My current research focuses on developing efficient behaviors and strategies to endow autonomous mobile robots with intelligence and environmental awareness for applications in safety, maintenance, and conservation. My research involves a combination of robotics techniques (e.g., path planning, optimization, decision-making, machine learning, computer vision). I aim to contribute to the advancement of the field by designing and optimizing novel algorithms and models that enable robots to perform complex tasks in real-world environments. By addressing challenges related to efficiency, robustness, and safety, I hope to enable the widespread use of intelligent robots in diverse applications, from aiding society (e.g., search and rescue, infrastructure inspection, advanced driver assistance systems) to fostering sustainable development (e.g., seabed mapping, invasive species and endangered plants monitoring). In the short term, I want to work on interactions within a team of multi-configuration robots (aerial, terrestrial, marine and underwater) to better understand natural ecosystems.