Computer / System Engineer
Results-driven Computer and Systems Engineer with 15+ years of experience streamlining and automating mission-critical naval software and hardware systems. Expertise in real-time sensor fusion, high-performance computing (HPC), and DevOps. Proven success in leading $26M+ projects, reducing system downtime, and enhancing operational efficiency. Strong background in C#, Python, .NET, and Linux environments with a Top Secret Clearance.
Some fun work, home, and school projects that have kept me busy or gainfully employed over the years
“Not all those who wander are lost.” – J.R.R. Tolkien
“To travel is to live.” – Hans Christian Andersen
– Rebuilt and documented Digital Signal Processing (DSP) Acquisition System for submarines, improving performance and maintainability.
– Revived and optimized On-Demand Cut Analysis Tool (C# and ASP.NET), enabling analysis of complex naval systems.
– Implemented DevOps practices using GitLab, improving code deployment efficiency.
– Led multi-phase software improvement initiatives, enhancing system reliability.
– Executed 30+ Naval trials, installing and operating instrumentation and data link packages.
– Developed modern sensor fusion systems and ported codebases to web-based portals (C# and ASP.NET).
– Designed and implemented Synthetic Aperture Radar (SAR) imaging solutions, improving ship component analysis.
– Engineered long-range (5-mile) data communication systems for real-time Naval tests.
– Automated data extraction and visualization for rapid simulation analysis (Python).
– Designed, deployed, and managed $700K Red Hat Enterprise Linux (RHEL) HPC cluster using OpenHPC and SLURM.
– Built a 4-node HPC testbed for evaluating Finite Element Analysis (FEA) technologies.
– Transitioned System Engineering processes to implement Verification, Validation, and Traceability for Navy Trainers.
– Led full project lifecycle management, from design to deployment.
– Automated system builds and managed diskless image deployment using Cobbler and PXE services.
– Automated simulation workflows to enhance branch operational efficiency (Perl).
– Developed and maintained secure, cross-platform network infrastructures.
– Executed a $25K grant to design, build, and demonstrate an Unmanned Underwater Vehicle (UUV) for Naval port security. Presented to CNO Roughead.
– Developed mission optimization software using Java, integrating real-time ocean current models.
– Conducted simulation-based evaluations of high-speed ship hull designs.
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