Course Offerings: Fall 2023

Next to the mining and processing of metals (i.e., metallurgy), catalysis is arguably the most important technology underpinning our civilization. The production of almost everything – e.g., fertilizers, fuels, lubricants, polymers, detergents, drugs – depends on catalytic processes. This course will provide an introduction and overview of the field of catalysis discussing both heterogeneous supported metals and homogeneous transition metal complexes focusing ...

Experimentation is one of the foundational pillars of science. Any theoretical hypothesis that is formulated must ultimately be proved or disproved by experiments. While the scientific method is generally intuitively understood by researchers, not all of them fully realize how various controllable and uncontrollable factors might affect their results. Also, the approach to experimentation is often far from optimal. The course will try to fill these voids by exploring the areas mentioned ...

CHEM 731(0)-01 covers the physical and immunogenic aspects vaccines. The main body of the course will be formed by in-class oral presentations based on recent literature provided by the instructor. Students and instructor will deliver in-depth analyses of articles describing the latest science in the fields of vaccine structure, biology, immunology and experimental methodology. The midterm and final exam will consist of a take-home problem set assignment. ...

The objective of this course is to provide an introduction to strategies for design of drug candidates, including structure-based and ligand-based drug discovery.  It builds upon molecular modelling principles introduced in CHEM 340 and will apply them to specific problems in drug design. Specific topics includes molecular modelling, and molecular dynamics using molecular mechanics principles, molecular docking and virtual screening of drug molecules to target proteins, computational ...

This course covers the advanced theory of NMR spectroscopy, including energy level, vector model, density matrix and product operator formalism. Among the topics discussed are: • Basics of NMR spectroscopy • Spectrometer hardware • Energy level description of NMR spectroscopy • The vector model in NMR • Density matrix-based description of NMR • The product operator formalism and its application for analyzing pulse sequences. • ...

By the end of this course students are expected to explain the details of at least one type of energy industry in depth, use effective communications skills for oral presentations while strengthening their skills in working with different sources to develop research and analytical skills in energy industry, write a research proposal to address problems in industry. analyze the modern literature on issues related to application of Energy and ...

Deep learning frameworks are rapidly advancing chemistry by enabling generalizable in silico predictions of numerous chemical quantities. From the accurate prediction of protein folding from only FASTA strings to generative networks that can successfully propose novel drugs to near-instantaneous prediction of molecular HOMO-LUMO gaps, deep learning models are now impacting nearly every domain of chemistry. In this course, students will be exposed to the different deep learning ...

Course objectives: 1. To gain an understanding of the general principles underlying various aspects of selectivity in organic synthesis 2. To learn specific synthetic methods and strategies used in modern organic synthesis 3. To gain a working (theoretical) knowledge of how to plan and execute synthetic routes to target organic molecules Week Topic Chapter 1 Selectivity in synthesis: regioselectivity, stereoselectivity and chemoselectivity 33, 34 2 ...

Basic definitions: Monomers, polymers, polymerization reactions. Polymer structure, nomenclature. Molecular weight distributions and average molecular weights. Chain conformations: End-to-end distance, radius of gyration, molecular dimensions, excluded volume. Molecular weight measurements: Colligative properties, osmometry, light scattering, viscosity, gel permeation chromatography. Step-growth polymerization. Types of reactions. Reactivity, kinetics. ...

The course starts with an introduction to the design and synthesis of polymers with define chemical structures. A number of polymerization techniques will be descried briefly, including anionic, living free radical and migration insertion polymerizations. The principles guiding self-assembly behaviour of block copolymers and other building blocks will be discussed, followed by the material applications of the assembled polymeric ...

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