Casey D. Majhor
Papers
5
Total Citations
32
H-Index
3
About
Casey D. Majhor is a pioneering researcher in autonomous robotic microgrids, focusing on resilient power restoration and energy asset deployment for extreme environments. Their work addresses critical challenges in disaster response and planetary exploration, particularly through the optimal positioning of mobile energy resources to minimize recovery time after natural disasters. Majhor’s most cited paper (19 citations) establishes foundational strategies for autonomous power restoration using robotic microgrids. They have also designed a custom cable deployment system for unmanned ground vehicles (UGVs), solving a key logistical gap in small-scale mobile microgrids. Majhor’s research extends to multi-agent optimization for recharging distributed loads and near-field wireless power transfer via robotic feedback control, with applications in lunar missions under the Artemis program. Their contributions demonstrate a unique blend of robotics, power systems, and autonomous coordination, achieving impact across civil infrastructure and space exploration. With a growing citation record and direct relevance to NASA’s return-to-Moon timeline, Majhor is shaping the future of self-healing, mobile energy networks.
Research Focus
Key Achievements
Top Papers
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- 5Near Field Wireless Power Transfer via Robotic Feedback Control2 citations · 2020