
Multi-Agent
Learning
Multi-agent learning focuses on how multiple intelligent agents interact, collaborate, or compete within shared environments. It aims to develop algorithms that enable coordinated behavior, efficient communication, and adaptive strategies among autonomous agents.
Large-Scale
Multi-Agent Systems
Large-scale multi-agent systems study scenarios where thousands of agents operate simultaneously, often in complex or distributed environments. Research focuses on scalability, robustness, and collective decision-making to achieve global objectives efficiently.


Autonomous
Systems
Autonomous systems research explores AI-driven agents capable of perceiving their environment and making decisions without human intervention. Applications span robotics, defense, transportation, and industrial automation.
Safe-AI
Safe-AI focuses on building AI systems that are reliable, robust, and aligned with human values. Research includes preventing harmful behaviors, ensuring transparency, and designing mechanisms for trustworthy decision-making under uncertainty.


Human-AI
Interaction
Human-AI Interaction investigates how humans and intelligent systems can work together seamlessly. It emphasizes usability, interpretability, and designing AI that supports human decision-making effectively and ethically.
Impact Areas
Faculty Members Currently Involved






