February 24, 2021
February 25, 2021
Presented By | Title | Watch Link |
---|---|---|
Jose Hurtado, Kelsey Young | Welcome and Workshop Objectives | Watch Now |
Schmitt H. H. | Lessons Learned for Artemis from Science Back Room Support of the Apollo Missions [#3025] Successful implementation | Watch Now |
Sarah Noble, Jacob Bleacher | HQ Status and Outstanding Questions | Watch Now |
Renee Weber | Artemis 3 SDT Report Out | Watch Now |
Jim Head | Structuring Real Time Artemis Surface Science Support: Perspectives from Apollo Mission Operations | Watch Now |
| HQ PERSPECTIVES AND APOLLO KEYNOTE SESSION Q&A | Watch Now |
Feist B. F. | Lunar Extra Vehicular Activity (EVA) Science Support Operations — Learning from Apollo and Shuttle for Application to Artemis [#3035] | Watch Now |
Dickerson P. W. | Crew, Capcom, and Back Room Science Teams on the Ground: Rigorous Exploration Simulations, A View from the Back Room [#3034] For Artemis, as for the “J” missions of Apollo,commitment to the fidelity | Watch Now |
Jackie Kagey | Lessons Learned from Space Shuttle and International Space Station EVA Operations | Watch Now |
Alex Kanelakos | Incorporating Historic Lessons Learned into an EVA Execution Model for Artemis | Watch Now |
Ashwin Vasavada | The Value of Integrating Science and Engineering Teams in the Operation of NASA’s Mars Science Laboratory Curiosity rover | Watch Now |
Calef F. J. III | Spatial Context is for Astronauts: Spatial Products, Tools, and Staff for Human Surface Operations Based on Mars In Situ Missions Experience [#3013] | Watch Now |
| HISTORICAL AND CURRENT PERSPECTIVES | Watch Now |
Heldmann J. L. | Guiding Principles to Optimize Real time Scientific Productivity During Artemis Crewed Missions to the Moon [#3008] | Watch Now |
Kring D. A. | An Exploration Operations System [#3016] | Watch Now |
Petro N. E. | Surface Operations Real Time Replanning During Apollo 17: Examples of Rapid Decision Making and Implications for Artemis [#3009] | Watch Now |
Bell E. Jr. | Recommendations for Real Time Coordination for Artemis Lunar Surface Geophysical Science Investigations [#3028] | Watch Now |
Edgar L. A. | Science Backroom Training for Lunar Exploration: Analog Training in Northern Arizona [#3020] | Watch Now |
| GUIDING PRINCIPLES AND EXPLORATION STRATEGIES | Watch Now |
Kelsey Young, Jose Hurtado | Introduction to Breakouts | Watch Now |
| Breakout #1: Historical Lessons Learned for Pre Mission Activities and Breakout | Watch Now |
| Breakout #2: Historical Lessons Learned for Mission Activities | Watch Now |
Presented By | Title | Watch Link |
---|---|---|
Kelsey Young, Jose Hurtado | Recap of Day 1 | Watch Now |
Sauro F. | Enhancing Science Backroom Situational Awareness: Lessons Learned During Astronaut Geological Training [#3014] | Watch Now |
Kring D. A. | Integrated Science and Flight Operations [#3017] | Watch Now |
Evans C. A. | Science Backroom Support for Sustained Lunar Surface Operations [#3007] | Watch Now |
Lim D. S. S. | Tactical and Strategic Science Support for Crewed Artemis Missions: Lessons Learned from the BASALT Research Program [#3019] | Watch Now |
Osinski G. R. | Mission Control Structure and Strategies: Lessons from the CanMoon Lunar Sample Return Analogue Mission [#3024] | Watch Now |
| ANALOGS SESSION #1 Q&A | Watch Now |
Lee P. | Science Support for Artemis Crewed Operations on the Moon Lessons from the Haughton Mars Project, Devon Island, Arctic, and a Mars Forward Strategy | Watch Now |
Perrier I. R. | EMMPOL (Euro Moon Mars POLand) Moon Analog Mission [#3030] | Watch Now |
Foing B. H. | ILEWG EUROMOONMARS Field Campaigns: Lessons for ARTEMIS Crew and Science Support Collaboration [#3031] | Watch Now |
Evans M. E. | Lessons Learned Using the Mission Control Center (MCC) Geoscience (GeoSci) Console for NASA’s NextSTEP Habitation Module Crew Testing | Watch Now |
Young K. E. | NASA Testbed Environments for Artemis Lunar Surface Operations [#3023] | Watch Now |
| ANALOGS SESSION #2 Q&A | Watch Now |
Clark P. E. | Effective Approaches and Tools to Support ARTEMIS Surface Activities Based Apollo Lessons Learned and Successful Recent Surface Exploration [#3006] | Watch Now |
Miller M. J. | Enabling Modern Flight Control and Ground Science Support Teams Using Software Support Systems [#3022] | Watch Now |
Pittman C. W. | Supporting Real Time EVA Science Via Horizontally Integrated Informatics Structure Across Artemis Activities [#3026] | Watch Now |
Sauro F. | Decision Support Tools for Planetary Exploration Using Bespoke Databases and Machine Learning [#3015] | Watch Now |
Vargas Fernández E. | Use of Artificial Intelligence “GPT-3” for Science Backroom, Orion Module, and Space Station Gateway for the Space Program Artemis [#3004] | Watch Now |
Joshi D. R. | Patten Recognition Enabled Drilling and Geotechnical Science Support [#3027] | Watch Now |
Runyon K. D. | Lunar Avatar: The Other Artemis Astronaut [#3021] | Watch Now |
Hurtado J. M. Jr. | Virtual and Collaborative Exploration by the Artemis Science Operations Team [#3029] | Watch Now |
| Structuring Real Time Science SUPPORT TOOLS Q&A | Watch Now |
Kelsey Young, Jose Hurtado - Kelsey Young, Jose Hurtado | Introduction to Breakouts | Watch Now |
| Breakout #1: Infrastructure | Watch Now |
| Breakout #2: Architecture | Watch Now |
Up - Kelsey Young, Jose Hurtado | Breakout Report Out and Workshop Wrap | Watch Now |