Nevada Space Grant Consortium 2022 Higher Education Faculty Awards
Dr. Rachel Salas (University of Nevada, Reno)
Project Title: Access to Introductory Planetary Science & Robotics Lessons for Latinx, Native American & BIPOC 4th -8th Grade Students
Dr. Ke-Xun Sun (University of Nevada, Las Vegas)
Project Title: Developing Undergraduate and Graduate Curriculum to Train the Future Nevada Space Science and Engineering Workforce
Dr. Eric Wang (University of Nevada, Reno)
Project Title: NevadaSat 2022
Nevada Space Grant Consortium 2022 Pre-College Faculty Awards
Dr. Leah Madison (Desert Research Institute)
Project Title: NevadaTeach Continues to Bring Science Alive
Dr. Craig Rosen (Desert Research Institute)
Project Title: Bridging NASA and Nevada: A Professional Learning Experience
Dr. Jason Steffen (University of Nevada, Las Vegas)
Project Title: Teacher Training in Astronomy and Physics
Dr. A.J. Long (Desert Research Institute)
Project Title: Robot-Ready: Engaging Northern Nevada Pre-Service Teachers with NASA Robotics
Dr. Erica Marti (University of Nevada, Las Vegas)
Project Title: Benefits, Research, and Careers Involving Radiation
Dr. Eric Wang (University of Nevada, Reno)
Project Title: AACT Rover Project 2023
Nevada Space Grant Consortium 2022 Research Infrastructure Faculty Awards
Dr. Kelly Tseng (University of Nevada, Las Vegas)
Quantum Biology: The Effects of Near Zero Magnetic Fields on Tissue Growth
Dr. Zu Hao (University of Nevada, Reno)
Teledoc: A Smart Radar-assisted Telehealth Monitoring System
Dr. Brian Hedlund (University of Nevada, Las Vegas)
Influence of Tectonic- and Climatic- Driven Habitat Fragmentation on the Evolution of Crenophilic Microbes in North America’s Driest Desert
Dr. Yifei Jin (University of Nevada, Reno)
Refractory Powder Matrix-Assisted Additive Manufacturing of Titanium Alloy Structures with Arbitrary Architectures
Dr. Duane Moser (Desert Research Institute)
Bacterial Endospores in the Continental Deep Subsurface: Dormancy as a Lifestyle in a Planetary Analog
Dr. Jun Zhang (University of Nevada, Reno)
Modeling and Performance Analysis of Self-Sensing Twisted String Actuators with Application to Lightweight and Energy Efficient Centimeter-Scale Tensegrity Robots