts to reduce carbon footprint in company's cloud infrastructure

• Led software development of a facial expression driven film, Perception IO, commissioned for the Cooper Hewitt Smithsonian Museum, with other core developers at ThoughtWorks Arts (Perception IO has since been exhibited at Ars Electronica, BOZAR, and Science Gallery Dublin)• Spent six weeks in Xi'an, China, working with entry-level developers from 15+ different countries to build an e-commerce website while learning the basics of being an agile consultant• Developed cloud infrastructure for migrating business applications from on-premise servers using AWS (EMR, CloudFormation, Lambda)

• Architected and developed a full-stack web application that allowed simulation engineers to run and schedule satellite simulations on remote distributed servers

• Built a web service for engineers to stream decoded telemetry data from in-orbit satellites directly into their MATLAB workspaces

• Designed conceptual and preliminary designs of a 3U multi-spectral imaging CubeSat with a student-led team under NASA USIP grant• Produced thermal simulations of low earth orbit environment and internal electric components• Developed software for a push-broom multi-spectral camera in orbit modes

• Designed an experimental payload that flew aboard a NASA Improved Malemute Sounding Rocket• Built high bandwidth, multi-channel, data acquisition software that sampled analog signals from the magnetic loop and electric plate antennas• Integrated payload into the suborbital rocket with NASA engineers at Wallops Flight Facility