"If I have seen further, it is by standing on the shoulders of giants" - Isaac Newton
Doctoral Students
PhD Student, Fall '22 - Present
Research Interests:
Astrodynamics, GN&C, Mission Design
PhD Student, Fall '22 - Present
Research Interests:
Real-time Sensor Fusion, 3D reconstruction, Object tracking
PhD Student, Fall '24 - Present
Research Interests:
ML for Space Mission Design, Autonomous GN&C, Space Domain Awareness
Internship: AstronetX, Summer '26
Masters Students
In Progress
M.Eng. Student, S'25 & S'26
Project Topic: Navigation Filter Design for Multi-Modal Deep Learning TRN at the Lunar South Pole.
Currently Employed as: Orion GNC Engineer, NASA JSC
M.S. Student, F'25 - S'26
Thesis: A Systemic Approach to Cislunar SDA: Building Intuition towards Improved Fidelity, Adaptability, and Geometry.
Currently Employed as: Satellite Systems Engineer in Operations, Lockheed Martin
M.Eng. Student, F'25 - S'26
Project Topic: Exploring Filtering Methods for Multi-Observer State Estimation in the Earth-Moon CR3BP.
M.Eng. Student, F'25 - S'26
Project Topic: Data-Driven Characterization of Low-Thrust Gravity Assist Maneuvers.
M.Eng. Student, F'26 - S'26
Project Topic: FIM Optimization of Observer Constellations for Cislunar Space Domain Awareness.
M.Eng. Student, S'26 - S'27
Project Topic: Generating Quasi-Periodic Invariant Tori in the CR3BP.
Graduated
M.Eng. Student, F '24 - S'25
Project Topic: Non-Spherical Secondary Augmented CR3BP.
M.Eng. Student, F '24 - S'25
Project Topic: Hybrid Optimization for Constellation Design: Tracking RSO Behaviors in Cislunar Space.
Currently Employed as: GNC Aerospace Engineer at Vantor
M.Eng. Student, F '24 - S'25
Project Topic: Leveraging Manifold Dynamics for Near-Heteroclinic Impulsive Transfers in Cislunar Space.
Undergraduate Researchers
In Progress
Graduated
F'24, S'25, Su'25
URP: Dynamics Reconstruction using Mode Decomposition for the three-body problem.
Su'24, F'24
URP: Gravity Field Quantification of Non-Spherical Space Objects.
F'23, S '24
URP: Extremal bundles and Low-thrust Reachability.
S'24
URP: Stereo-Camera Calibration.
F'23
URP: Thermal - Optical Camera Calibration.
Su'25
URP: Zonal Harmonics effect on CR3BP Periodic Structures and Transfers.
Su'25, F'25
URP: Bi-Circular 4 Body Problem Periodic and Quasi-Periodic Structures.