Developed Determined AI with Golang and Python, implementing servers and patterns to support Retrieval-Augmented Generation for Large Language Models.

• Multi-arch migration of Kubernetes services to reduce operational costs.• Rust Linux EDR sensor development utilizing eBPF and Golang services.

Feature development and bug fix support for a variety of Rancher products, with a focus on Go and software in the Kubernetes ecosystem.

• Frontend development with React and Javascript, implementing design requirements for user identity and access management administration.• Backend support with Python and Java, performing code reviews, debugging, and creating bug fixes as needed.

• Assisted in architecting and developing an Internet of Things platform.• Frontend development with Angular and React, backend development using Docker with Javascript (Node.js, CoffeeScript, ES6).• Integrated a wide variety of devices using various languages and platforms, including: Node.js, Lua, Java, Groovy, and C++.

• Software engineering and server administration services for an Advance DepositWagering platform taking bets on tracks throughout the USA and Australia. Plat-form consisted of RedHat Enterprise Linux, Apache, Tomcat, MySQL, MongoDB,Java, Javascript, and Node.• Assist in essential implementations for product launch. Integration with partnertotalizer and deposit systems. Bottleneck and optimizations analysis and resolu-tion post-launch.

Center for Integrated Space Weather Modeling (CISM), Astronomy 2005 - 2013• Port various models and scientific packages to other platforms (e.g. LLNL’sA++P++, Overture, and PnMPI to AIX and Cray; IBM’s OpenDX to OSX).• Maintain core infrastructure of hardware and software (use of RAID; Linux,Apache, MySQL, PostgreSQL; Perl, Python, BASH scripts; Subversion, Mercu-rial, Git; OpenLDAP; Make/GNU toolchain; Intel, PGI, IBM, & GNU compilers;OpenMPI, MPICH2, NetCDF, HDF).John Lyon (LFM), Astronomy, 2008 - 2013• Performance analysis and optimizations of the Lyon-Fedder-Mobarry (LFM) mag-netohydrodynamics model. Analysis requires performance reviews of the LFMmodel and associated libraries on various national supercomputer systems, fromCPU cache management to MPI communication inefficiencies.• Developed a C++ I/O library to utilize parallel file systems on supercomputerplatforms, allowing unified access to HDF4 or HDF5 through a common API.Optional A++/P++ support allows for data super-domains and automatic arraymeta-data extraction.Harlan Spence (LRO/CRaTER), Astronomy, 2007 - 2010• Creation of TCP/UDP socketed Perl server used to decompose, calibrate, andredistribute real-time network data from the Cosmic Ray Telescope for the Effectsof Radiation (CRaTER) instrument on NASA’s Lunar Reconnaissance Orbiter(LRO).• Refactor of C++ data pipeline used on raw data received from the Mission Op-erations Center to create calibrated multi-level scientific data sets for scientificanalysis and inclusion in NASA’s Planetary Data System archive.Nathan Schwadron (EMMREM), Astronomy, 2007 - 2009• Developed a C++ I/O library for the Earth-Moon-Mars Radiation EnvironmentModule (EMMREM), which ingests a text-based start-up configuration and pe-riodically dumps multi-processor snapshots of the model’s simulation state, usesMPI and the NetCDF3 API.