Dan Oltrogge
(He/Him)
Chief Scientist & CSSI Director
Dan is the Director of the Center for Space Standards & Innovation (CSSI), Chief Scientist, and space policy expert at COMSPOC. He is also the Program Manager of the Space Data Center, providing space situational awareness and analysis support to 30 government, civil, and commercial space operators in the Space Data Association.
“When I'm not working, you can find me bicycling, kayaking, fishing, camping, hiking, singing, or woodworking.”
BACKGROUND
EXPERTISE
THOUGHT LEADERSIP
Evaluation of LEO conjunction rates using historical flight safety systems and analytical algorithms
Recommendations of the IAF Space Traffic Management Terminology Working Group
SSA positional and dimensional accuracy requirements for Space Traffic Coordination and Management
A comprehensive assessment of collision likelihood in Geosynchronous Earth Orbit
Multi-Phenomenology Observation Network Evaluation Tool (MONET)
Ephemeris Requirements for Space Situational Awareness
A comprehensive assessment of collision likelihood in Geosynchronous Earth Orbit
Practical considerations and a realistic framework for a Space Traffic Management system
Russian ASAT Debris Cloud Evolution and Risk
Innovative LCOLA tool prioritizing accuracy, launch access and efficiency
Results of comprehensive STCM data fusion experiment
LEO constellation encounter and collision rate estimation: an update
Risk Assessment of Recent High-Interest Conjunctions
The contributions of commercial best practices to the global space governance continuum
Standardized Approaches for Estimating Orbit Lifetime after End-of-Life
Analysis of the response of a space surveillance network to orbital debris events
AstroHD™: Astrodynamics Modeling With a Distinctly Digital Flavor
Determination of orbit cross-tag events and maneuvers with Orbit Detective
Maneuver event detection and reconstruction using body-centric acceleration/jerk optimization
An Evaluation of CubeSat Orbital Decay
Space Standards Establish Norms for Space Operations
Effective Strategies for Satellite Communications RFI Mitigation
Standardization by ISO to ensure the sustainability of space activities
Efficient Solutions of Kepler’s Equation Via Hybrid and Digital Approaches
Volumetric Assessment of Encounter Probability
Parametric Characterization of SGP4 Theory and TLE Positional Accuracy
Volumetric encounter analysis enhancements
Efficient solutions of kepler’s equation via hybrid and digital approaches
Using space population models to generate representative space object catalogs
Probability of Collision: Valuation, Variability, Visualization, and Validity
Collision risk in low earth orbit
Fragmentation event debris field evolution using 3d volumetric risk assessment
Status of the ISO space debris mitigation standards (2017)
Application of New Debris Risk Evolution And Dissipation (DREAD) Tool to Characterize Post-Fragmentation Risk
Sample evaluation criteria for space traffic management systems
Full characterization of satellite conjunction walk-ins
Probability of Collision: Valuation, variability, visualization, and validity
The evolution of the CCSS Orbit Data Messages
The “We” Approach to Space Traffic Management
The Need for Comparative SSA
Volumetric assessment of satellite encounter rates
Debris Risk Evolution And Dispersal (DREAD) for post-fragmentation modeling
The technical challenges of better Space Situational Awareness and Space Traffic Management
Characterizing the India ASAT Debris Evolution Using Diverse, Complementary Tools
Book Chapter for A Closer Look at Space Debris: “Space Situational Awareness and Space Traffic Management”
Space Governance in the New Space Era
Risk Assessment of Recent High-Interest Conjunctions
The cost of not doing debris remediation
Comparison of predicted and observed spacecraft encounters from Russian ASAT test
Assessing passive radar for LEO SSA
SPACE TRAFFIC MANAGEMENT TERMINOLOGY
Space Traffic Management: On the topics of Data Fusion and Shared Catalogs
Operators’ Requirements for SSA Services