* Developed ELT pipelines using an in-memory database.* Collaborated on design of standard database schema for ETL processes.* Gave demos to stakeholders on newly implemented software features.

* Developed application code that incorporated scientific data, configurations, tuning parameters, and physicist-created science phase logic to control high frequency laser, microwave and optical sensor equipment.* Designed and implemented an end-user application for tracking and automating the production of key reliability metrics supporting the Quantum Processing Unit (QPU). This application saved a minimum of three hours of work per week.* Maintained and continuously refactored a large monorepo to improve it’s quality; added new application code requested by the project’s stake holders; reviewed, approved, and merged feature tickets.* Created design docs and implemented software for the control system that interacts with the QPU.* Created command line scripts and terminal UIs to automate tedious manual workflows and increased developer productivity by at least 2x.* Gave demos to stakeholders on newly implemented software features at the end of sprints.* Organized and ran focused standup meetings, software discussion forums, and sprint retrospectives.* Wrote multiple Apache Airflow DAGs in order to run production code interacting with the QPU.* Paired with and consulted physicists on software engineering best practices.* Prepared and loaded experimental sensor data to time series and relational databases.* Introduced and provided deploy scripts for automating the internal API documentation of a large monorepo.

* Developed a system to turn git repositories containing JupyterNotebooks into dynamic notebooks running in GNU Guix containers (Linuxnamespaces). This system allowed researchers to pair their journalpublications with any of their referenced code or code-based supplementarymaterials in a reproducible manner within the web browser.* Created Jupyter notebook tutorials, which include demonstrating how tomake requests to GeneNetwork's API in various languages such as Python,R, and GNU Guile.* Enforced quality control of data uploads to GeneNetwork by developinga web application with unit tests that checks tab-separated value files for common errors.* Packaging software for GeneNetwork's bioinformatics Guix channel andupstreaming software to GNU Guix.* Reporting progress and demoing web application features to stakeholdersat weekly standups.* Mediating communications between and working closely with projectmanagers, software engineers, and stakeholders to deliver correct designs.* Presenting relevant talks to stakeholders remotely and in-person atUniversity of Tennessee Health Science Center (e.g. presented remotelyon debugging flask apps with PuDB on Dec, 2021; presented in-person onGeneNetwork's use of GNU Guix containers on Nov, 2021).

* Created music software to automate the generation of compositional material for world-renownedexperimental composer Bryn Harrison. This was implemented as a python program that transpiled toLilyPond markup. * Received funding from the University of Huddersfield to attend PyCon UK2019 in Cardiff and participate in sprints for the development of this software.

Fostered radical forms of sonic expression in the greater Miami through composition of new musicalworks, curated concerts featuring contemporary and historical experimental music, hostedresidencies and workshops with internationally renowned experimental composers and produceddocumentary publications. Additional responsibilities included applying for grants, web development,and marketing.