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Department of Chemistry (CHEM) courses at UVic:

2011/2012 academic year:
  • Fall
  • Summer
Special tutorial course for students who do not have Chemistry 12, which is designed to provide background for students who intend to enrol, either simultaneously or subsequently, in a university-level ... Course reviews: 0
2011/2012 academic year:
  • Fall
  • Summer
Introduction to the modern theory of atomic structure and its relation to chemical bonding. Introduction to organic chemistry and modern materials, including polymer chemistry. Laboratory emphasizes skills typically needed in ... Course reviews: 0
2011/2012 academic year:
  • Spring
Basic physical chemistry of the environment including thermodynamics, states of matter, chemical equilibrium, kinetics, the atmosphere, and water chemistry. Laboratory builds on the experience of CHEM 101, with practice in ... Course reviews: 0
2011/2012 academic year:
  • Spring
Thermochemistry; atomic and molecular structure; chemical bonding; gases, liquids, and solids; solutions and phase equilibria; equilibrium; chemical thermodynamics; electrochemistry. Course reviews: 0
2011/2012 academic year:
  • Fall
  • Summer
Introduction to the basis of quantitative analytical chemistry, treatment of data and chemical equilibrium. Sampling technique, data analysis. Analytical applications of chemical separations, potentiometry, ultraviolet/visible spectroscopy, titrimetry. Course reviews: 0
2011/2012 academic year:
  • Fall
  • Summer
Elementary theory and applications of infrared, UV-visible, mass, and nuclear magnetic resonance spectroscopy to inorganic and organic compounds. Course reviews: 0
2011/2012 academic year:
  • Summer
  • Spring
Fundamental concepts of inorganic chemistry, with emphasis on periodicity, structure, bonding and reactivity; principles will be illustrated using the chemistry of selected groups of elements. Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
Functional group survey; alkanes, cycloalkanes, conformational analysis; stereochemistry; nucleophilic substitution, elimination; alkenes, alkynes, dienes; alcohols and ethers. Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
Introduction to spectroscopy; aldehydes, ketones; carboxylic acids and derivatives; natural products: carbohydrates, amino acids, proteins, terpenoids, steroids, aldol condensation parallels in biological systems, fatty acid biosynthesis. Course reviews: 0
2011/2012 academic year:
  • Spring
  • Summer
Free radicals; aromatic compounds; aldehydes and ketones, carboxylic acids and derivatives; beta-dicarbonyl compounds; carbohydrates. Course reviews: 0
2011/2012 academic year:
  • Fall
Introduction to the principles of thermodynamics and kinetics. Applications to gas and solution reactions and phase transitions. The laboratory portion of the course emphasizes physical measurement applied to chemical systems. Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
  • Summer
Experimental research under the direction of department members. For second-year students who wish to gain some experience in chemical research. Course reviews: 0
2011/2012 academic year:
  • Spring
Intended for nonscientists and will consist of lectures, demonstrations, class experiments and discussions. Designed to show the relevance of chemistry to modern life by examination of such topics as drugs ... Course reviews: 0
2011/2012 academic year:
  • not scheduled, yet
Chemical principles used in the manufacture of commodity chemicals, fertilizers, explosives, and in the mining and smelting industries. Problems and methods of emission control, by-product utilization and waste disposal, with ... Course reviews: 0
2011/2012 academic year:
  • not scheduled, yet
Chemical principles used in the petroleum production and refining, petrochemical, pulp and paper, and fermentation industries. Emission problems and their control, by-product utilization and waste disposal into soil, water and ... Course reviews: 0
2011/2012 academic year:
  • Spring
Theory and applications of the most generally applied methods of chemical analysis such as infrared, raman and emission spectroscopy, polarography, high performance liquid chromatography, radiochemical analysis etc. Course reviews: 0
2011/2012 academic year:
  • Fall
Introduction to transition metal and coordination chemistry. Electronic structure of transition metal complexes (crystal and ligand field theory). Chemistry of the first row transition elements from titanium to zinc. Course reviews: 0
2011/2012 academic year:
  • Spring
Design of syntheses in aliphatic, aromatic and some biomolecules. Aliphatic systems; carbanions, conjugated carbonyl compounds, amines in syntheses, functional group modifications. Aromatic systems; aromatic substitution processes, reactive substrates (phenols, amines), ... Course reviews: 0
2011/2012 academic year:
  • Fall
Survey of electronic and medium effects on reactivity. Catalysis of organic reactions. Bio-organic reaction mechanisms and biomimetic model systems. Course reviews: 0
2011/2012 academic year:
  • Fall
Introduction to quantum chemistry, molecular orbitals and bonding. The Schrödinger equation and its solutions for some simple systems. Wavefunctions, one-electron and multielectron atoms, rotation and vibration of molecules. Molecular orbitals ... Course reviews: 0
2011/2012 academic year:
  • Spring
Predicting the kinetic behaviour of different types of mechanisms. Deduction of mechanisms and interpretation of activation parameters from experimental data. Predicting and controlling rate by varying solvents, substituents, catalysts, etc. ... Course reviews: 0
2011/2012 academic year:
  • Fall
Symmetry elements and operations in molecules. Applications of group theory in chemistry. Descriptions of chemical bonding and reactivity in inorganic and organic molecules using qualitative molecular orbital theory. Huckel MO ... Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
This laboratory course will build on expertise acquired in CHEM 212, with greater emphasis on instrumental analysis and more advanced techniques. Course reviews: 0
2011/2012 academic year:
  • Spring
  • Fall
This laboratory course will emphasize synthetic techniques and manipulations in organometallic and coordination chemistry; spectroscopic characterization of sensitive compounds; principles of transition metal chemistry. Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
This laboratory course will emphasize organic synthesis and the relationship between spectra and structure of synthesized materials; analysis of synthesized compounds will be shown to relate structure with reactivity and ... Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
  • Summer
This laboratory course builds on expertise acquired in CHEM 245 and presents a variety of physical chemistry experiments at an intermediate level. Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
  • Summer
Experimental research under the direction of department members. For third-year students who wish to gain some experience in chemical research. Course reviews: 0
2011/2012 academic year:
  • not scheduled, yet
For students who have completed at least two years of chemistry. Chemicals in agriculture (fertilizers, herbicides, insecticides, insect and plant hormones), foods (carbohydrates, fats, vitamins and additives), drugs (antacids, analgesics, ... Course reviews: 0
2011/2012 academic year:
  • Spring
A discussion of electronic data acquisition and manipulation as used in modern chemical instrumentation. Included will be some of the following: mass spectrometry, x-ray spectroscopy, NMR, EPR, etc. Course reviews: 0
2011/2012 academic year:
  • Spring
Advanced topics in inorganic chemistry from across the periodic table, building on principles established in 222, 353 and 324. Topics may include main group organometallics, novel structures and reactivity, catalysis, ... Course reviews: 0
2011/2012 academic year:
  • Fall
A detailed look at transition metal organometallic chemistry. Bonding theory, synthesis and reactivity of sigma-bonded alkyls and aryls, metal carbonyls and pi-bonded organic liquids such as alkenes, alkynes, allyls, and ... Course reviews: 0
2011/2012 academic year:
  • Fall
Building on the methodology learned in 335, this course focuses on the art and science of total synthesis, including modern asymmetric transformations, organometallic coupling strategies (e.g., Pd- and Ru-mediated reactions), ... Course reviews: 0
2011/2012 academic year:
  • Spring
Influence of bonding and structure on chemical, physical and electronic properties of organic molecules, within a biological and materials chemistry context. Topics covered may include substituent effects, noncovalent interactions, solvation, ... Course reviews: 0
2011/2012 academic year:
  • not scheduled, yet
An introduction to medicinally important biological systems and the small molecules that perturb them. Topics will include chemical aspects of proteomics, biological target identification, mechanisms of action for important drugs, ... Course reviews: 0
2011/2012 academic year:
  • Spring
Ensembles, partition functions, distinguishable and indistinguishable molecules; statistical mechanical expressions for thermodynamic functions; application to ideal monatomic, diatomic and polyatomic gases, monatomic crystals and chemical equilibrium; classical and quantum statistics. Course reviews: 0
2011/2012 academic year:
  • Fall
Introduction to properties of materials from a chemical perspective, including the principles behind modern materials and their technological applications. Electronic structure of solids. Electrical conductivity, types of conducting materials: metals, ... Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
  • Summer
This laboratory course will build on expertise acquired in CHEM 212 and 361, with emphasis on one project in instrumental analysis. Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
  • Summer
This laboratory course will build on expertise acquired in CHEM 222 and 362, with emphasis on more difficult techniques or concepts encountered in inorganic synthesis. Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
  • Summer
This laboratory course will build on expertise acquired in CHEM 235 and 363, with emphasis on more difficult techniques or concepts encountered in organic synthesis and physical organic chemistry. Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
  • Summer
This laboratory course will build on expertise acquired in CHEM 245 and 364, with emphasis on larger projects studied at greater depth. Course reviews: 0
2011/2012 academic year:
  • not scheduled, yet
Introduction to organic photochemistry and photophysics. Reactivity and mechanisms of organic functional groups on electronic excitation. Structure and reactivity of organic reactive intermediates such as radicals, biradicals, carbenes, nitrenes, carbocations, ... Course reviews: 0
2011/2012 academic year:
  • not scheduled, yet
Kinetics and mechanisms of polymer and copolymer synthesis, characterization of polymers and molecular weight distributions. Thermodynamics of polymer solutions, the crystalline and amorphous states, rubber elasticity, structure-property relationships. Special topics ... Course reviews: 0
2011/2012 academic year:
  • Fall
Introduction to the theory and application of computer-based methods in chemistry. Approximate approaches to the solution of the Schrödinger equation, with an emphasis on areas of applicability and limitations. Simulations ... Course reviews: 0
2011/2012 academic year:
  • Fall
A comparative discussion of a number of chemical industries and the details of their processes. Includes unit operations, unit processes and economics. Course reviews: 0
2011/2012 academic year:
  • not scheduled, yet
In special cases the department of Chemistry may give permission for individual studies and directed readings to be taken as 490. Students should consult a potential supervisor before requesting permission ... Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
  • Summer
Experimental research under the direction of department members. For fourth-year Chemistry Major students who wish to gain some experience in chemical research. Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
  • Summer
The first stage of a research project conducted under the direction of a faculty member. Normally open to Honours students only. Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
  • Summer
Continuation of a research project conducted under the direction of a faculty member. Normally open to Honours students only. Course reviews: 0
2011/2012 academic year:
  • not scheduled, yet
Graduate course in the Course reviews: 0
2011/2012 academic year:
  • Spring
Advanced topics in inorganic chemistry from across the periodic table, building on principles established in 222, 324 and 353. Topics may include: main group organometallics, novel structures and reactivity, catalysis, ... Course reviews: 0
2011/2012 academic year:
  • not scheduled, yet
Graduate course in the Course reviews: 0
2011/2012 academic year:
  • not scheduled, yet
An introduction to medicinally important biological systems and the small molecules that perturb them. Topics will include: chemical aspects of proteomics, biological target identification, mechanisms of action for important drugs, ... Course reviews: 0
2011/2012 academic year:
  • not scheduled, yet
Graduate course in the Course reviews: 0
2011/2012 academic year:
  • not scheduled, yet
Graduate course in the Course reviews: 0
2011/2012 academic year:
  • not scheduled, yet
Graduate course in the Course reviews: 0
2011/2012 academic year:
  • Fall
  • Spring
  • Summer
Students enrol in CHEM 693 in the term they plan to sit the candidacy examination. If the examination cannot be completed until the following semester, an INP (in progress) grade ... Course reviews: 0

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