Courses taught:
CHEM-SHU 125, Foundations of Chemistry I. A general-chemistry course on Stoichiometry, Atomic Theory, Periodicity, Thermodynamics, Quantum Mechanics, Molecular Orbital Theory, and Chemical Structure.
CHEM-SHU 126, Foundations of Chemistry II. A general-chemistry course on Intermolecular Forces, Kinetics, Crystal Structure, Transition Metals, and Chemical Equilibria.
CHEM-SHU 752, Computational Chemistry. An upper-division undergraduate chemistry course on Computational Chemistry topics, including Quantum Chemistry, Electronic Excitations, Molecular Mechanics, Statistical Mechanics, and Molecular Dynamics.
CHEM-GA 9627, Computational Chemistry. A graduate level course on Computational Chemistry topics, including Molecular Mechanics, Statistical Mechanics, Molecular Dynamics, Enhanced Sampling, Quantum Chemistry, Electronic Excitations, and Excited-State Dynamics.
Courses developed:
CHEM-SHU 752, Computational Chemistry
CHEM-GA 9627, Computational Chemistry