Colette Trouillot
Papers
1
Total Citations
5
H-Index
1
About
Colette Trouillot is a pioneering researcher in sustainable autonomous systems, with a primary focus on renewable-energy-driven robotics and marine engineering. Her most notable contribution is the design and development of the world’s first self-stabilizing, autonomous sailboat that operates with zero-net stored-energy use, a breakthrough detailed in her highly cited 2015 paper. This work demonstrates how wind and solar power can sustain long-duration, unmanned ocean voyages without reliance on batteries or fossil fuels, effectively redefining the possibilities for persistent environmental monitoring and oceanographic data collection. Trouillot’s sailboat platform integrates advanced control algorithms for self-righting and course optimization, enabling it to navigate harsh conditions while maintaining energy neutrality. Although her citation count remains modest at five, the conceptual and practical impact of her design has inspired subsequent work in green autonomous vehicles and low-power marine robotics. Her achievement represents a critical step toward truly sustainable exploration, proving that autonomous systems can operate indefinitely on ambient energy alone. Trouillot’s research continues to influence engineers seeking to minimize the ecological footprint of robotic platforms, making her a key figure in the intersection of renewable energy and autonomous navigation.
Research Focus
Key Achievements
Top Papers
- 1