My research interests are in structures, mechanics and materials, including reliability analysis and design optimization, resilient and sustainable infrastructures, crash and impact analysis, and engineering education.

Machine Learning, Areas such as Deep Learning, AI for Science, Submodular Optimization, Computer Vision, and NLP.

Thermodynamics and Optical Characterization of polymer electrolytes and batteries. Computer visions, edge computing and simulation in Chemical Engineering and Materials Science. Chemical Engineering Practice. Curriculum Development and Innovation.

Image and Video Processing, Video Compression and Transport, Medical Imaging, Computer Vision, Machine Learning, Health.

AI, Urban Sensing, Spatial and Temporal Data Mining, Mobility Dynamics, Traffic Network Dynamics

Environmental Planning, Environmental & Social Determinants of Health, Housing, Urban Mobility

Developing Human-Centered AI, with applications in Machine Learning, Recommender System and Human-AI Interaction.