Welcome to the BEAR Lab 🐻
At the Bioinspired Embodied AI and Robotics (BEAR) Lab, we envision a world where robots and AI serve as agents that support and empower people.
News
- [01/2027] We are starting a new project, TWIN-STAY: Adaptive Digital Twin and Robot–Space Co-design for Autonomous Hotel Operation.
- [10/2026] Our paper “What Crosses Time? From Recurrent State to Causal Memory in Vision-Language-Action Models” is accepted to the NeurIPS 2026 Workshop on Personalized, Aligned, Long-Term Memory for AI Systems (PALM) and the 8th Robot Learning Workshop! Congratulations, Hyungjun!
- [09/2026] Junwon Lee joins the lab as a graduate student. Welcome!
- [07/2026] We started a new project with Samsung Medical Center: Multimodal Action Data Factory for Embodied-AI Medical Robots (2026.07–2030.06).
- [03/2026] We started a new project, AI-based Design Optimization of Task-Specific Robot Hands for Humanoids and Robot Arms (2026.03–2028.03).
- [03/2026] The Bioinspired Embodied AI and Robotics (BEAR) Lab at SKKU is established!
Research Areas
For more details, see our Projects page.
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Robotics for Human Assistance
We design and build robots that support people in daily life, rehabilitation, and healthcare. Current directions include wearable robots for mobility and rehabilitation, as well as home-assistive robots that enhance independence and quality of life. -
Bioinspired Robots and AI
Nature has evolved elegant solutions to many complex engineering challenges. We aim to make bioinspiration more systematic and computational, leveraging algorithms and simulations to uncover design principles from biology. -
Embodied/Physical AI for Robotics
Artificial intelligence—particularly generative AI and physical AI—offers new ways to design and control robots. We study how AI can:- Design robots (shaping morphology and mechanisms)
- Control robots (adapting to uncertain, real-world environments)
- Co-design body and brain simultaneously, optimizing robots for task-specific performance.
please check out the Opportunities page for more information.