Renan G. Maidana
Papers
6
Total Citations
221
H-Index
3
About
Renan G. Maidana is a robotics researcher whose work bridges disaster response, accessibility, and autonomous systems. His most impactful contribution, the 2019 survey on unmanned surface vehicles for disaster robotics (197 citations), established a foundational roadmap for deploying autonomous boats in emergency scenarios—a critical area where aerial, ground, and underwater robots have traditionally dominated. This work highlights the unique challenges of aquatic disaster environments and positions Maidana as a key voice in expanding robotic capabilities for real-world crises. Beyond disaster robotics, Maidana champions inclusive technology. The "Donnie robot" (2017, 14 citations) addresses a pressing gap: making robotics education accessible to visually impaired students. By redesigning hardware and software for non-visual interaction, he opens STEM pathways for underrepresented learners. His technical depth extends to autonomic computing for resource-constrained embedded robots (2019) and GPS-denied localization using radio-frequency signals (2019), both targeting practical limitations in mobile robotics. Notably, his "Overseer" infrastructure (2018) tackles multi-robot coordination, a persistent challenge in field deployments. With a portfolio spanning human-centered design and robust autonomy, Maidana’s work demonstrates how robotics can serve both vulnerable populations and demanding operational environments.
Research Focus
Key Achievements
Top Papers
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- 5Overseer: A Multi Robot Monitoring Infrastructure2 citations · 2018
- 6Overseer: A Multi Robot Monitoring Infrastructure2 citations · 2018