As NASA prepares to embark on a new era of human exploration, the agency is not only focused on sending astronauts to the moon and Mars, but also on developing the technologies necessary to support these missions.
A key aspect of this effort is the creation of autonomous space worker robots that can build and prepare extraterrestrial sites for future human and robot missions. These robots will play a crucial role in setting up bases on the moon and Mars, and will require advanced technologies to operate effectively in the challenging environments of these planets.
Researchers at the University of Nevada, Reno are working on developing these technologies, with a focus on robotics and artificial intelligence. The team, led by Computer Science assistant professors Christos Papachristos and Parikshit Maini, is developing technologies for a new generation of autonomous space worker robots that can build and prepare extraterrestrial sites.
- These robots will be able to operate in a variety of environments, including the moon and Mars.
- They will be equipped with advanced sensors and manipulator arms that will allow them to collect and process data, as well as perform tasks such as excavation and construction.
- The robots will also be able to communicate with each other and with humans, allowing for seamless collaboration and coordination.
The team is also developing an interactable digital worksite twin, a gamified virtual environment that will enable scientists on Earth to monitor the off-planet situation and use natural interaction to prescribe work tasks for the robots to carry out.
- Key features of the digital worksite twin include:
- Real-time monitoring of the extraterrestrial environment
- Seamless collaboration between humans and robots
- Adaptive robotic systems for remote planetary operations
The project, titled “Prospecting and Pre-Colonization of the Moon and Mars using Autonomous Robots with Human-in-the-Loop,” is funded with $1.1 million from NASA’s Established Program to Stimulate Competitive Research (EPSCoR) and the state of Nevada.
| Project Partner | Organization |
|---|---|
| University of Nevada, Reno | Computer Science department |
| University of Nevada, Las Vegas | Engineering department |
| Desert Research Institute | NASA Ames Research Center |
“We envision a new paradigm for human-robot collaboration,” said Papachristos. “Ideal for surface engineering and pre-colonization of remote environments at inter-planetary distances, where human cognition persistently supervises and drives the high-level objectives of a long-term mission, with autonomous robots being the intelligent workers that execute the plan.”
“The development of autonomous robots that can operate effectively in the challenging environments of the moon and Mars is crucial for the success of future exploration missions,” said Terry Fong, chief roboticist of the Intelligent Robotics Group at NASA’s Ames Research Center.
