Daniela Barajas Ivey

Daniela Ivey
Bio

Daniela graduated from UC Davis in 2018 with a B.S. in Chemical Engineering. From there she worked at Maxar Space LLC (formerly SSL) in the Bay Area as a Systems Engineer and then Lead Spacecraft Production Engineer on the NASA Psyche deep space mission – a spacecraft that will journey to 16-Psyche, the possible core of an early planetoid orbiting in the main asteroid belt. 

She is currently pursuing her Master's degree in Aerospace Engineering with a research focus on Environmental Control and Life Support Systems (ECLSS) – an integral step on the way to more sustainable human deep space exploration and habitation.  She is part of both HRVIP and the NASA HOME STRI (Habitats Optimized for Missions of Exploration), an institute headquartered at UC Davis and led by Dr. Robinson.  Within HOME, she has focused her efforts on both modeling and testing CO2 removal systems, producing data with a novel zeolite-based CO2 scrubbing unit at the UC Davis Center for Spaceflight Research that allows for the study of degradation within a life critical system.

When Daniela is not working, she enjoys exploring the outdoors, building hydroponic systems, and Latin dance!

 

Education and Degree(s)
  • B.S. Chemical Engineering, UC Davis, 2018
  • M.S. Mechanical and Aerospace Engineering, UC Davis, 2024
Publications
  • "Environmental Control and Life Support Systems: Review, Concept, Build, Test of a Carbon Dioxide Removal Testbed to Investigate Degradation and Maintenance in Space Habitats", Thesis, UC Davis, 2024
  • "ZeoDe Update 2024: CO2 Removal Degradation Testbed at UC Davis Center for Spaceflight Research", International Conference on Environmental Systems, 2024
  • "Design, Build, Test of a CO2 Removal Testbed and Twin Robotically Manipulable Testbed: Sensing Degradation and Performing Maintenance with Robot/Human Teaming", International Conference on Environmental Systems, 2023
  • "Generating Anomalous Regenerable CO2 Removal System Data for Environmental Control and Life Support System Self-Awareness", International Conference on Environmental Systems, 2022