Dr Chee Kiat Seow he/him

My research passion lies in developing physics-inspired neural architectures for adaptive intelligence systems. I focus on next-generation neural networks that incorporate physical principles to enable real-time adaptation in challenging environments. My group explores novel AI approaches for autonomous systems, smart infrastructure, and robust communications, with substantial government backing validating our real-world impact. I seek collaborations with researchers in robotics, energy systems, secure communications, and sensing technologies to develop adaptive AI solutions that address complex interdisciplinary challenges.

I am conducting interdisciplinary research combining traditional engineering principles with modern AI, exploring adaptive neural networks for applications where conventional approaches face limitations. I would like to supervise projects investigating intelligent systems for healthcare monitoring, environmental sensing, smart cities, and autonomous robotics. As a supervisor, I believe in fostering creative exploration while ensuring rigorous methodology — I encourage students to explore novel combinations of established principles with emerging technologies, then guide them toward theoretical depth and practical validation. My graduated students have progressed to leading technology companies and pursued advanced degrees at prestigious universities, often continuing research in adaptive AI systems.

I am committed to creating inclusive research environments that welcome diverse perspectives. I actively recruit international students and have supervised researchers from multiple countries, believing that diverse teams generate more innovative solutions. My international coordination work demonstrates commitment to global knowledge sharing and inclusive collaboration across cultural and disciplinary boundaries.

Beyond research, I am a mentor who believes breakthrough innovations emerge from unexpected interdisciplinary connections. I enjoy creating environments where creative thinking thrives, whether fostering explorations or coordinating international research partnerships that span traditional academic boundaries.