Mathematical Gravity Modeling Advancement   2

Background
The National Geospatial-Intelligence Agency (NGA) seeks specialized research and software development services to enhance its advanced gravimetric and planetary modeling capabilities. The goal of this contract is to improve the accuracy and efficiency of gravitational modeling, which is critical for various geospatial intelligence applications.

Work Details
The contractor will be responsible for the following core tasks:
1. **Planetary Modeling**: Develop high-fidelity, variable-resolution planetary models for Earth and other planetary bodies, incorporating complex density variations to validate derived gravimetric quantities.
2. **Software Development & Optimization**: Integrate and optimize NGA-provided analytic continuation code, focusing on parallel computation and operational use.
3. **Algorithm Development**: Research and implement memory-efficient computational techniques, such as out-of-core inverse methods, for estimating spherical harmonic expansion (SHE) model coefficients.
4. **Exploratory Research**: Collaborate with NGA Subject Matter Experts (SMEs) to evaluate new mathematical, modeling, and algorithmic techniques that align with project goals.

Period of Performance
The contract will have a base year followed by two option years.

Place of Performance
Saint Louis MO 63106 UNITED STATES

Bidder Requirements
Bidders must demonstrate relevant experience in gravitational modeling and software development. They should possess necessary security clearances and professional certifications relevant to the work outlined in the Statement of Work (SOW). Offerors are also required to provide past performance information on contracts similar in size, scope, and complexity.