Aerospace Component & Technology Expertise:
- Missile design and analysis, and booster modeling, using 3 and 6 Degrees of Freedom (DOF) fidelity
- Structural, dynamic, thermal and controls response modeling
- Orbital mechanics/planning (co-orbital, frozen orbits, fly-by, debris models, satellite avoidance)
- Architecture evaluation, aerospace mission planning
- Sensor resource allocation and track performance. Sensor signal processing models
- Sensor fusion algorithms and approaches. Track filtering, correlation, prediction, and discrimination.
- Physics-based model development.
- Hardware-in-the-Loop (HWIL) integration. Test data reduction & analysis
- Pre-flight testing and post-flight analysis. Verification and validation using truth and flight test data
- Automated data retrieval and analysis tools
Aerospace Systems Engineering Expertise
- Identify and document stakeholder requirements and needs; DOORS requirements documentation
- Derive and document system requirements based on Capability Performance Specifications (CPS)
- Derive component and system models and System-of-Systems design requirements
- Document requirements allocation in Verification Cross-Reference Matrix (VCRM)
- Develop and release System Requirements Specifications (SRS) and System/Subsystem Specifications (SSS)
- Develop M&S System-of-Systems designs, architectures, and System Design Documents (SDD)
- Allocate SRS and/or SSS requirements to NASA SLS components
- Integrate multiple component level stand-alone models at the system level
Aerospace Development Expertise
- Design and develop component models and simulations
- Conduct component model independent verification and validation (IV&V) and component model integration
- Develop component models and interfaces for approved test frameworks (e.g., DSA, DSA-P, SSF, OSF)
- Design, develop, integrate, test, verify, and accredit component and system level simulations
- Develop System Integration and Test Plans (SITP). Perform system-level testing
- Develop truth services models. Design and develop communication networks for large-scale simulations
- Integrate information assurance and cyber security into simulations
- Integrate high fidelity 6 DOF simulations with weapon component representations to create high fidelity integrated test beds
Davidson Technologies has been active in aerospace vehicle related Modeling & Simulation (M&S) programs since the company’s inception in 1996. As aerospace technologies have matured, Davidson has emerged as a leader in the development of communications, air vehicle, system and “system of systems”-level models, specialized tools for the analysis of aerospace architectures, and custom air vehicle and communications software applications. Davidson has been active in all levels of component model development and interfaces to simulation frameworks, including system and System-of-Systems simulation and Distributed Digital Simulation (DDS). With over 100 M&S employees located at customer sites and integrated into Government and prime contractor teams, we develop many of the nation’s most complex and highest fidelity aerospace simulations.
Davidson provides component and system models, along with functional and physical design solutions, for a variety of missile defense and aerospace programs including the NASA SLS Program Simulation-in-the-loop (SIL) lab, the Missile Defense Agency’s (MDA) Targets & Countermeasures (T&C) program, Ground-based Midcourse Defense (GMD) program and the Joint National Integration Center (JNIC) Research and Development Contract (JRDC); Aviation and Missile Research and Development Center’s (AMRDEC) Stinger and ATACMS missile hardware-in-the-loop (HWIL) laboratories, THAAD Evaluation Center (TEC) HWIL, THAAD Simulation Over Live Driver (SOLD), and Sensors Test, Analysis, Requirements and Simulation (STARS) laboratories; Missile Defense Space Warning Tool (MDST), Threat Modeling Center (TMC), IAMD, Electromagnetic Rail Gun Weapon System, and Ballistic Missile Defense (BMD) International Simulation (I-Sim) programs.