Faculty

Institution

Unit

Venue

Marcus Holzinger

Joseph T Negler Professor

University of Colorado Boulder

Affiliations

College of Engineering & Applied Science

Ann and H.j. Smead Aerospace Engineering Sciences

Marcus Holzinger is currently serving as an Ann And H.J. Smead Aerospace Engineering Sciences Joseph T Negler Professor at University of Colorado Boulder.

Honors

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Experiences

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Education

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Marcus Holzinger

University of Colorado Boulder

Joseph T Negler Professor

You can click a keyword to filter the displayed items

aerospace engineering space exploration systems engineering space science guidance system astronautics automatic control planetary sciences spacecraft attitude control astronomy control systems navigation control engineering control science control optimization space research orbit determination space technology computer vision remote sensing object detection object tracking space situational awareness aeronautics maneuver detection instrumentation information fusion state estimation reachability analysis earth observation mathematical control theory trajectory optimization object correlation admissible regions robotics space weather space environment control design space optic acta astronautica mathematical optimization control system technology scientific computing geodesy active control unmanned aircraft systems machine vision nonlinear dynamics space transportation control management space architecture optical remote sensing aerospace technology agile space objects cislunar regime spacecraft custody maintenance search methods reachable sets uncertain boundary conditions maneuver characterization space domain awareness ellipsoidal initial sets numerical simulations numerical algorithms strategic studies space engineering perturbation methods signal detection evidential reasoning anomaly detection cubesats space robotics cognitive engineering control distance metrics multi-objective design optical systems

Notable Scholarly Works

Notable Federal Grants

Collaborators

Averaged Spin State Catalog Framework for Uncontrolled Space Objects. Advances in Space Research (2026)

scientific computingspin phenomenonspin dynamicsspintronicsuncontrolled space objectsapplied mathematics

Designing Space-Based Architectures to Discover and Track Hazardous Asteroids Using Mo-Mcts. The Journal of the Astronautical Sciences (2026)

planetary sciencesacta astronauticanavigationspace mission designspace explorationasteroidsspace-based architecturesspace missionsaerospace engineeringspace systems

Rapid-Response Reconnaissance Architecture Design for Planetary Defense With Nested Trajectory Optimization. The Journal of the Astronautical Sciences (2026)

systems engineeringdesign optimizationorbit determinationswarm intelligencenested trajectory optimizationguidance systemspace explorationspace mission designplanetary defensetrajectory optimizationspace missionsaerospace engineeringaerospaceunmanned aircraft systems

Event Camera Photometry for Non-Resolved Objects. (2025)

computer graphicscalibrationevent cameraimage analysiscamera calibrationevent camera photometry

Initial Orbit Determination for Cislunar Objects With Unknown Maneuvers via Collocation and Nonlinear Programming. The Journal of the Astronautical Sciences (2025)

spacecraft attitude controlorbit determinationnumerical algorithmsnumerical analysisnavigationcislunar objectsguidance systemnonlinear systemsaerospace engineeringtrajectory planninginitial orbit determinationapplied mathematicsunknown maneuversaerospacenonlinear dynamics

Initial Orbit Determination From Ephemeris Models: Accurate Reconstruction of Maneuvering Cislunar Orbits Using Nonlinear Programming. (2025)

spacecraft attitude controlorbit determinationaccurate reconstructionnavigationguidance systemspace explorationgeodesydynamical systemsaerospace engineeringmodeling and simulationtrajectory optimizationcelestial mechanicsinitial orbit determinationapplied mathematicsaerospacenonlinear dynamicsephemeris models

Planetary Defense in the 21St Century: Revitalizing Policy and International Collaboration. Space Policy (2025)

political scienceplanetary sciencesstrategic studiesinternational collaborationinternational securitypublic policynational securityplanetary defensesecurity studiesspace policyinternational relationsenvironmental security21st centuryinternational affairs

Theoretical and Empirical Models for Predicting Radiometric Performance of Event Cameras. (2025)

communicationempirical modelsevent camerasmultimedia computingevent processingevent camerastatisticsmultimedia systemssignal processingradiometric performanceperformance evaluation

Universal Angles-Only Cislunar Initial Orbit Determination Using Sparse Grid Collocation. The Journal of the Astronautical Sciences (2025)

scientific computingcomputational mathematicsnumerical analysiscomputational geometrygeostationary orbitspace geodesyspace explorationgeodesysatellite imaginginverse problemsaerospace engineeringorbit determinationapplied mathematics

Analysis of Persistent Detection Corridors for Cislunar Space Situational Awareness. (2024)

spatial analysissystems engineeringpersistent detection corridorsnavigationspace explorationautomatic navigationgeographyremote sensingsituation awarenessautonomous navigationlocation estimationlocalizationinformation fusion

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Marcus Holzinger

Joseph T Negler Professor

University of Colorado Boulder

Affiliations

College of Engineering & Applied Science

Ann and H.j. Smead Aerospace Engineering Sciences

Marcus Holzinger is currently serving as an Ann And H.J. Smead Aerospace Engineering Sciences Joseph T Negler Professor at University of Colorado Boulder.

Honors

Create free account to unlock more features

Experiences

Create free account to unlock more features

Education

Create free account to unlock more features

Marcus Holzinger

University of Colorado Boulder

Joseph T Negler Professor

You can click a keyword to filter the displayed items

Notable Scholarly Works

Notable Federal Grants

Collaborators

Averaged Spin State Catalog Framework for Uncontrolled Space Objects. Advances in Space Research (2026)

scientific computingspin phenomenonspin dynamicsspintronicsuncontrolled space objectsapplied mathematics

Designing Space-Based Architectures to Discover and Track Hazardous Asteroids Using Mo-Mcts. The Journal of the Astronautical Sciences (2026)

planetary sciencesacta astronauticanavigationspace mission designspace explorationasteroidsspace-based architecturesspace missionsaerospace engineeringspace systems

Rapid-Response Reconnaissance Architecture Design for Planetary Defense With Nested Trajectory Optimization. The Journal of the Astronautical Sciences (2026)

Event Camera Photometry for Non-Resolved Objects. (2025)

computer graphicscalibrationevent cameraimage analysiscamera calibrationevent camera photometry

Initial Orbit Determination for Cislunar Objects With Unknown Maneuvers via Collocation and Nonlinear Programming. The Journal of the Astronautical Sciences (2025)

Initial Orbit Determination From Ephemeris Models: Accurate Reconstruction of Maneuvering Cislunar Orbits Using Nonlinear Programming. (2025)

Planetary Defense in the 21St Century: Revitalizing Policy and International Collaboration. Space Policy (2025)

Theoretical and Empirical Models for Predicting Radiometric Performance of Event Cameras. (2025)

communicationempirical modelsevent camerasmultimedia computingevent processingevent camerastatisticsmultimedia systemssignal processingradiometric performanceperformance evaluation

Universal Angles-Only Cislunar Initial Orbit Determination Using Sparse Grid Collocation. The Journal of the Astronautical Sciences (2025)

Analysis of Persistent Detection Corridors for Cislunar Space Situational Awareness. (2024)

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5
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10 / page

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Similar Faculty Members

Puneet Singla

Institution

Pennsylvania State University

aerospace

unmanned aerial vehicle

Ossama Abdelkhalik

Institution

Iowa State University

engineering optimization

aerospace

Brandon Jones

Institution

University of Texas at Austin

information fusion

space exploration

Penina Axelrad

Institution

University of Colorado Boulder

aerospace engineering

space exploration

Renato Zanetti

Institution

University of Texas at Austin

guidance system

localization

Moriba K. Jah

Institution

University of Texas at Austin

big data

space law

Richard Linares

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Massachusetts Institute of Technology

aerospace engineering

space exploration

Manoranjan Majji

Institution

Texas A&M University

aerospace engineering

systems engineering

Kamesh Subbarao

Institution

University of Texas at Arlington

aerospace

celestial mechanics

Dale Lawrence

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