Terrence Mcguinness is an experienced HPC applications analyst with over eight years specializing in scalable scientific computing, workflow automation, and performance optimization for government and enterprise supercomputing programs. He has repeatedly bridged software-to-systems gaps—designing CI/CD pipelines for global forecasting models, modernizing NOAA/DoD HPC workflows, and evaluating workflow management solutions for premier DoD centers. Fluent in MPI, OpenMP, C/C++, Fortran, Python, containerized DevOps, and Spack, he pairs deep numerical analysis and PDE modeling expertise with hands-on systems engineering. Based in College Park, MD, he combines academic training (MS Computational Science, MS Applied Mathematics) with practical experience porting and scaling legacy codes to modern distributed platforms. Notably, Terrence has been entrusted to lead cloud and container initiatives for NOAA and to architect end-to-end automated CI frameworks for operational forecasting—demonstrating both domain credibility and production-grade delivery.
8 years of coding experience
7 years of employment as a software developer
MS Computational Science, MS Computational Science at San Diego State University
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