Teaching

CHEM 265: Organic Chemistry 2

CHEM 265 is a continuation of the study of organic chemistry begun in CHEM 264.  Included is an introduction to the use of infrared and Nuclear Magnetic Resonance (NMR) spectroscopy, and mass spectrometry, in the determination of the structures of organic molecules. The chemistry of carbonyl containing compounds is discussed. Also included are aromatic compounds and mechanisms of electrophilic and nucleophilic aromatic substitutions. The emphasis of this course is on the development of problem solving skills in the context of structure elucidation, synthesis and mechanism of reaction.

CHEM 266: Basic Organic Chemistry 1

This course provides the student with a strong comprehension of the fundamental concepts of Organic Chemistry and shows how these concepts are applied to synthetic organic chemical reactions. Three major aspects are covered in the course; a) nomenclature b) atoms and chemical bonds c) chemical reactions.

CHEM 460: Natural Products Synthesis

We look at a variety of natural products, dissecting various total syntheses that have been published. We concern ourselves with the ideas of strategy and control, and look how these elements are put into practice to effectively synthesize complex structures.

CHEM 464: Spectroscopy in Organic Chemistry (Teaching Fall 2019)

This course is taught as a problem solving approach to learning the theory behind common spectroscopic methods such as MS, IR and NMR.  We look at a series of simpler compounds to illustrate the basic concepts, and then move on to solving the puzzles of more complex unknowns.  If you enjoy solving puzzles, or are prone to losing sleep over riddles, mind-benders or logic problems like sudoku, you will enjoy this course.

CHEM 766: Organic Spectroscopy

This is a graduate level course designed to reinforce the spectroscopic materials learned at the undergraduate level, though with greater emphasis on instrumentation and data acquisition.  This course is taught as a problem solving approach to using MS and IR, in conjunction with 1D and 2D NMR to solve increasingly complex unknown structures.  NMR experiments covered include H, C, APT, DEPT, COSY, HMQC, HSQC, HMBC, 1D NOE, 1D decoupling and NOESY.