Bridging Theory and Practice: Vanessa Houssana’s Research at Visser Lab in AI and Robotics

Vanessa Houssana is currently working at Ubbo Visser’s lab in Miami, where she collaborates with experts in artificial intelligence (AI) and robotics. The lab focuses on advancing machine learning technologies, particularly in automated reasoning and semantic understanding, bridging the gap between theoretical AI models and practical applications.

Vanessa is gaining hands-on experience with cutting-edge technologies like nano-robots and advanced systems such as HSRB and HSRC. One key area of research in the lab is addressing the “kidnapping problem” in robotics navigation. A significant collaboration involves integrating their work with the Virtual Building and Isaac Sim, which enhances processes and frameworks for RoboCup@Home—a robotics initiative aimed at developing robots capable of performing tasks in home environments.

RoboCup@Home is pushing the boundaries of robotics by addressing real-world challenges, including human-robot interaction and autonomous navigation. The lab’s work is paving the way for robots that can assist with tasks in elderly care and home automation. Vanessa’s contributions are helping drive innovations that will shape the future of robotics, with the potential to transform everyday life by improving how robots interact with humans in domestic settings.