Data-driven and machine-learning-guided enzyme engineering; Protein mis-assembly in neurodegenerative diseases; Protein folding and stability; Protein-based molecular sensors

• Dynamics and Control • Optimization and AI • Robotics • Biomechanical and Biologically Inspired Systems • Energetics of Dynamic Systems • Legged Balance and Gait Stability

Computational modeling; Biological transport systems; Light-tissue interactions; Tomographic image reconstruction; Functional Brain Imaging; Breast Cancer and Treatment Monitoring.

His research spans sustainable water reuse, deep learning–based groundwater salinity analysis, real-time surface water quality monitoring, and PFAS contaminant transport in aquifers — focusing on well-pumping dynamics and source attribution.

chondrocyte and osteoblast biology and differentiation, molecular mechanisms regulating physiological and pathological mineralization, osteoarthritis, health

Wireless Communications, Software Radio, RF and Microwave Components, Antenna Design, Analog Circuit Design

Analytical inequalities, Integral geometry, Information theory, Machine learning, Data Science.

Urban Science and Informatics

Wireless networks Access layer protocols Cooperative networks Implementation and experimentation

Heterogeneous Catalysis Circular Economy Decarbonization Process Intensification Reaction Engineering Catalysts Preparation