NASA’s Space Technology Mission Directorate is reaching out to the U.S. aerospace community for input on nearly 190 space technology shortfalls or needs for upcoming space exploration and science missions. The goal is to fine-tune the strategy for prioritizing investments in technology development.
Kurt Vogel, the associate administrator for space technology at NASA Headquarters, emphasized the importance of an open and collaborative approach to prioritize efforts and meet stakeholder needs effectively. This approach aims to maximize the impact of investments and ensure alignment with key objectives.
The space agency is specifically looking for feedback on critical technology gaps such as cryogenic fluid management, additive manufacturing, advanced propulsion, in-situ resource utilization, and thermal management systems. By gathering input from industry, academia, government, and other stakeholders through virtual meetings, NASA aims to create a finalized list of priority shortfalls.
NASA plans to use this data to assess current technology development initiatives and determine opportunities for new investments or adjustments within the portfolio. The deadline for providing insights is May 13. This feedback process is crucial for NASA to continue advancing technology for future space missions effectively.
Vogel highlighted that an open and collaborative approach would be essential in identifying these critical gaps in technology development that need attention. He emphasized that this approach would help ensure that resources are allocated efficiently and that technological advancements align with key objectives.
This process will also provide NASA with valuable insights into what areas require further investment or improvement within their current portfolio of technologies.
Overall, this feedback process is vital in helping NASA continue its mission of exploring space while advancing technology for future missions.
In conclusion, NASA’s Space Technology Mission Directorate has reached out to the U.S. aerospace community seeking input on nearly 190 space technology shortfalls or needs for upcoming missions. The goal is to fine-tune their strategy for prioritizing investments in technology development by identifying critical gaps such as cryogenic fluid management, additive manufacturing, advanced propulsion, in-situ resource utilization, and thermal management systems.
By gathering input from industry, academia