Daniel Corey Email & Phone Number

Seattle, Wa, Us

Kent, Washington, United States

Transient and steady-state simulation of staged combustion and expander-cycle rocket engines.Data processing, consumption, and real-time analysisWrite/maintain in-house lumped-parameter thermofluid simulation toolkit from the ground up (comparable: ROCETS, GFSSP, AmeSim)

Kent, Washington, United States

Maintenance and development of GSE SW in Rust, Python and LabVIEW; communicating and rectifying team and customer requirements through fast-paced iterative cycle; debugging test article and GSE SW at time-critical junctures; defining CI/CD, review and release processes; definition, validation, and interrogation of customized controller configurations required to meet specific test article objectives.

Kent, Washington, United States

Creating and maintaining SW tools, processes, and training utilized for lumped-parameter system models, data processing and interrogation, and data visualization. Focal between the engine team and one of our 2 hotfire test stands during buildup and activation, communicating requirement change requests, verification expectations and processes, training and certain design changes. Acted as subject matter expert for cryogenic flow measurement in the engine testing group. Developed tools and processes to smooth and accelerate integration of avionics hardware to the test article.

Van Horn, Tx

Conducting and supporting testing of development, qualification, and flight hardware for Blue Origin's cryogenic hydrogen/oxygen rocket engines. Day-to-day responsibilities include: - Activation, operation, and troubleshooting of cryogenic and high-pressure gas systems - Reduction and analysis of test data, particularly uncertainty analysis and flow measurement - Solving problems and developing tools in Python, MATLAB, LabVIEW, and other languages as the situation requires

Huntsville, Alabama Area

Van Horn, Texas

Supported liquid rocket engine test operations and facility upgrades at Blue Origin's West Texas facility. Added new monitoring capabilities for flame and gas detection systems, wrote and updated portions of post-test data processing software, collaborated with other team members to tune and commission new fluid systems.

Marshall Space Flight Center

Developed tools for interfacing NASA simulations with a COTS GPS constellation simulator and conducted preliminary assessments of a GPS receiver for potential use on the Space Launch System Exploration Upper Stage.

Huntsville, Alabama Area

Development of instrumentation and control systems for the UAH Propulsion Research Center's new supersonic wind tunnel.