NASA is taking a significant stride towards accelerating space exploration with the introduction of a new scientific mission selection model. Dubbed Competition Model 2.0 (CM 2.0), this initiative aims to shorten the timeline from concept to implementation, reduce bureaucratic burdens on scientists, and direct more resources toward scientific discovery. The primary goal is to make orbital missions and scientific data acquisition considerably faster and more efficient.
Revolutionizing Mission Selection
Lengthy and complex mission selection procedures, which often spanned years, have been a major hurdle for the scientific community. The new CM 2.0 model is designed to overcome these challenges. Its core principle shifts the focus from detailed engineering plans to the scientific essence of a proposal. This allows scientists to concentrate on formulating cutting-edge scientific ideas rather than expending time and resources on developing full technical projects in the early stages.
Key changes include:
- Competition Based on Scientific Merit: Selection will be primarily based on the persuasiveness of the scientific concept and its implementation plan, rather than on detailed engineering blueprints.
- Streamlined Phases: Proposal submission and evaluation processes will be optimized, potentially reducing timelines from announcement to selection by up to 45% for certain mission classes.
- Fostering Innovation: The new model encourages broader participation from scientists, including researchers from universities and smaller teams, by providing them with equitable opportunities to submit their ideas.
Differentiated Approach for Mission Classes
NASA recognizes that each class of space mission has unique characteristics, and CM 2.0 incorporates a differentiated approach accordingly:
- Directed Missions: For the largest and most expensive missions, such as future space telescopes, a reformed process will be employed, drawing on lessons learned from successful projects like the James Webb Space Telescope. NASA will independently define the overall mission objectives and select scientific teams and instruments through targeted solicitations.
- Astro-Probes, New Frontiers, Discovery, MIDEX, Earth Explorer: These missions will transition to an accelerated two-step process. The first step will require only a scientific proposal, an implementation plan, and a design concept. In the second step, selected teams will collaborate with NASA science centers (Goddard Space Flight Center or Jet Propulsion Laboratory) to develop a detailed implementation plan.
- SMEX, Missions of Opportunity, Earth Venture, Hosted Payloads, Ride Shares: The smallest and fastest missions, such as instruments to be hosted on other spacecraft, will move to a one-step competition with a smaller reviewer panel and virtual site visits.
The implementation of Competition Model 2.0 represents a strategic move by NASA to make scientific space research more accessible, faster, and effective. This opens new horizons for scientists worldwide eager to unravel the mysteries of the universe.
