CHEM 112.3
General Chemistry I: Structure, Bonding & Properties of Materials
1/2(3L-3.5P)
Prerequisite(s): Chemistry 30 and Mathematics B30 (or Algebra 30). Mathematics C30 (or Geometry-Trigonometry 30) is strongly recommended.

Structure, bonding and properties of materials. Topics include atoms and molecules, bonding, molecular structure, intermolecular forces, states of matter, and properties of materials such as polymers, natural and synthetic materials, biomaterials, proteins, nucleic acids, carbohydrates, conductors, semiconductors, and insulators. The laboratory illustrates material covered in the lectures.

Note: Students with credit for CHEM 111 or 114 may not take this course for credit.

CHEM 114.3
General Chemistry for Engineers
(3L/3P)
Prerequisite(s): : Chemistry 30, Mathematics B30 (or Algebra 30) and Mathematics C30 (or Geometry-Trigonometry 30)

Topics include atoms and molecules, stoichiometry, bonding, molecular structure, states of matter, chemical reactions, and thermochemistry.

Note: This course is intended for students in the College of Engineering. Students with credit for CHEM 111 or 112 may not take this course for credit.

CHEM 115.3
General Chemistry II: Chemical Processes
1/2(3L-3.5P)
Prerequisite(s): CHEM 112 or 114.

Chemical reactions, including the rates and energetics of reactions and specific types of reactions. Topics include stoichiometry, chemical reactions, chemical kinetics, equilibrium, specific reactions, and thermodynamics.

Note: Students with credit for CHEM 111 may not take this course for credit.

CHEM 221.3
Analytical Chemistry I
1/2(3L-4P)
Prerequisite(s): CHEM 115.

Discussion of the basic principles and tenets of analytical science and how these aspects are put into practice in analytical techniques.

CHEM 231.3
Inorganic Chemistry I
1/2(3L-3P-1T)
Prerequisite(s): CHEM 115.

Discussion of atomic and molecular properties in terms of modern theories of structure and bonding. The laboratory provides experience in the preparation and investigation of the properties of typical inorganic compounds.

CHEM 242.3
Physical Chemistry I
1/2(3L-3P-1T)
Prerequisite(s): CHEM 115 and MATH 110 or 123.

The study of the structure of matter and the changes it undergoes. Topics include properties of materials, thermodynamics, chemical equilibria and chemical kinetics. The laboratory provides experience with the use of physical-chemical equipment and problem solving skills.

CHEM 243.3
Physical Chemistry II
1/2(3L-2T)
Prerequisite(s): CHEM 242 and MATH 116 or 124.

An introduction to quantum chemistry and statistics of chemical systems as a foundation for courses concerned with the theory and spectroscopy of atomic and molecular systems.

CHEM 250.3
Introduction to Organic Chemistry
1/2(3L-3P-1T)
Prerequisite(s): CHEM 112 or 114.

This course is an introduction to organic chemistry; students will learn to name organic compounds, predict some of the properties and reactivity of compounds based on molecular structure, and grasp the importance of these concepts and their application to all sciences and life in general. Almost all the reactions in living matter involve organic compounds, and it is impossible to understand the molecular processes of living systems without knowing organic chemistry. CHEM 250.3 is intended as a basis for other courses, and a beginning for understanding organic and bio-organic chemistry. The laboratory will introduce students to basic chemical laboratory skills frequently used in organic chemistry.

Note: Students with credit for CHEM 251 may not take this course for credit.

CHEM 252.3
Organic Chemistry II
1/2(3L-3P-1T)
Prerequisite(s): CHEM 251 (or 151).

Discussion of structure determination, stereochemistry and mechanistic similarities of organic reactions. Syntheses will be used to help students learn to work with the large factual information that is organic chemistry. Students will be encouraged to solve challenging problems. The laboratory provides experience in the synthesis and investigation of the properties of organic compounds.

CHEM 255.3 (First offered 2003-2004)
Bio-Organic Chemistry
1/2(3L-3P-1T)
Prerequisite(s): CHEM 250; CHEM 115 and BIOCH 200 recommended.

This course is intended to give insight into the specific and fundamental role of organic reactions occurring in nature, to students of all scientific disciplines who have been introduced to organic chemistry and to the life sciences. The emphasis will be on the patterns of reactivity among natural products, rather than on the biochemical roles that these molecules play. The laboratory will introduce students to experimental approaches to biomimetic, biological and pharmaceutical chemistry.

CHEM 302.3
Research Seminar
1&2(1L-1P-1S)
Prerequisite(s): 15 credit units in chemistry.

Deals with the non-technical aspects of the science of chemistry. The primary focus is scientific communication, including oral, poster, and written presentations. Other topics include: information retrieval and on-line search techniques; resumes; science and ethics; and the history and philosophy of science. An oral and a poster presentation to the department are required.

CHEM 322.3
Analytical Chemistry II
1/2(3L-4P)
Prerequisite(s): CHEM 221.

Introduction to modern instrumental methods of chemical analyses. This course is presented in a problem-oriented learning approach. Students are expected to work in teams on class assigned problems.The laboratory is designed to develop basic understanding of common instrumental methods. Topics include chromatography, electrophoresis, electrochemistry and spectroscopy.

CHEM 332.3
Inorganic Chemistry II
1/2(3L-4P)
Prerequisite(s): CHEM 231 and 242.

An introduction to transition metal chemistry including coordination geometry and stereochemistry, ligand field theory, and spectroscopic, magnetic and thermodynamic properties of inorganic compounds. The laboratory work includes experiments on the preparation and characterization of transition metal compounds.

CHEM 342.3
Physical Chemistry III
1/2(3L-4P)
Prerequisite(s): CHEM 243 and MATH 225.

Theory and practice of atomic and molecular spectroscopy including both optical and magnetic resonance methods. The application of group theory to problems of spectroscopic analyses will be introduced.

Note: Students with credit for CHEM 349 may not take this course for credit.

CHEM 346.3
Theoretical Chemistry
1/2(3L)
Prerequisite(s): CHEM 243; MATH 225 and 264 or 266.

The methods of quantum mechanics are introduced and applied to basic problems in atomic and molecular structure. These include the rigid rotator, harmonic oscillator and hydrogen atom, as well as approximate treatments of many-electron atoms and molecules.

CHEM 347.3
Chemical Thermodynamics
1/2(3L-3.5P)
Prerequisite(s): CHEM 242 and MATH 116 or 124.

The presentation of the fundamental principles of thermodynamics with particular emphasis on generalized methods. Considerable time is devoted to the thermodynamics of solutions with emphasis on generalized methods for dealing with deviations from ideal behaviour. These principles are applied to the calculation of equilibrium compositions in liquid-vapour systems. The laboratory work consists of a number of experiments relating to practical studies of the above concepts.

CHEM 353.3
Organic Structure Analysis
1/2(3L-4P)
Prerequisite(s): CHEM 252.

Deals with the theory and practice of techniques (primarily spectroscopic) used for the identification of organic compounds. Laboratories provide experience in the manipulation, transformation, separation and identification of organic compounds.

Note: Students with credit for CHEM 458 may not take this course for credit.

CHEM 354.3
Physical Organic Chemistry
1/2(3L-4P)
Prerequisite(s): CHEM 252.

Provides a greater understanding of the structure of organic compounds, and the underlying principles and rationale for organic reactions. The laboratory portion involves experiments in molecular modelling (structures, structure-activity relationships, reaction paths), which will be performed on personal computers using modern software.

CHEM 374.3
Energy Issues and the Environment
1/2(3L-2.5P)
Prerequisite(s): CHEM 115.

Discusses facts and issues related to energy production and use in order to evaluate the technological choices that must be made to ensure a reasonable quality of life. The content of this course will be extended in problem sessions.

CHEM 375.3
Pollution, Waste Disposal and the Environment
1/2(3L-3P)
Prerequisite(s): 6 credit units of Chemistry courses.

The disposal and treatment of waste materials will be discussed in terms of their effect on the gaseous and aqueous environments. A series of problems designed to illustrate the material covered in each topic will be assigned. The laboratory sessions are designed to give some understanding of how tests for environmental quality are carried out in the field and in the laboratory.

CHEM 377.3
Industrial Chemistry
1/2(3L)
Prerequisite(s): CHEM 115.

Discussion of the basic principles of chemistry utilized in diverse technological practices.

CHEM 402.0
Seminar
1&2(1S)

Attendance at departmental seminar sessions throughout the academic year is required by students in the final year of a Four-year or Honours program. Consists of presentations by departmental visitors, faculty and students, followed by discussions.

CHEM 420.3
Selected Topics in Analytical Chemistry
1/2(3L-4P)
Prerequisite(s): CHEM 322.

Advanced laboratory course in analytical techniques. Much of the laboratory work will use specialized equipment available in the Department of Chemistry. Lectures cover the underlying theory of the topics and the principles of the instrumentation being used.

CHEM 429.3
Applied Techniques in Analytical Chemistry
1/2(3L-6P)
Prerequisite(s): CHEM 322.

Practical aspects of modern instrumental analysis, such as statistical treatment of data, special considerations for trace analysis, sampling techniques, and automation are covered. The laboratory is designed to give students an opportunity to apply these topics to a project focused on an instrumental technique (including computer interfacing) of their choice.

CHEM 430.3
Selected Topics in Inorganic Chemistry
1/2(3L)
Prerequisite(s) or Corequisite(s): CHEM 439.

Selected topics that are not dealt with or are covered only at an elementary level in other inorganic chemistry courses offered by the department. Possible topics include crystallographic and spectroscopic methods of structure determination, organometallic chemistry, cluster compounds, catalysis, nonaqueous solution chemistry, bio-inorganic chemistry, structure and bonding, and excited state processes.

CHEM 433.3
Bioinorganic Chemistry
1/2 (3L-4P)
Prerequisite(s): CHEM 332.

This course presents a concise overview of the role of metal ions in biological systems. The laboratory is designed to help the student understand major concepts and learn a range of modern experimental techniques.

CHEM 439.3
Inorganic Chemistry III
1/2(3L-3.5P)
Prerequisite(s): CHEM 332.

Topics include reaction mechanisms of thermal substitutions, oxidation-reduction and photochemical reactions, organometallic chemistry, homogeneous catalysis and other topics of current interest such as bio-inorganic chemistry.

CHEM 440.3
Selected Topics in Physical Chemistry
1/2(3L)
Prerequisite(s): CHEM 342 and 346 (or 349).

Selected topics that are not dealt with or are covered only at an elementary level in other physical chemistry courses. Possible topics include advanced spectroscopy, nuclear chemistry, photochemistry, polymers, radiation chemistry, solid-state chemistry, structural techniques, surface and colloid chemistry.

CHEM 447.3
Statistical Mechanics and Chemical Kinetics
1/2(3L-3.5P)
Prerequisite(s): CHEM 342 and 346 (or 349).

Methods of statistical mechanics are introduced and applied to problems in chemistry. Advanced chemical kinetics are discussed with emphasis on fast-reaction techniques, theories of reaction and diffusion rates, and electrochemical aspects.

CHEM 450.3
Selected Topics in Organic Chemistry
1/2(3L)
Prerequisite(s): CHEM 354.

Selected topics that are not dealt with or are covered only at an elementary level in other organic chemistry courses. Possible topics include organic synthesis, organic reaction mechanisms, natural products, organometallic chemistry, heterocyclic chemistry, carbohydrate chemistry and organic photochemistry.

CHEM 455.3
Organic Synthesis
1/2(3L-4P)
Prerequisite(s): CHEM 354.

Principles of chemical reactions are applied to the problems of putting together particular types of bonds, groupings and compounds. The laboratory will investigate a variety of new synthetic methods and improved reaction procedures.

CHEM 456.3
Natural Products
1/2(3L)
Prerequisite(s): CHEM 252.

Provides a basic knowledge of Natural Products Chemistry with emphasis on secondary metabolism. Includes an overview of primary and secondary metabolism, modern techniques for studying secondary metabolism, biological reactions, interaction of plants with other living organisms, and major classes of bioactive compounds grouped according to their basic building blocks and their biogenesis.

CHEM 460.3
Selected Topics in Theoretical Chemistry
1/2(3L)
Prerequisite(s): CHEM 342 (or 349).

Selected topics that are not dealt with or are covered only at an elementary level in other theoretical chemistry courses. Possible topics include application of quantum mechanics to molecular structure and behaviour, advanced group theory, statistical mechanics and irreversible thermodynamics.

CHEM 482.3
Chemistry Research
1&2(6P)
Prerequisite(s): Permission of the department.

A laboratory, library, theoretical or computer study under the supervision of a member of the Department. At the end of the project the student will present both an oral and a written report summarizing the results.

SPECIAL TOPICS

CHEM 398.3
1/2 (3S)

CHEM 498.3
1/2 (3S)

GRADUATE COURSES

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Department of Chemistry, College of Graduate Studies & Research

CHEM 729.3 (Formerly 829)
Applied Techniques in Analytical Chemistry
1/2(3L-6P)
Prerequisite(s): CHEM 322; or equivalent.

Practical aspects of modern instrumental analysis, such as statistical treatment of data, special considerations for trace analysis, sampling techniques, and automation are covered. The laboratory is designed to give the student an opportunity to apply these topics to a project focused on an instrumental technique (including computer interfacing) of their choice.

Note: Students with credit for CHEM 429 or 829 may not take this class for credit.

CHEM 801.6
Modern Aspects of Chemistry
1/2(3L)

An overview of the core material required for graduate research in chemistry presented in modular form. Emphasis is placed on integrating chemical knowledge from all subdisciplines of chemistry encompassing both experimental and theoretical approaches.

CHEM 820.3
Physical Methods of Molecular Structure Determination
1/2(3L)

This course presents the application of various spectroscopic methods to structure determination including mass spectrometry (MS), infrared spectroscopy (IR), ultraviolet spectroscopy (UV), and 1H and 13C nuclear magnetic resonance spectroscopy (NMR). The majority of the course (approx.. 75%) will focus on NMR based methods including multipulse and two dimensional techniques. Although aspects of the underlying theory are presented, the course focuses the integrated interpretation (as opposed to the theory) of various spectroscopic data for the purpose of structure determination; problem solving is emphasized.

CHEM 823.3
Selected Topics in Analytical Chemistry
1/2(3L)

CHEM 824.3
Analytical Separation Techniques
1/2(3L)

Basis theory and principles of separation will be discussed for modern chromatographic techniques used in qualitative and quantitative analytical chemistry. The focus will be mainly on modern liquid chromatography and capillary electrophoresis.

CHEM 825.3
Analytical Electrochemistry
1/2(3L)

Advanced theory of phenomena occurring at the electrode-solution interface will be discussed in relation to their application in modern electrochemical techniques of analysis. Various practical aspects of electroanalysis will be considered including its use in qualitative and quantitative analysis and in studies of kinetics and thermodynamics.

CHEM 832.3
Selected Topics in Inorganic Chemistry
1/2(3L)

CHEM 834.3
Selected Topics in Physical Chemistry
1/2(3L)

CHEM 835.3
Selected Topics in Theoretical Chemistry
1/2(3L)

CHEM 836.3
Special Topics in Theories of Solutions
1/2(3L)

A brief but critical study of the theories and concepts of the liquid state followed by a discussion of selected topics illustrating the importance of solvent effects in the study of solutions.

CHEM 837.3
EPR Spectroscopy
1/2(3L)

The basic theory of EPR spectroscopy, general features and analysis of spectra, experimental methods and applications to chemical problems.

CHEM 838.3
Chemistry of the Excited State
1/2(3L)

The structure and reactions of atoms and molecules in electronically excited states will be discussed. Particular attention will be paid to the processes by which excited states may be produced and deactivated. Examples from recent literature will be considered.

CHEM 840.3
Photochemistry
1/2(3L)

An introduction to the theory and techniques of photochemistry and its applications.

CHEM 841.3
NMR Spectroscopy
1/2(3L)

The basic theory of NMR spectroscopy, general features and analysis of spectra, experimental methods and applications to chemical problems.

CHEM 842.3
Chemical Thermodynamics
1/2(3L)

Selected topics in chemical thermodynamics.

CHEM 845.3
Chemical Kinetics
1/2(3L)

Kinetic theories, techniques and methods of their application to reactions in the gas and liquid phase.

CHEM 848.3
Theoretical Chemistry
1/2(3L)
Prerequisite(s): CHEM 346; or equivalent.

The application of the principles of quantum mechanics to the study of molecular structure.

CHEM 849.3
Radiation Chemistry
1/2(3L)

The action of ionizing radiations on chemical systems is described.

CHEM 850.3
Principles of Organic Synthesis
1/2(3L)

The advantages and limitation of new and general methods of synthesis.

CHEM 851.3
Stereochemistry and Asymmetric Synthesis
1/2(3L)

The fundamental principles of stereochemistry and stereoisomerism in organic compounds will be described. Various strategies and methods for the synthesis of enantiomerically pure compounds will be discussed.

CHEM 852.3
Selected Topics in Organic Chemistry
1/2(3L)

CHEM 855.3
Organic Reactions
1/2(3L)

A survey of organic reactions and reagents including reaction mechanisms and synthetic applications.

CHEM 858.3
Natural Products Chemistry
1/2(3L)

Provides a basic knowledge of natural products chemistry with emphasis on secondary metabolism. Topics covered include an overview of primary and secondary metabolism, modern techniques for studying secondary metabolism, biological reactions, chemical interactions between living organisms, and classes of bioactive compounds grouped according to building blocks and biogenesis.

CHEM 859.3
The Organic Chemistry of Transition Elements
1/2(3L)

Topics include the chemistry of o and ½ ligands of transition metals, the 18 electron rule, the iron group metallocenes, transition metal acetylene and carbon complexes, alkene, allyl and ethyl complexes, the use of transition metal complexes in organic synthesis.

CHEM 860.3
Proteins and Nucleic Acids
1/2(3L)

The structure and conformation of proteins and nucleic acids and the properties of these biopolymers in aqueous solution, methods of separation and molecular weight determination including chromatography, electrophoresis, sedimentation and diffusion are discussed. The biosynthesis of these polymers is examined in detail.

CHEM 990
Seminar

Papers and discussion on recent developments in Chemistry. Graduate students are required to attend these meetings for the duration of their program, and during this period, are expected to present a seminar.

CHEM 991.0
1/2 (1S)

This course will offer graduate students a formal framework for the critical discussion of current chemical literature and for the critical assessment of its importance. Students will give oral presentations based on research articles from premier chemical journals.

CHEM 994
Research

Students writing a Master's thesis must register for this course.

CHEM 996
Research

Students writing a Ph.D. thesis must register for this course.