Edward Rosenthal Email & Phone Number

Nasa Johnson Space Center

⋅ NASA Gateway SE&I Induced Environments, GOLDMAP model development in support of Artemis IV & V

Nasa Johnson Space Center

⋅ Software development and systems-level documentation of the Orbital Debris Engineering Model (ORDEM)⋅ Created software module for an End-of-Life Maneuver detection of satellites between LEO to GEO altitudes

Nasa Ames Research Center

⋅ NASA HelioSwarm Mission - Flight Dynamics & System Engineering Support

⋅ Identify feasible logistic networks, run trade studies, and estimate the cost savings to NASA in cislunar space through systems, architecture analysis and cost modeling for On-orbit Servicing, Assembly, and Manufacturing (OSAM). Development & Production Cost modeling of launch vehicle, tanker, and SEP tug components evaluated through SEER-H with Python integration of EXAMINE (Parametric in-house tool) output parameters and payloads. Mission Operations Cost conducted thru MOCET.⋅ Findings to be submitted as AIAA ASCEND (2022) conference paper submissions.

⋅ Development and testing of optical navigation software for NASA's Lucy Mission camera calibration process

Chicago, Illinois, United States

⋅ Alder Planetarium's CubeSat Mission Concept, SAINTS, target trajectory model to identify a guaranteed intercept, designed thrust timing to achieve parking orbit with possible lunar assist. ⋅ Evaluated through Python scripting & created model in AGI STK software

Kennedy Space Center, Florida, United States

⋅ Mechanical Team: Coordinated multiple revisions for robot modeling through CAD software (Solidworks & Fusion 360). Fabricated competition variant at maker space with certified use of powered equipment: (Bridgeport Manual Mill, Metosa Lathe, vertical band saw).⋅ Systems Team: Implemented review-gate criteria and decision making process for robot’s project lifecycle in accordance with NASA’s System Engineering Handbook. Additionally, coordinate sub-teams’ successful integration of robot subsystem and assemblies for competition.

⋅Analysis of difference in lattice parameters, micro-strain, other physical effects of flash-sintering on complex oxides

⋅ Composed proposal of ‘Microencapsulated Self-Healing Textile Coating’ for 2015 NASA Technology Roadmap Taxonomy: 6.2.1.5/12.1.5.2

⋅ Formulated Preliminary Design Review as Project Manager for Mars Entry/Decent/Landing of parameterized science payload from parking orbit 250 km above Mars surface.⋅ Constructed project schedule, budget summary and risk mitigation plan as project lead with overall paper following NASA's System Engineering Handbook.⋅ Engineering design tasks included the aerodynamic analysis of payload capsule in EDL stages for Mars

⋅ Initialized and implemented microcontroller-based data-loggers for accumulating registered cosmic-ray events in stratosphere via high-altitude ballooning (HAB)⋅ Presented research findings at DePaul’s Undergraduate Research Showcase (2018)⋅ Collaborated with Far Horizons Team at Adler Planetarium to implement an Altitude Control System (ACS) for future HAB research launches

Master Of Science - Ms, Space Systems Engineering

Bachelor Of Science - Bs, Physics

Activities and Societies: Society Physics Students (SPS), Physics Honor Society (Sigma Pi Sigma), Society for Advancement.

Bachelor Of Science - Bs, Aerospace Engineering

Activities and Societies: American Institute of Aeronautics and Astronautics (AIAA), AIAA Design Build Fly (DBF)

Associate Of Science In Engineering

Activities and Societies: Oakton Robotics NASA Robotics Mining Competition (RMC), NASA Community College Aerospace Scholars (NCAS)