This Government Contract opportunity from National Aeronautics And Space Administration was posted on July 28, 2026. The submission period has ended. Browse the details below for market research, or find similar active opportunities.

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Automated Grid Deformation Module Development

Closed

Federal

Submission Closed07/30/2026, 12:00:00 PM UTC

Contract Overview

Solicitation details, issuing organization, response deadlines, documents, and interested companies for this government contract opportunity.

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NAICS: 541715

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Solicitation # WS5642957262

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POSTED

DEADLINE

R3PEATS Multi-Team Triangulation: Collaborative Cross-Method Approaches to Scientific Discovery (RM1)The R3PEATS Multi-Team Triangulation initiative, managed by the National Institutes of Health under the Department of Health and Human Services, focuses on collaborative cross-method approaches to scientific discovery. This program supports coordinated teams investigating central biomedical research questions using complementary populations, model systems, or methods. A primary objective is to enhance scientific excellence by identifying signal robustness and biological variability while integrating replication directly into the research design. This effort is part of the broader NIH Common Fund program dedicated to Rigor, Replicability, and Reproducibility to Promote Excellence, Accuracy, and Translation in Science. The opportunity is currently listed as a forecast with a posted date of September 11, 2026, and interested parties can contact the R3PEATS Program for further information.

National Institutes Of Health

POSTED

1 day ago

DEADLINE

N/A

AI Contract Overview

The contract calls for the development of automated software routines capable of deforming computational fluid dynamics grids in real time to match dynamic changes in aerospike nozzle geometry, ensuring accurate simulation fidelity as design parameters shift. This module must be fully integrated with the Loci/CHEM framework, a high-performance simulation platform used for advanced propulsion modeling, requiring seamless data exchange, compatibility with existing solver architectures, and robust handling of complex mesh topologies under extreme deformation conditions. The work targets a specific performance location at Stennis Space Center with a zip code of 39529, where the software will be validated against experimental and simulation benchmarks. The project is structured as a subcontract under NASA’s Shared Services Center, falling under the NAICS code 541715 for scientific research and development services. The solicitation was posted on July 28, 2026, with a strict response deadline of July 30, 2026, indicating a rapid procurement timeline typical of time-sensitive aerospace innovation efforts. While no set-aside provisions or point of contact details are provided, the contract’s focus on grid deformation in propulsion systems underscores its critical role in enabling efficient, high-fidelity analysis of next-generation rocket engines, particularly those utilizing aerospike nozzle configurations to enhance performance across altitude ranges.

General Info

Develop real-time CFD grid deformation for aerospike nozzles integrated with Loci/CHEM at Stennis Space Center.

Agency

National Aeronautics And Space Administration → NASA Shared Services CenterView Agency

NAICS

541715 - Research and Development in the Physical, Engineering, and Life Sciences (except Nanotechnology and Biotechnology)View NAICS

Place of Performance

Stennis Space Center, MS, 39529, USA

Set-Aside

NONE

Documents

This scope was carved out of 80NSSC26939857Q.

The full solicitation package (3 documents), including the RFP, is on the prime solicitation, not on this scope.

View the prime solicitation

Development of an automated design optimization workflow coupling deep-learning based tools with the existing Loci/CHEM suite for simulation of optimal aerospike nozzle design.