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Faculty research spans three interconnected domains: Sustainable Energy Systems, Biomolecular Engineering, and Biomechanics. Key projects explore: catalysis and reaction kinetics in chemical and biological systems, fuel cell technologies, biofilm development, sensor innovations, molecular engineering for cardiac and reproductive systems, and mechanics at molecular, cellular, and musculoskeletal levels.
Specialized facilities feature cutting-edge instrumentation for surface reaction analysis (including operando XPS, XRD, and Raman spectroscopy with custom reactors). Advanced biological tools include circular dichroism spectrometers, atomic force microscopes, confocal imaging systems, sophisticated microelectrode arrays, and multiple custom reactors with precision chemical measurement capabilities.
Graduate programs offer adaptable curricula tailored to individual goals. Students typically complete a Master of Science in 1-2 years, while doctoral candidates finish in 4-5 years following their undergraduate degree.