Ryan Hupe, Phd Email & Phone Number

St. Louis, Mo, Us

United States

- Defined software product vision and plans for 10+ Phantom Works proprietary program software products- Stood up a scaled agile organization made up of eight scrum teams totaling 40+ software engineers - Managed teams developing software engineering processes and standards to comply with Boeing and government standards and requirements

United States

- Led 10+ engineers in technical volume proposal writing to showcase strong understanding of program scope and risk- Developed multi-year, cross-discipline roadmaps and schedules requiring a broad technical understanding of program goals and requirements- Collaborated with executive leadership to plan, manage, review, and deliver proposal volumes

Greater St. Louis Area

- Lead constructive simulation analysis and virtual Operator-in-the-loop (OITL) experiments with multiple US military branches including US Army, Navy, Air Force, Marines, and Space Force- Designed classified simulation experiment requirements and scenario parameters for large scale (100+) operator rapid learning events- Responsibilities include software architecture, requirements analysis, physics model development, project planning, and human-factors engineering

Greater St. Louis Area

- Designed resource management algorithms models for RF systems allowing for improved mission effectiveness - Created physics-based GNC models for use in the Advanced Framework for Simulation, Integration, and Modeling (AFSIM) allowing for higher-fidelity platform simulations- Developed requirements and architected a simulation communication library allowing real-time simulations to exchange data during distributed Operator In The Loop (OITL) simulation exercises

Columbus, Ohio Area

Continuing my graduate work in developing improved triggering systems for the Antarctic Impulsive Transient Antenna (ANITA) experiment. I simulate, design, build, program, and test custom electronics designed for low power, high sample rate radio signal processing and digitization for use during high altitude experiments. This project also requires extensive analysis of large data sets utilizing linear regression and least mean square techniques. Ultimately, my work allowed an increase in sensitivity by a factor of 5. This improvement could allow the ANITA experiment to add more scientific data than all previous ANITA experiments combined.

The Ohio State Univeristy - Physics Dept.

As a graduate researcher, I simulated, designed, built, programmed, and tested custom electronics designed for low power, high sample rate radio signal processing and digitization for use during high altitude experiments. This project also required extensive analysis of large data sets utilizing linear regression and least mean square techniques. Ultimately, my work allowed an increase in sensitivity by a factor of 5. This improvement could allow the ANITA experiment to add more scientific data than all previous ANITA experiments combined. In addition, I also developed, built, programmed, and tested unique data storage solutions designed to be low power, low heat and durable. I also collaborated with NASA's Columbia Scientific Balloon Facility in preparation for our 2014-2015 high altitude ultra-long duration balloon flight over the Antarctic continent.

The Ohio State University - Physics Dept.

Taught algebra based Kinematics and Electricity & Magnetism.Taught calculus based Electricity & Magnetism for Engineers.

Worked for Cloud & Aerosol Science Laboratories building experiments, taking data, and data analysis. Created aerogel and thin film experiments that utilized high energy UV pulsed lasers.Operated and performed maintenance on 75keV linear proton accelerator investigating the three body problem.

Toledo, Ohio Area

Investigated interstellar C2 molecule using spectra from the Hubble Space Telescope.

Troy, Mo

Installed and maintained computer systems throughout the school district.

Doctor Of Philosophy (Phd), Physics

Activities and Societies: Breakfast of Science Champions (High school outreach program) ASPIRE (High school outreach program)Thesis Topic.

Master Of Science (Ms), Physics, 3.4/4.0

Activities and Societies: Breakfast of Science Champions(outreach program), ASPIRE workshop(outreach program), IEEEThesis Topic.

Bachelor Of Science (Bs), Summa Cum Laude, Physics, 3.9/4.0

Activities and Societies: Society of Physics Students Sigma Pi Sigma Honor SocietyThesis Topic: Data Transmission via Stimulated Emission.