Selected Publications
Below are 7 selected peer-reviewed publications and technical reports from my research in human factors, HCI, and spaceflight operations. These works span crew autonomy systems, human-automation interaction, performance modeling, and training technologies.
For a complete list of publications and citation metrics, please visit my Google Scholar profile.
- Validation of Self-Scheduling Countermeasures in NASA's HERA Campaign 6AIAA SCITECH 2025 ForumDemonstrates that crews can successfully self-schedule complex operational timelines in a ground-based analog environment, providing validation for autonomous operations concepts planned for future missions.View Publication →
- Assessment of the State of Communication Delay Research in Preparation for Missions Beyond Low Earth OrbitNASA Technical Memorandum (NASA/TM-20250003885)Comprehensive review of communication delay research identifying gaps in knowledge and providing evidence-based recommendations for preparing crews and systems for deep-space missions.View Publication →
- Designing Procedure Execution Tools with Emerging Technologies for Future AstronautsApplied Sciences, 11(4), 1607Explores how augmented reality, voice interaction, and mobile computing can transform how astronauts execute complex procedures, with design recommendations based on prototype evaluations.View Publication →
- Deep Space Human-Systems Research Recommendations for Future Human-Automation/Robotic IntegrationNASA Technical Memorandum (NASA/TM-20205004361)Provides strategic recommendations for human-automation research needed to support safe and effective collaboration between crews and intelligent systems on deep-space missions.View Publication →
- Utility of Concurrent Bandwidth Feedback in Training Aircraft Flight TasksProceedings of the Human Factors and Ergonomics Society Annual Meeting, 63(1), 1729-1733Demonstrates that automated feedback systems using bandwidth constraints can accelerate learning of complex flight tasks while maintaining low cognitive workload, with implications for training system design.View Publication →
- An Augmented Reality/Internet of Things Prototype for Just-in-Time Astronaut TrainingVirtual, Augmented and Mixed Reality: 9th International Conference, VAMR 2017Presents an AR system that provides context-aware training and guidance by integrating with IoT systems, demonstrating feasibility for reducing pre-flight training requirements.View Publication →
- Development of real-time performance metrics for manually-guided spacecraft operations2016 IEEE Aerospace ConferenceIntroduces novel real-time performance metrics for manual spacecraft control tasks, enabling objective assessment during training and operations without post-hoc analysis delays.View Publication →