Cory H. Email & Phone Number

Dayton Metropolitan Area

Modeling and Simulation Operation• Worked with mathematicians to write a new C++ library implementing multiple sensor fusion algorithms, then helped evaluate and improve the algorithms for object tracking use cases• Implemented new features and bug fixes in a C++ library for creating Kalman-filter-based object trackers• Created a new C++ library, in part by translating existing MATLAB code, containing algorithms for air battle simulation used in models for the Advanced Framework for Simulation, Integration, and Modeling (AFSIM)Advanced R&D Operation• Worked on a multidisciplinary team to create a new Kalman-filter-based object tracker and implement a proof of concept in Python that outperformed competing algorithms, then translated it to Rust and wrote a Python interface for it to create a production ready version that was 11-30 times faster than the fastest proof of concept and included extensive technical documentation and frequent semi-automated releases• Implemented automated tuning for object trackers and other algorithms in Python with differential evolution• Containerized various existing pieces of software with Docker, and created and maintained Docker and Docker Compose based Continuous Integration (CI) infrastructure

Dayton, Ohio Area

Additive Manufacturing Team• Primary maintainer of ParaGen, an application for iterative steady state simulation of the powder bed, powder spray, and wire feed additive manufacturing processes; performed significant algorithm upgrades to the creation of simulation geometries to improve simulation reliability• Implemented a workflow for the simulation of gas flow in the powder spray and powder bed processes using OpenFOAM in a simulation and analysis suite called AMP2• Developed a new simulation application that simulates the trajectories and vaporization spatter of particles in the powder spray process, which was successfully validated against experiment data and used to analyze the effect of machine process parameters on nozzle blockage formation• Overhauled a tool route generation algorithm to improve run time performance by 2-8x per part, improve layer routing reliability from <10% to >90%, decrease memory and disk usage by >50%, and parallelize part route generation• Maintained and used a Slurm based compute cluster for various simulation applications and developed new tools for reliable automated maintenanceSpace Science Team• Worked on a multidisciplinary team to design new algorithms and improve existing algorithms for exploiting photometric data of objects in geostationary and cislunar orbits in Python and C++ (often with Python interfaces)• Revamped C++ build processes and dependency management to convert a suite of Windows and MSVC specific software into highly compatible cross platform libraries and applications• Implemented and maintained CI infrastructure and pipelines that included building and packaging, testing, documentation generation and publishing, static code analysis, and deployment• Wrote extensive documentation including project reports, software user and technical manuals, and API documentation for target audiences at a variety of skill and technical levels

Lafayette And West Lafayette, Indiana And Oxford, Ohio

In charge of managing staff, enforcing policies, shift financials, and training new employees to ensure quality products and customer service at multiple corporate training stores in Lafayette and West Lafayette. Promoted from Inshopper to Catering Manager to Person In Charge over the first two years.

Oxford, Ohio

Maintained and provided support for physical and software classroom technologies to ensure seamless academic use.

Oxford, Ohio

Provided tier one tech support via phone and online chat to implement timely and effective technical solutions to university faculty and students.

Oxford, Ohio

Responsibilities included managing staff, enforcing rules, and running shifts to maintain fantastic customer service and cleanliness.

Bachelor’S Degree

High School