📌About the Event

Outdoor Robot Navigation in the Unstructured World: From Traversability to Physical Scene Understanding is an advanced online robotics research talk by Dr. Jing Liang from the Stanford Robotics Center, presented as part of the Best of ICRA 2026 virtual meetup. The session explores how autonomous robots navigate challenging outdoor environments such as campuses, sidewalks, forests, and off-road terrain by combining computer vision, AI, multimodal perception, scene understanding, and physical reasoning. It is ideal for students, robotics researchers, AI engineers, and anyone interested in autonomous systems and embodied AI.

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ℹ️ Event Details

• Mode: Online (Zoom)
• Event Series: Best of ICRA 2026 (International Conference on Robotics and Automation)
• Speaker: Dr. Jing Liang, Stanford Robotics Center
• Topic Focus:
  • Outdoor robot navigation
  • Traversability estimation
  • Physical scene understanding
  • Vision-language reasoning
  • Gaussian-based 3D scene modeling
  • Autonomous decision-making in complex environments
  • Participants can attend from anywhere after registering for the virtual meetup.
  • The session forms part of a three-day robotics research series featuring leading AI and robotics researchers.

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📅 Important Dates

• Event Date: 21 July 2026
• Time: 9:00 AM – 11:00 AM PDT (Online)

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🎯 Eligibility & Rules

• Eligibility
  • Students
  • Researchers
  • Faculty members
  • Robotics professionals
  • AI & Computer Vision enthusiasts
  • No specific educational qualification has been announced.
  • International participants are welcome.
• Rules
  • Registration is required to receive the Zoom access link.
  • Participants should join using a stable internet connection.
  • The session is educational and knowledge-sharing in nature.
  • Follow the virtual event guidelines shared by the organizers.

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🏆 Benefits for the Participants

• Free access to cutting-edge robotics and AI research presentations.
• Learn from Stanford Robotics Center and other globally recognized researchers.
• Gain insights into the latest advances in:
• Outdoor autonomous navigation
• Robot perception
• Scene understanding
• Physical AI
• Computer vision
• Excellent networking opportunity for robotics and AI enthusiasts.