Kristin Miller
Papers
1
Total Citations
2
H-Index
1
About
Kristin Miller is a researcher at the forefront of sustainable robotics and environmental monitoring, with a focus on low-power systems for extreme or remote environments. Her most cited work, "Design of a Low-Power Quadruped Robot for Remote Data Acquisition in a Heated Garden," demonstrates her key contributions to integrating renewable energy harvesting with autonomous locomotion. In this study, Miller and her team developed a quadruped robot capable of operating on waste heat, leveraging thermoelectric generators that provide over 6 watts of steady-state power—a breakthrough for off-grid data collection. This work was validated through test beds on heated green roofs in New York City and geothermal gardens in Iceland, showcasing real-world applicability. While her citation count (2) is modest, the novelty of her approach—combining bio-inspired robotics with energy scavenging—positions her as an innovator in sustainable field robotics. Miller’s research holds promise for long-term environmental monitoring in inaccessible or resource-constrained sites, bridging the gap between robotics and green engineering.
Research Focus
Key Achievements
Top Papers
- 1