Government Services
What we do
Improving Aviation LLC provides engineering services and technical solutions in aerospace, defense, intelligence applications, and applied atmospheric research. We support agencies and organizations to develop safe, efficient, and scalable solutions, concept of operations, and requirements. Our core competencies include a deep technical understanding of engineering principles, development and implementation of big data analytics and artificial intelligence processes, and a critical thinking approach to identify and address customer problems and gaps.
Core Competencies
Air Traffic Management Solutions - ATM, UAS, UAM, AAM, ETM
UAS Traffic Management Platform - Developed In House
Trajectory Analysis & Modeling
Aircraft Performance Algorithm Development
Emerging Aircraft Concept of Operations
Wake Turbulence
Airspace Design
Connected Aircraft Applications
Data Analysis & Processing
Computational Fluid Dynamics
Big Data Analysis of Historic Aviation Data & Trajectories
Winds Aloft Forecasting
Aviation
Moving Target Identification
Trajectory Synthetization
Data Science/Big Data Analytics
Threat Analysis
Multi-Sensor Data Fusion
Real-Time Geospatial Analysis, Platform Developed in House
Machine Learning Predictive Modeling
Wildfire Physics Modeling
Analytics & Intelligence Applications
Past Performance
Federal Aviation Administration
- • Concept Analysis, Simulation, Modeling, Engineering and Development Support Services - Subcontractor of Veracity.
- Supports the domains of Communication, Navigation, Surveillance, Weather, and Automation and Unmanned Aircraft Systems (UAS)
- • Upper-Class E Airspace Traffic (ETM) Management - Subcontractor of LS Technologies.
- Concept of operations for integration of new entrants in the National Airspace System in Class E stratospheric airspace.
- • Connected Aircraft Information Analysis and Development - Subcontractor of LS Technologies.
- Evaluate NAS system and policy gaps, performance and safety requirements, and maintain an integrated framework for the development of future air traffic management services and policies leverage flight information and emerging air/ground connectivity.
- • Modeling and Data Analysis Support for Wake Turbulence Research - Subcontractor of National Intelligence Agency.
- Develop a new FAA/EASA means of compliance for conducting wake turbulence assessments of heavy aircraft entering commercial service.
- • Simulation and Analysis Support - Subcontractor of LS Technologies.
- Developed big data approaches, methodologies, and algorithms for determining aircraft performance parameters from trajectory data, to be used in air traffic simulation tools.
NASA
• Understanding Experimental Requirements for Measuring Wake Vortices - Subcontractor of National Intelligence Agency.
- Established a set of criteria to enable successful wind tunnel testing of wake vortices, with a focus on being able to validate CFD models.
• NASA SBIR Phase I and Phase II: Portable Traffic Management System for Wildfire Operations - Prime contractor
- SkyTL is a mission critical information platform that enables situational awareness and data fusion across multi-modal operations, making information actionable and available in real-time.
Department of Transportation
• Traffic Management Systems Engineering and Development Support (TMSEDS) Services - Subcontractor of SAIC
- Analysis of wake turbulence flight test data behind commercial aircraft and improvement of existing fast-time wake turbulence models for conflict detection and alerting tools for ATC controllers
Internal Revenue Service
• IRS Simulation Engine System Support - Subcontractor of Skymantics
NOAA
• NOAA SBIR Phase I and Phase II: Nowcasting wildfire ember risk in the WUI with WindTL - Prime contractor
- An AI-based system to enhance wildfire models with in real-time situ atmospheric measurements from unmanned platforms.
Air Force
• Air Force Open Topic SBIR: Analysis and Reporting Tool to Semi-Automate Product Generation, Reporting & Assessment - Prime contractor
- A tool to automate ISR video processing, standardize database management and storage, and generate semi-automated reports
• Air Force Open Topic SBIR: Dynamic Airspace Management of Mixed Manned and Unmanned Multi-aircraft Missions using a Trajectory Optimization Algorithm - Prime contractor
- An interface solution to enable aerial manned-unmanned teaming operations using a motion planning framework based on dynamic airspace deconfliction that can be integrated with current Common Operating Pictures (COP).