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The chemistry faculty's research initiatives at the department span several key themes: environmental chemistry, sustainable chemistry, chemical sensor innovation, organic synthesis, materials science, natural product chemistry, and chemical pedagogy. These interdisciplinary domains allow students to pursue research across chemistry's core branches—analytical, biochemical, inorganic, organic, and physical chemistry. Ongoing departmental research explores analytical techniques, pharmaceutical development, light-responsive polymer synthesis, materials science and molecular self-assembly, separation science, membrane chemistry, environmental monitoring, sustainable processes, climate chemistry, photophysical studies, natural compound synthesis, biophysical investigations, computational modeling, and solid-state nuclear magnetic resonance.
To complete a Ph.D., candidates must accumulate 90 credits (60 for those entering with a master's degree). This includes at least 24 credits from coursework, with the remainder dedicated to dissertation research. Students must complete four foundational chemistry courses (listed below) and three seminar credits. The remaining coursework credits come from electives, with sample options provided below.