Lynzi Hochberg
Papers
1
Total Citations
4
H-Index
1
About
Lynzi Hochberg’s research centers on the intersection of simulation-based design (SBD), virtual and augmented reality (VR/AR), and human-systems integration for space exploration. Her most-cited work, “Exploring the role of Simulation-Based Design principles in support of transportation and material handling activities for the Lunar Mission” (2019), pioneers the use of digital mockup techniques to conceptualize engineering plans for lunar surface operations. By applying SBD principles, Hochberg demonstrates how immersive technologies can optimize material handling and logistics in extreme environments—a critical contribution as NASA and international partners advance Artemis-era missions. Her work bridges the gap between theoretical design frameworks and practical, human-centered engineering, offering a scalable approach for mission planning. With growing recognition in aerospace engineering and human factors communities, Hochberg’s research is shaping how future lunar habitats and transportation systems are prototyped before physical construction. Her focus on reducing risk through virtual validation underscores a commitment to safer, more efficient space exploration. As the field pivots toward sustained lunar presence, Hochberg’s insights into simulation-driven design will remain foundational for training, task analysis, and infrastructure development.
Research Focus
Key Achievements
Top Papers
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