NASA Management By Trajectory (MBT)
Aviation · Client: NASA Langley Research Center
Project details
Supporting NASA Langley Research Center with the Management By Trajectory (MBT) program to research and optimize air traffic trajectory operations.

Innovative. Insightful. Committed.
Systems Enginuity, Inc. (SEI), founded in 2004, provides safety and systems engineering, data analytics, and software development services for government acquisition, safety oversight, and commercial aviation programs. SEI understands the evolving regulatory environments in which clients operate, and its dedicated professionals are committed to top-notch customer support.
Providing comprehensive systems engineering support across the entire lifecycle of air traffic management and aviation safety programs.
Assisting federal agencies with technology acquisition, from initial requirements definition through full system deployment.
Analyzing system reliability, maintenance requirements, and availability to ensure continuous operational readiness.
Designing test plans and verifying complex hardware and software integrations for mission-critical airspace systems.
Aligning complex information systems and operational processes with federal enterprise architecture standards.
Work in this area is organized into supported delivery tasks.
Support includes Performing detailed safety analysis.
Support includes hazard identification.
Support includes safety case development to support risk-based decisions in aviation.
Analyzing massive datasets to uncover complex system interactions and deliver data-driven decision support for aerospace systems.
Creating automated collection systems and robust structures to organize, manage, and scale large pools of data.
Applying machine learning, statistical analysis, and natural language processing to identify risk patterns and predict operational behaviors.
Developing metrics and interactive dashboard visualizations that demonstrate the direct impacts of operational changes and decisions.
Designing, building, and deploying custom full-stack software from initial proof-of-concept prototypes to production cloud environments.
Hosting secure data lakes and warehouses in the cloud, paired with robust APIs and analytical tools for seamless access.
Building business logic, custom algorithms, and containerized search applications backed by strict security controls.
Re-engineering legacy code, planning technology migrations, and executing preventative maintenance to enhance software performance.
Ensuring effective project execution and administrative alignment for complex aerospace and federal programs.
Guiding large-scale engineering initiatives from initial kickoff through final delivery while tracking key performance indicators.
Creating comprehensive operating manuals, technical documentation, and structured training programs for system users.
Aviation · Federal
Aviation · Client: NASA Langley Research Center
Supporting NASA Langley Research Center with the Management By Trajectory (MBT) program to research and optimize air traffic trajectory operations.
Aviation · Client: NASA Langley Research Center
Developing argument-based situational awareness models for unmanned aerial vehicles (UAVs) facing off-nominal events under NASA research initiatives.
Aviation · Client: FAA Aviation Safety (AVS)
Designing and developing risk-based decision analytics and visualizations to support safety oversight and risk evaluation.
Aviation · Client: FAA Air Traffic Organization (ATO)
Providing engineering support for the implementation and modernization of the Automatic Dependent Surveillance - Broadcast (ADS-B) and Surveillance & Broadcast Services.