MSCI 8040: Operations Management

Study of relevant topics recognized as important factors for successful management of business operations. Topics include: processes and their measurement in manufacturing and services, forecasting, aggregate planning, inventory management, quality control, and supply chain management.

MSCI 8060: Strategic Implementation for Technologies Management

Strategic management of technology and innovation in established firms. The overall course objectives are to help students gain competence in (1) understanding the basic framework for the relationships among a business strategy, an information systems strategy and an organizational strategy; (2) developing an awareness of the range, scope and complexity of the issues and problems […]

MKTG 8310: Consumer Behaviour

A study of analytical concepts and research techniques derived from the behavioural sciences or developed from consumer behaviour research. A significant objective of the course is the application of such concepts and techniques to the solution of marketing problems.

MKTG 8320: Marketing Research

An advanced course assuming familiarity with the conceptual research process, characteristics of basic data collection modes and measurement, hypothesis testing, regression analysis, and analysis of variance. Utilizing a discussion format, the course offers a review of current marketing research literature concerning: 1) examination of properties of familiar data collection and analysis techniques; 2) examples of […]

MKTG 8350: International Marketing Strategy

A study of the problems faced by Canadian businesses when exploring and distributing to foreign markets. A significant objective of the course is to explore, through research findings, strategies that would improve Canada’s international marketing efforts.

MKTG 8380: Special Topics in Marketing

This course is of varying content dealing with topical issues in marketing. The course might focus on a specific functional area in marketing or a particular environment for the application of marketing concepts. Administration of the course varies as appropriate with its content and might take on a literature survey, research project, experiential, or other […]

MKTG 8390: Marketing Strategy and Planning

An analysis of the formation of marketing strategies and plans. Topics covered will include business definitions, developing marketing objectives, selecting market targets, developing all aspects of the marketing mix, and evaluating marketing performance. Marketing decision models, portfolio techniques, generic strategies, PIMS, and related topics will also be covered.

BSMM 8000: Business Communications

Building on an understanding of the communication process and barriers to communication, students develop, the sensitivity and flexibility required to address the needs of different audiences. Throughout the course, communication strategies and practical skill building for leaders is stressed. Time is also devoted to communication concepts and techniques as well as case studies outlining issues […]

BSMM 8110: Accounting Concepts and Techniques

An examination of the core concepts of financial accounting, which includes the determination of income and the recognition, measurement and reporting of assets, liabilities, and owners’ equity. Different methods of the utilization of accounting information for business planning and management problem solving will be explored. Core concepts of financial and managerial accounting such as financial […]

BSMM 8120: Finance in a Global Perspective

A study of concepts and principles of financial management of the business enterprise within the global financial environment. Emphasis will be placed on the contemporary and emerging hardware/software tools, information management, and information technology. Following an introduction of domestic and international financial markets and instruments, the concepts of value, risk, and efficient markets will be […]

BSMM 8130: Managing for Organizational Effectiveness

This course examines organizational behaviour theories in depth and explores how these can be applied to foster effective organizations. It addresses topics that include individual outcomes (i.e., job performance, organizational commitment, retention, job satisfaction), interpersonal dynamics (i.e., power, politics, conflict), organizational structure and design, and organizational culture and change. Attention will be given to motivating […]

BSMM 8140: Marketing

An introduction of marketing management concepts and techniques that can be applied to private sector business as well as to not-for-profit organizations’ marketing and communication activities. Emphasis will be placed on the marketing mix elements of product, price, place, and promotion.

BSMM 8310: International Business

A survey course providing a discussion of the international business environment and the decisions made by managers in international firms. Historical development of international business and the current global focus of international firms will be considered. The international global environment, including theories of trade and foreign direct investment, balance of payments and international institutions, and […]

BSMM 8320: Quantitative Studies

A focus on the important aspects of probability and statistics as they relate to the effective presentation of data and to decision making under uncertainty, and on the use of mathematical modelling as it relates to problem solving within an organization. A solid background in the quantitative techniques used by successful business organizations will be […]

BSMM 8330: Introduction to Business Logistics Management

A discussion of major issues relating to distribution activities at a micro and macro level. The development of channel systems and the behavioural and legal aspects of channel relationships will be reviewed. Distribution systems will also be discussed and will include such topics as management transportation, inventory management, warehousing, materials handling, and customer order processing.

BSMM 8340: Leadership and Organizational Change

An exploration of an analytical framework to understand organizational transformation through leadership and vision building, strategic human resources planning, restructuring and redesigning, and organization environment interactions. Students will focus on the practical aspects of diagnosing the need for change and supporting, facilitating, or leading the change process.

BSMM 8345: Talent Planning and Staffing

Provides a rigorous examination of organizational efforts to match people and jobs, onboard recruits, and make selection decisions. Topics include employer branding, job analysis, recruitment and selection, onboarding, business closure, and termination and outplacement practices. Emphasis is placed on how effective, equitable workforce planning, recruitment, and selection systems can be used to foster organizational success.

BSMM 8350: Purchasing and Procurement

A discussion of effective purchasing techniques and strategies to lower total costs and increase quality within the organization. The course will focus on developing, implementing, and using purchasing systems and policies that support the acquisition of materials. Quality assurance, sourcing of supplies, and inventory management will be included.

FINA 8720: Cases in Financial Management

An advanced case course in financial management. Financial concepts and principles of managing a business enterprise are illustrated. Planning for the acquisition and use of funds so as to maximize the value of the business is examined through the use of case analysis.

FINA 8730: Topics in Finance

An in-depth study of topical issues in finance. A reading and research seminar dealing with major concepts and problems in the area of financial management. Precise topics to be covered during a term will vary according to current trends in the literature.

FINA 8740: International Financial Management

A study of the problems facing the international financial manager. Topics include: international markets, spot and forward currency fluctuations, positioning corporate funds, investment decisions, hedging and exposure management.

MGMT 8030: Performance Management and Governance

This course develops students’ ability to mobilize knowledge from various subject areas such as strategy, governance, risk management, management accounting and control to analyze, evaluate and improve overall organizational performance. This course will facilitate the development of technical and enabling skills required to prepare students for the changing role of professional accountants in organizations who […]

MGMT 8430: International Management

Focuses on the problems and issues that confront managers in the area of international business. Background materials, cases, and exercises will involve the students in the challenges facing the international manager. A major objective is to develop a sensitivity that will enhance the student’s ability to operate in the complex environment of multicultural businesses.

ACCT 8010: Advanced Topics in Financial Reporting

This course will advance the students’ knowledge in a number of topic areas of accounting including: Financial Statement Reporting, Accounting Policies and Transactions Analysis, Financial Report Preparation, Financial Statement Analysis, Audit and Assurance, Treasury and Risk Management, Financial Analysis/Corporate Finance, Corporate and Personal Tax. (Prerequisites: ACCT-4570, ACCT-4580, ACCT-4590).

ACCT 8020: Advanced topics in Management Accounting

This course will advance the student’s knowledge of how to apply forecasting and evaluation techniques and recommend improvements to operations, strategy, policy, and assurance. Recommendations based on analysis of facts will also comply with existing regulatory and legal frameworks. (Prerequisites are ACCT-4570 and ACCT- 4590)

ACCT 8050: Advanced Audit and Assurance

This course equips Chartered Professional Accountant (CPA) candidates with the competencies necessary to perform both internal audit projects and external assurance engagements. (Co-requisite: ACCT-3600.)

ACCT 8060: Taxation III

The course concentrates on advanced income tax topics, including income tax planning for individuals and corporations and income tax research. The use of partnerships and trusts in tax planning and the corporate reorganization provisions of the Income Tax Act are studied. Tax research is conducted using the Income Tax Act, tax treaties and court cases. […]

ACCT 8070: Integration and Team Building

This course further develops students’ strategic leadership capabilities, problem solving, written and oral communication skills, ethical and professional behaviours, self-management and teamwork capabilities. Students are required to work in teams to analyze a complex business case and to present their findings to a panel of faculty members acting as senior executive managers / Board members. […]

ACCT 8080: Integrative Case Analysis

This course prepares students for the final examination, the Common Final Exam (CFE). The complex and highly integrative cases, simulating real-life business issues will train students to draw on technical and enabling competencies acquired in previous courses to formulate a well-structured response within the allotted time.

ACCT 8500: Managerial Accounting and Analysis

Examines approaches to generating, analyzing, and using accounting information in performing managerial functions such as planning, controlling, performance evaluation and decision making.

ACCT 8510: Reporting, Analyzing, and Using Accounting Information

Examines alternative approaches to generating, analyzing, and using accounting information. It will emphasize the understanding and the application phases of accounting information by users. Topics include: Accounting entity-concepts of control and significant influence; accounting policy choice; internal control; elements in the consolidated financial statements, such as owners’ equity, minority (non-controlling) interest and goodwill; profitability, liquidity […]

ACCT 8590: Special Topics in Accounting

A reading and research seminar which deals with major concepts and important current problems in Accounting. The precise topic to be covered in a particular term will vary according to current interest and faculty availability, and will be announced in the previous term.

MSCI 8020: Special topics in Management Science

A reading and research seminar which deals with major concepts and important current problems in the areas of management science, operations management, or management information systems. The precise topic to be covered in a particular term will vary according to current interest and faculty availability, and will be announced in the previous term.

FINA 8040: Advanced Corporate Finance

This course develops students’ ability to mobilize knowledge from various subject areas such as strategy, governance, risk management, management accounting and control to analyze, evaluate and improve overall organizational performance. This course will facilitate the development of technical and enabling skills required to prepare students for the changing role of professional accountants in organizations who […]

FINA 8700: Investment Analysis and Management

Economic background to security analysis; types of corporate securities for investment; theory and mechanics of investment; general analysis and valuation procedures; valuation of fixed income securities and common stocks; procedures in analysis of government, industrial, financial, and public utility securities; and portfolio management.

FINA 8710: Portfolio Management

Objectives of individual and institutional portfolios. Security selection, diversification, marketability, risk and return in portfolio construction. Timing and formula plans, bond portfolio problems, performance measurement, trading problems, tax planning, supervision, quantitative techniques for portfolio management, and regulations.

CHEM 8599: Applications of Inorganic Spectroscopy

The field of Inorganic Chemistry has relied on spectroscopy to gain insight into the structure and dynamics of species from small molecules to the active sites of metalloenzymes. The objective of this course is to learn different spectroscopic techniques that can be used in combination to identify and characterize inorganic compounds. This course will focus […]

CHEM 8600: Surface Chemistry and Analysis

This course covers the formation, characterization and applications of self-assembled monolayers. It introduces students to the process of molecular self-assembly, the preparation of self-assembled monolayers, and the experimental techniques used for their characterization. The first half of the course focuses on these fundamentals. The second half of the course addresses the numerous applications of self-assembled […]

CHEM 8608: Advanced Topics in Organic Materials Chemistry

Synthetic approaches as well as physical properties of organic materials such as conducting structures, liquid crystals, dyes, and light emitters are covered. An in-depth understanding of structure-property relationships is the main goal.

CHEM 8630: Self-Organization by Molecular Design

Self-organization is a ubiquitous phenomenon in nature (e.g., cell membranes, vesicles, and iridescent surfaces) and technology (e.g., block-copolymers, liquid crystals, and surfactants). This course will provide a basic understanding of the driving forces for self-organization and how the formation of specific self-organized structures (e.g., layers, micelles, tubes, columns, and cubic arrangements) can be programmed into […]

CHEM 8640: Organic Nanomaterials

This course examines the fundamental concepts, preparation strategies and properties of organic/carbon-rich nanomaterials at the nanoscale, and their applications in various areas of modern chemistry (materials, electronics, pharmaceutical, medicine, etc.). A special emphasis is also put on methods and techniques utilized in materials science to characterize organic nanostructures. (Prerequisite for students in graduate course: CHEM-3310 […]

CHEM 8641: Bio- and Sustainable Materials

As technology makes increasing inroads into the chemical sciences, the development of new functional sustainable and biomaterials becomes increasingly important. This course focuses on the chemistry, characterization and applications of renewable and degradable polymers as well as on the chemistry of carbohydrates and amino acids, and the properties of their polymers. (3 lecture hours/week.)

CHEM 8650: Membrane Biochemistry

The structure and function of artificial and natural membranes. Special consideration will be given to the identification and function of membrane proteins. (Prerequisites: BIOC-3100 and BIOC-3110, or equivalent.) (2 lecture hours a week.)

CHEM 8660: Analytical Spectroscopy of Surfaces

Surface spectroscopic techniques and their application to the analysis of chemisorbed and physisorbed species and monomolecular layers. (Prerequisite: CHEM-3210 or equivalent.) (2 lecture hours a week.)

CHEM 8820: Introduction to Materials Chemistry

An introduction to topics in materials science and solid-state chemistry are discussed with an emphasis on the relationship between the material structure and its physical, optical, and electrical properties. The topics covered include solid-state materials, crystalline materials, amorphous materials, metals, magnetic materials, polymers, semiconductors, microelectronics, and nanomaterials. The use of these materials in applications is […]

CHEM 8821: Materials Chemistry Laboratory

This course is a laboratory course designed to provide hands-on skills for the synthesis and characterization of materials, and for their processing to fabricate different types of electronic devices. Experiments cover the synthesis of conductive, surface active, and carbon-rich materials and their characterization by spectroscopic and microscopy methods. The experiments also include basic film processing […]

CHEM 8831: Research Project

Original laboratory research under the direction of one faculty member from Chemistry and Biochemistry and one faculty member from Mechanical, Automotive, and Materials Engineering. Student must present three seminars discussing their research project. (1 lecture, 12 laboratory hours per week over two terms; 6 credit hours.) (Only open to students in Master of Materials Chemistry […]

CHEM 8832: Magnetochemistry

This course covers the requisite theory underpinning the field of magnetic materials. It provides the necessary skills set for students to interact effectively in this sub-discipline with researchers in the fields of physics, materials science and engineering. Knowledge gained from this course provides current state-of-the-art knowledge in conventional magnetic materials (‘hard’ and ‘soft’ magnets and […]

CHEM 9900: The Research Proposal

This course focuses on the development and presentation of a research proposal, as well as the cultivation of a wide base of knowledge of the chemical and biochemical literature. Techniques of research proposal composition, with reference to subject area, budgetary considerations, and written and oral presentation techniques will be discussed. The student will be required […]

CHEM 8320: Dyes and Pigments – Design, Synthesis, and Properties

This course describes essential design criteria for organic dyes and pigments and common synthetic strategies for their preparation. Also covered are basic structure-property relations regarding their absorption and emission properties. This is an advanced organic chemistry course and requires a good understanding of intermediate organic chemistry and spectroscopic techniques. Prerequisite: Consent of instructor. (Cross-listed with […]

CHEM 8328: Advanced Topics in Organic Chemistry

Special topics in organic chemistry will be described. Some of these may include natural product chemistry, organometallic chemistry or heterocyclic chemistry. (Prerequisite: consent of instructor.) (2 lecture hours a week.)

CHEM 8330: Synthetic Methods in Organic Chemistry

A study of some important organic reactions with emphasis on their practical application in synthesis. (Prerequisites: CHEM-3300 and CHEM-3310, or consent of instructor.) (2 lecture hours a week.)

CHEM 8338: Advanced Topics in Organic Syntheses

The design, execution, and methodology of total syntheses of complex molecules will be discussed. Emphasis will be placed on both retrosynthetic pathways and execution. (Prerequisites: CHEM-3300 and CHEM-3310, or consent of instructor.) (2 lecture hours a week.)

CHEM 8350: Advanced Organic Chemistry

Physical organic chemistry. Includes molecular orbital theory, stereochemistry, thermodynamics, and reaction mechanisms. (Prerequisite: consent of instructor.) (2 lecture hours a week.)

CHEM 8410: Statistical Thermodynamics

A detailed picture of the current status of advanced experimental and theoretical research in modern reaction dynamics. Subjects to be discussed include transition state spectroscopy, coincidence imaging techniques, ion imaging applied to the study of chemical dynamics, nonlinear reaction dynamics in both stirred and reaction- diffusion media, theoretical dynamics treatment of chemical reactions. (2 lecture […]

CHEM 8420: Nuclear Magnetic Resonance Spectroscopy

Theory and applications of Nuclear Magnetic Resonance (NMR) in chemical problems, including the origin of the NMR phenomenon, Fourier transforms and spectral processing, spectrometer hardware, pulse sequences, NMR interactions, relaxation and chemical exchange, double-resonance experiments and two-dimensional NMR. (2 lecture hours a week).

CHEM 8468: Advanced Topics in Spectroscopy

Electronic and vibrational spectroscopy of gases, liquids, and solids. Theory and practice of infrared and Raman spectroscopy. Theory and applications of electron spin resonance spectroscopy. (2 lecture hours a week.)

CHEM 8470: Advanced Quantum Chemistry

Perturbation and variation theories. Theories of many electron atoms and general theories of chemical bonds in diatomic and polyatomic molecules. (Prerequisite: consent of instructor.) (3 lecture hours a week.)

CHEM 8500: Organometallic Chemistry

A detailed study of selected advanced topics in organometallic chemistry. Typical subjects include (at the discretion of the instructors) main group organometallic chemistry; thermochemical methods in organometallic chemistry; catalysis by organometallics; detailed structural studies. (2 or 3 lecture hours a week.)

CHEM 8508: Special Topics in Inorganic Chemistry

A variety of subjects in inorganic chemistry are covered at the discretion of the instructor. The subjects covered may include main group chemistry, transition metal chemistry, organometallic chemistry, inorganic materials, and group theory. (3 lecture hours a week.)

CHEM 8518: Selected Topics in Inorganic Chemistry

The chemistry and properties of inorganic materials. Typical topics include: methods of synthesis, methods of characterization, and applications of inorganic materials. (2 lecture hours a week.)

CHEM 8520: Free Radicals in Chemistry and Biology

This is an advanced level course that covers the principle of radical generation and stabilization, and the foundations of Electron Paramagnetic Resonance (EPR) spectroscopy for studying and characterizing free radicals. Experimental data, such as EPR spectra, will be used to probe the electronic structure of free radicals as well as provide local information on the […]

CHEM 8528: Supramolecular Chemistry

Supramolecular chemistry can be defined as the study of chemical systems involving aggregates of molecules or ions held together by non-covalent interactions. This course will survey the concepts, major research areas and applications of modern supramolecular chemistry including intermolecular interactions, molecular recognition, supramolecular devices, self-assembly, supramolecular materials, molecular topology, biomimetic systems and molecular machines. (2 […]

CHEM 8530: X-ray Crystallography

Theoretical and experimental aspects of single crystal X-ray diffraction methods for the determination of molecular structures. (2 lecture hours a week.)

CHEM 8535: Organometallics for Clean Energy Conversion

This course exposes students to the use of organometallic chemistry for clean energy conversion. The content will be broken up into four major sub-sections regarding Earth’s hydrogen, carbon, nitrogen, and oxygen cycles. Topics of interest will include (but are not limited to): i) assessing the energy challenge; ii) nuclear energy; iii) hydrogen as an energy […]

CHEM 8538: Advanced Topics in Organometallic Chemistry

Topics to be arranged by the instructor, based primarily upon new developments in the field as illustrated by the current research interests of the faculty, as well as by a study of the current literature. (2 lecture hours a week.)

PHYS 9680: Elementary Particles and Their Symmetries

Symmetries and conservation laws, group representations, and particle muliplets; Lie groups and algebras; generators and weights of SU(n); the quark model; quantum chromodynamics; electro-weak interaction theory; supersymmetry; path integrals and Feynman diagrams.

BIOL 8410: BCN Training Course

This short, intensive course examines specialized topics in Behaviour, Cognition and Neuroscience through collaborative presentations with leaders in the field. Students are required to understand the background of the specialized topic, and to participate in colloquia and laboratory experiments with visiting BCN scientists.

BIOL 8450: Sensory Ecology

This seminar/lecture course will examine interconnections between sensory biology and ecology as they relate to the evolution of signal reception. Special emphasis is placed on a comparative approach to understanding sensory neurobiology and the current state of the field of sensory ecology. (Note: It is recommended that students taking this course have completed Principal Neuroscience […]

BIOL 8400: Behavior and Physiology of Fishes

The goal of this course is to increase one’s understanding of current research in the behaviour and physiology in fishes by synthesizing and evaluating current literature, leading class discussions, assessing presentations of others and by preparing a review paper based on research ideas presented in the course. (Prerequisite: Any two of the following undergraduate courses […]

BIOL 8470: Comparative Cognition

Evidence of general and specialized cognitive processes in human and non-human organisms will be investigated. Topics to be covered include perception, attention, and memory, concept formation, ecological and evolutionary bases of cognitive processes. Current research on these and other topics will be reviewed and discussed in a seminar format. (Prerequisite: Any two of the following […]

BIOL 8408: Advanced Behavioural Neurobiology

In depth case analyses will be conducted to show how animals have developed neural mechanisms to solve behavioral problems encountered in their specific environmental niches. Topics will cover sensory processes, motor strategies, and plastic changes of behavior. General principles in behavioral neurobiology will be discussed after examination of individual cases. Important research methods in behavioral […]

BIOL 8418: Advanced Topics in Neurophysiology

This course emphasizes synaptic organization of the brain. It examines how physical stimuli are converted by neurons into sensations and how movement is controlled through integrative neuronal action. The mechanisms of learning and memory will be discussed at the neuronal and molecular levels. Important experimental approaches in contemporary neurophysiology will also be introduced. (Note: It […]

BIOM 8008: Special Topics in Biomedical and Translational Health Science

Selected topics of current interest in the fields of Biomedical Sciences which may vary from year to year. (May be repeated for credit only if content changes. (Prerequisite: Admission into the professional Translational Health Sciences Master’s program or permission of instructor.) (Registration in all courses required for the semester.)

BIOM 8700: Professional Development Seminar in Translational Health Sciences

Students will gain transferrable skills necessary for their professional development in translational health sciences careers. Students will work in groups to study current challenges in translational health sciences that are presented by guest speakers from academia, health care professions, and industry. In developing solutions to these challenges, students will have opportunities to practice and receive […]

BIOM 8705: Experiential Learning Placement in Translational Health Sciences Research

Students will gain practical experience working in small groups on a translational health sciences research project together with a research advisor (e.g., academic faculty or health care professional) and the instructor. Students will participate in a 216-hour experiential placement that will be supplemented with weekly lectures, meetings, and/or presentations. At the start of the 12-month […]

BIOM 8710: Cancer Cell Biology

Contemporary diagnostics and treatments of cancer have dramatically decreased mortality. Nevertheless, cancer continues to claim more than 83,000 lives annually in Canada. In Cancer Cell Biology our primary focus will be on the mechanisms that are corrupted in cancer cells and the differences in vulnerability among tissues. Secondarily, will review technologies used to define pathways […]

BIOM 8720: Fundamentals of Oncology

Using a problem-based learning approach, students will explore the diagnosis, pathophysiology, treatment, and prevention measures for various cancers. Multiple cases will be introduced each semester, consisting of a mix of lectures and tutorials. Cases will be developed and presented by the instructor and will include guest speakers engaged in clinical oncology research and/or patient care. […]

CHEM 8008: Directed Special Studies

A special course of studies with content and direction approved by the student’s research advisor and supervisory committee. Although there may be no formal lecture requirements, the course will be equivalent to three one-hour lectures a week for one term. The student will be required (a) to produce a critical review which will be assessed […]

CHEM 8308: Special Topics in Organic Chemistry

Topics may include polymer chemistry, natural product chemistry, physical organic chemistry, or design and execution of organic syntheses. (Prerequisite: CHEM-3310 or consent of instructor.) (2 lecture hours a week.)

CHEM 8318: Current Topics in Organic Chemistry

Topics to be arranged by the instructor, based primarily upon new developments in the field as illustrated by the current research interests of the faculty, as well as by a study of the current literature. (Prerequisites: CHEM-3310 or consent of instructor.) (2 lecture hours a week.)

BIOC 8684: Cell death, diseases, and Natural Health Products

This course will cover a detailed biochemical study of physiological (apoptosis and autophagy) and pathological (necrotic) cell death in mammalian systems, and how these cellular processes play important role during the development of various diseases, including viral infection, cardiovascular diseases, neurodegenerative disorders and cancers. It will also present and discuss various preventative and therapeutic developments […]

PHYS 8000: Seminar for MSc Students

In order to receive credit for this course, a student should participate in the weekly departmental seminar throughout their M.Sc. studies, and annually present a seminar on a topic approved by the Seminar Coordinator. A Pass/Fail grade will be assigned.

PHYS 8110: Advanced Quantum Theory II

Number representations and second quantization. Dirac equation. An introduction into quantum electrodynamics and the electro-weak theory. (Prerequisite: PHYS-8100.)

PHYS 8150: Atomic and Molecular Processes I

Atomic/molecular beam methods and techniques. Collision phenomena in atomic and molecular scattering, including elastic, inelastic and reactive scattering, excitation, ionization, and charge exchange. Detailed discussion of the experimental results and their interpretation in terms of interatomic/ molecular forces and potentials.

PHYS 8151: Atomic and Molecular Processes II

A variety of topics in electron and photon collisions highlighting current advances in these fields and including total and differential elastic and inelastic scattering of electrons and positrons, resonances, polarization, coherence and correlation effects, post-collision interactions, photon-stimulation spectroscopy. (Prerequisite: PHYS-8150.)

PHYS 8160: Condensed-Matter Physics

Elements of crystallography, crystal diffraction, reciprocal lattices, lattice dynamics and thermal properties of solids, phonons, solution of Schroedinger equation in periodic potential, band theory, Fermi surfaces of metals and semiconductors, optical properties of dielectrics

PHYS 8170: Theory of Atomic Structure and Atomic Spectra

Rotation matrices, 3n-j coefficients and graphical techniques for angular-momentum coupling, irreducible tensor operators, the Wigner-Eckart theorem and applications, the density matrix, interactions of atoms with external fields.

PHYS 8180: Molecular Spectroscopy

Diatomic molecules, Born-Oppenheimer approximation, adiabatic potentials, Hund’s coupling cases, rotational, vibrational, and electronic states and associated spectra. Applications of group theory to the structure and spectra of polyatomic molecules.

PHYS 8250: Design and Application of Lasers

Stimulated emission, rate equation approach to amplification and output power calculations; Gaussian beams, stable and unstable resonators; Q-switching, mode-locking and cavity-dumping; ruby, Nd:YAG and other solid state lasers; semi-conductor, gas and dye lasers.

PHYS 8510: Theory of Particle Scattering

Classical theory of scattering. Formal quantum theory. The definitions of cross sections, transition probabilities and related concepts. The Born approximation, phase shifts.

PHYS 8600: Special Topics in Physics

Advanced topics in contemporary physics not normally covered in other courses. (May be repeated when the topic is different.) (Prerequisite: consent of instructor.)

PHYS 8650: Theory and Applications of Thin Films

Definition of thin films and their classification; methods of preparation; elements of high-vacuum technology; thin-film formation, structure and methods of investigation; mechanical, optical, electrical properties of thin films and their application in modern technology.

PHYS 8660: Atmospheric and Environmental Physics

Physics of the atmosphere, general description and layering, interactions of incoming and outgoing radiations, greenhouse effect, atmospheric thermodynamics and stability, cloud physics, atmospheric dynamics, gravity waves and turbulence, atmospheric photochemistry, ozone layer, upper atmosphere, plasma and hydromagnetic effects, ionospere, air glow and aurora.

PHYS 8670: Applications of Electron, Ion and Atomic Beams

Non-relativistic theory of charged particles in electric and magnetic fields. Review of matrix optics, electrostatic lenses, magnetic lenses, electrostatic and magnetic vector fields. Applications to energy and mass analysis. The Liouville Theorem and its consequences. Dense electron beams and applications.

PHYS 9000: Seminar for PhD Students

In order to receive credit for this course, a student should participate in the weekly departmental seminar throughout their PhD. studies, and annually present a seminar on a topics approved by the Seminar Coordinator. A Pass/Fail grade will be assigned.

PHYS 9610: Selected Topics in Theoretical and Experimental Physics

These courses (PHYS-9610, PHYS-9620) consist of two survey lecture series to be selected from among several which will be offered each year. Each lecture series lasts for approximately half a term. Credit may not be obtained for any survey courses in subjects in which the student has taken another graduate course.

PHYS 9620: Selected Topics in Theoretical and Experimental Physics

These courses consist of two survey lecture series to be selected from among several which will be offered each year. Each lecture series lasts for approximately half a term. Credit may not be obtained for any survey courses in subjects in which the student has taken another graduate course.

PHYS 9130: Statistical Physics I

Review of thermodynamics; information theory. The many-body problem in quantum mechanics, particle number representation. Statistical (density) matrix. The perfect gas, real gases, dense plasma, applications.

ESCI 8700: Research Methods in Geochemistry

Sampling of geological materials. Sampling statistics. Modern analytical methods in geochemistry theory and selected applications. Data analysis. (Prerequisite: consent of instructor.) (3 lecture and/or project hours a week.)

ESCI 8710: Advanced Topics in Geoinformatics

Selected analytical and processing techniques in geographical information systems (GIS), remote sensing (RS), environmental modelling, and spatial decision support systems (SDSS). Spatial data acquisition methods and database integration. Application examples and technical issues. (Prerequisite: consent of the instructor.) (3 seminar hours per week.)

ESCI 8720: Advanced Integration of Remote Sensing and GIS Techniques

Lectures, readings and practical projects will focus on image rectification, restoration, registration, and integration of digital photographic, multispectral scanner data, radar image data and ancillary data in a GIS environment. Multitemporal data merging, change detection procedures, and multi-source image classification decision rules will also be emphasized. (Prerequisite: ESCI-8710 or consent of instructor.) (3 lecture, seminar, […]

ESCI 8730: Environmental Modelling and Spatial Simulation

The modelling process; integrating environmental models and GIS; spatial heterogeneity and representative areal units; measurement scales vs. process scales; sensitivity and uncertainty analysis; model complexity; effects of input data quality; simulation model experiments; technical and conceptual limits of environmental modelling. Students will complete a small research project. (Prerequisite: ESCI-8710, or consent of instructor.) (3 seminar […]

ESCI 8800: Graduate Seminar

Discussion of current topics in the earth sciences in seminars given by students, faculty members, and visiting speakers. Students are expected to participate in discussions and present a seminar. (Students must register in this course in the Fall and Winter terms of full-time registration in the M.Sc. program and in the first two years of […]

ESCI 8900: Master’s Thesis Proposal

Preparation of a written report containing: a thorough review of the literature relevant to the proposed research topic; an outline of the proposed research including a discussion of the expected contributions to the subject area and how these relate to previous work; a description of the relevant methods; and the expected timetable to completion. The […]

ESCI 9900: Doctoral Research Proposal

Preparation of a written research proposal containing: a thorough review of the literature relevant to the proposed research topic(s); an outline of the proposed research including a discussion of the expected contributions to the subject area and how these relate to previous work; a description of the relevant methods; and the expected timetable for completion. […]

BIOC 8000: Protein Chemistry I

Protein chemistry; chemical modification, protein folding, post-translational modification, lipoproteins, and glycoproteins. (Prerequisite: BIOC-3130 or equivalent.) (2 lecture hours a week.)

BIOC 8010: Protein Chemistry II

Biophysical chemistry, advanced kinetic techniques, pre-steady state, perturbation based methods, review of instrumentation, and examples of how these techniques are currently used to solve biochemical problems. (Prerequisite: BIOC-8000.) (2 lecture hours a week.)

BIOC 8020: Structural Proteomics and Its Applications

This course provides an introductory overview of the technologies and practices in structural proteomics and its applications. It will cover the history, current status, and the workflow of high-throughput approaches to structural biology. It will introduce the concepts of drugability, target selection and validation, chemical probes, chemogenomics in modern drug discovery and the critical role […]

BIOC 8030: Integrative Biological Mass Spectrometry

This course will focus on the theory and applications of biological mass spectrometry. The most common types of ionization methods and mass analyzers will be thoroughly presented including data interpretation. A major part of the course will be to discuss the applications of this technique in identifying multiprotein complexes, mapping post-translational modifications, structural biology, and […]

BIOC 8203: Scattering Techniques in Biochemistry

In order to understand the biological role of different bio-molecules, it is necessary to determine the mesoscopic structure of well-defined systems. Neutron and X-ray scattering are non-invasive, probe-free techniques that have been used extensively in such systems to probe length scales ranging from angstroms to microns, and dynamics occurring over picosecond to millisecond time scales. […]

BIOC 8260: Analytical Toxicology

Analysis of drugs and other toxic substances in biological fluids. The metabolism of drugs as well as the symptomology of poisoning of common therapeutic drugs and the more common industrial chemicals will be discussed. (Prerequisites: BIOC-3100 and BIOC-3110, or consent of instructor.) (2 lecture hours a week.)

BIOC 8404: Computational Enzymology

Computational enzymology is the study of all enzyme-related aspects using computers. It is a powerful and insightful approach for investigating and elucidating the properties, behaviours, and mechanisms of enzymes as well as related aspects such as protein-protein and protein-drug interactions. For instance, it includes mining databases to identify potential ligands (drugs), molecular dynamics (MD) simulations […]

BIOC 8580: The Human Subject: Animal-Free Methods in Biomedical Research and Toxicology

The future of biomedical research and chemical safety testing is human-centred. In line with emerging global trends, this course exposes students to key concepts and methodologies in alternatives to animal testing. From genomics to whole body physiology and systems biology to personalized medicine and computational toxicology, the course offers a comprehensive overview of human biology-based […]

BIOC 8640: Advanced DNA Science

An advanced lecture and seminar course dealing with DNA science. The lectures cover the biochemistry of DNA and RNA at the molecular levels, the current research topics and their implications for the future research. The course also contains a seminar component in which a number of selected topics will be discussed and presented by and […]

BIOC 8760: Clinical Biochemistry

Clinical Biochemistry is concerned with the analysis and testing of bodily fluids and tissues. This field is fundamental to patient care and contributes significantly to the diagnosis, treatment, monitoring and prognosis of disease processes. This course is designed to introduce students to the field by covering areas including quality control in clinical testing, automation, clinical […]

BIOC 8780: Biotechnology Entrepreneurship

Entrepreneurship in Biotechnology will provide students an introduction to the complexities and unique problems facing the biotechnology industry. Students will be exposed to the topics most critical for successfully founding, financing and operating a life science company, and will be expected to perform many of the same tasks that founders would normally undertake. Discussions with […]

BIOC 8790: Biotechnology Laboratory

This intensive laboratory course will primarily simulate the discovery and rapid characterization of genes and gene products (i.e. proteins). Laboratory experiments will include cutting edge biotechnology techniques and traditional biochemical methodology. Students will be introduced to techniques including nucleic acid isolation and amplification (i.e. PCR), regulation of gene expression, cloning, protein isolation and purification, enzyme […]

BIOL 8004: Selected Readings in the Biological Sciences

Current publications on common themes of potential significance in students’ area of study will be chosen for round table oral presentation and discussion. Multiple sections, each with enrollment of 8-12 students will be offered in the fall term of each year as required. This course is intended for graduate students in Biological Sciences only. (2 […]

BIOL 8008: Special Topics in Biological Sciences

Special Topics in the Biological Sciences courses may be used to introduce a new graduate offering, typically on a “trial” basis. Approved courses taken at Wayne State University or elsewhere, or courses offered by visiting professors may also fall into the category of Special Topics in the Biological Sciences. A limited number of these courses […]

BIOL 8014: Selected Readings in the Biological Sciences

Current publications on common themes of potential significance in students’ area of study will be chosen for round table oral presentation and discussion. Multiple sections, each with enrollment of 8-12 students will be offered in the winter term of each year as required. This course is intended for graduate students in Biological Sciences only. (2 […]

BIOL 8018: Techniques in Molecular Biology

A course designed to introduce the student to a variety of biochemical, cellular, and molecular techniques. This course is composed of a series of topics from which students are required to participate in a minimum of four. The topics include: chromatography, electrophoresis, immunocytochemistry, electron microscopy, cell culture, cloning and nucleic acid analysis, computer-based protein and […]

BIOL 8208: Special Topics in Population and Environmental Biology

This is a regularly offered course covering subjects that reflect current graduate program needs and departmental expertise in specific areas. The course addresses one or more theme subjects in any particular term. Students receive a course credit for each term in which they register for this course provided that a particular theme is not repeated. […]

BIOL 8270: Fundamental Topics in Population and Evolutionary Biology

Major topics may include the evolution of mating systems, population structure and demography, population genetics and life history variation, theory of optimal resource use. (Prerequisite: consent of instructor.) (3 lecture/discussion hours a week.) (Offered in alternate years.)

BIOL 8280: Fundamental Topics in Community Biology

Major topics include niche and diversity theory, trophic complexity and community stability, assembly of guilds, ecosystem structure and function, biogeography. (Prerequisite/corequisite: BIOL-3250, or consent of instructor.) (3 lecture/discussion hours a week.) (Offered in alternate years.)

BIOL 8508: Special Topics in Molecular and Developmental Biology

This is a regularly offered course covering subjects that reflect current graduate program needs and departmental expertise in specific areas. The course addresses one or more theme subjects in any particular term. Students receive a course credit for each term in which they register for this course provided that a particular theme is not repeated. […]

BIOL 8900: Experimental Design and Analysis in Biological Research

Discussion of philosophical and quantitative approaches used to investigate biological systems, with emphasis on design and implementation of efficient and unbiased experiments. Students will use expertise acquired in lectures and readings to constructively evaluate their own and others’ research proposals through round table discussions and individual presentation. (Prerequisite/corequisite: BIOL-3022, or consent of instructor.) (2 discussion […]

BIOL 8970: Thesis Research

An original research project embodied into a concisely written thesis which conforms to the style and format of a recognized journal in the field of specialization. The student should register for this course during each term (including Summer) of residency at the University; however, this course may not be used for credit toward fulfilling the […]

BIOL 9980: Dissertation Research

An original research investigation the results of which will be embodied in a concisely written dissertation conforming in style and format to a recognized journal in the field of specialization. The final paper should be of the highest quality possible and suitable for publication. The doctoral student should register for this course commencing the summer […]

ESCI 8100: Advanced Topics in Geochemistry

A discussion of key concepts in geochemistry. Topics may include aqueous complexation and solubility, mineral stability, radiogenic and stable isotopes, fluid phase equilibria, trace elements, thermodynamics, and kinetics. (Prerequisite: consent of instructor.) (3 lecture and/or seminar hours a week.)

ESCI 8110: Advanced Topics in Geophysics

Recent advances in selected geophysical topics. Subjects may include paleomagnetism and environmental magnetism, tectonophysics, modern analytical methods or exploration geophysics. Lectures and seminars on fundamentals and selected case histories. (Prerequisite: consent of the instructor.) (3 lecture and/or seminar hours per week.)

ESCI 8310: Numerical Simulation of Subsurface Fluid Migration

Numerical modelling theory, methods and implementation into computer software for subsurface fluid flow and mass transport; finite difference method; finite element method; integral equation method; conceptual model design and sensitivity analysis; applications to exploration, environmental and engineering issues. (3 lecture/seminar hours a week.)

ESCI 8400: Advanced Topics in Igneous Petrology and Global Tectonics

Petrochemistry of igneous rocks in important geotectonic settings and implications for mantle and crustal processes. Precambrian greenstone belt magmatism and crustal evolution. Major and trace element geochemistry and stable and radiogenic isotopic systematics of igneous rocks. (Prerequisite: ESCI-8100 or consent of instructor.) (3 lecture and/or seminar hours a week.)

ESCI 8410: Advanced Topics in Sedimentology and Sedimentary Geochemistry

Principles of facies models as derived from modern environments and ancient successions; geochemistry and mineralogy of sedimentary rocks and natural waters; chemistry and mineralogy of weathering; geochemical facies analysis; fractionation of elements and isotopes during sedimentation; chemical diagenesis; organic matter and mineral diagenesis; geochemical evolution of sedimentary rocks through geologic history. (Prerequisite: ESCI-8100 or consent […]

CMDC 8501: Critical Theories of Communication and Media

This course offers an advanced examination of core concepts, perspectives, and areas of research in the field of communication and media studies. Students will explore a range of critical theoretical approaches that are representative of those currently being used or developed by researchers in the field.

CMDC 8502: Research Methods

This course provides an overview of a range of contemporary research methods in media/communication studies. Students will develop skills to evaluate the appropriateness of methods for different research purposes, critically review extant scholarly literature, and examine the ethics and politics of the research process.

CMDC 8512: Communication and Social Movements

This course draws upon an array of relevant theoretical perspectives to examine how traditional and non- traditional forms of communication/media have been used within, and by, a variety of social movements. Students will explore the contribution of new/emerging communication technologies/platforms to social activism and social movements; representations of social movements in the context of political/economic/social […]

CMDC 8513: History of Communication Thought and Technology

This course examines the historical development of communication technology from a variety of approaches including western philosophy, critical political economy, gender studies, anti-colonialism, science and technology studies (STS), and dependency theory, among others. Communication thought from the Greeks to the present will be analyzed to develop a broader critique of dominant power relations and inequitable […]

CMDC 8515: Topics in Cultural Studies

This course surveys the historical and intellectual foundations of cultural studies and explores the contemporary relevance of this approach to understanding media and popular culture. Any range ofimagemedia genres, texts, practices, institutions, signifying systems, and circuits of production/consumption may be examined in terms of their aesthetics, representational and cultural politics, power dynamics, and ideological underpinnings.

CMDC 8518: City as Media

The seminar will explore theoretical approaches to the ways in which urban spaces, everyday life, and city stories are articulated and imagined through media, arts and technologies. Seminar participants will develop research papers and experience-based creative projects about Windsor and/or Detroit. Students will examine films, stories, sounds and other media objects that reflect the urban, […]

CMDC 8520: Directed Study

Normally reserved for students not writing a thesis. With approval of the graduate program director, a student may undertake to write an original paper on a specialized topic which will enhance his or her program of study. The course will involve directed supervision of readings and informal discussion with the student’s course supervisor.

CMDC 8590: Selected Topics

Selected advanced topics in Communication Studies based on special faculty interests and opportunities afforded by the availability of visiting professors. Special topics courses are subject to Graduate Committee approval. (May be repeated for credit provided that the topics differ.) (3 lecture hours a week.)

MACS 8000: Directed Individual Studies

This course involves examination of a particular problem in a specific area of interest in which a paper will be required. (May be repeated for credit with permission of the MFA. Program Coordinator.)

MACS 8600: Seminar on Contemporary Issues

Current issues in art criticism and theory will be considered through reading, discussions, museum trips, guest lectures and research papers culminating in a seminar presentation by individual students on specific issues.

MMCE 8820: Introduction to Materials Engineering and Chemistry

This two-term introductory course provides the foundational knowledge of materials engineering and chemistry required for further study in the MMCE program. It covers the mechanical, optical, and electronic properties of a wide range of materials and their preparation methods. Emphasised is the interconnectivity between structures of materials at atomic, molecular, and supramolecular length scales and […]

MMCE 8821: Materials Engineering Laboratory/Materials Chemistry Laboratory

The laboratory is designed to familiarize students with the use of materials testing and characterization equipment commonly found in industrial and research laboratories. This laboratory will provide hands-on skills for the synthesis of conductive, surface active, and carbon-rich materials. It will also provide hands-on skills on the characterization of materials optoelectronic and thermomechanical properties by […]

MMCE 8905: Advance Seminar in Materials Chemistry and Engineering

This mandatory seminar course focuses on the intersection of materials chemistry and engineering in cutting edge research and development for industrial and commercial applications. A series of seminar presentations will be delivered by invited guest speakers from both academia and industry across North America to address current and emerging topics such as environmental footprints, green […]

BIOC 8700: Human Physiology and Mechanisms of Disease

This course will cover the field of physiology as it relates to the further understanding, diagnostics, treatment, and human disease-mechanisms of disease. The course is taught from a holistic approach that provides key insights into cellular physiology and associated molecular aspects of biology related to human disease. The course will outline the principles and practice […]

BIOC 8720: Biochemistry and Cell Biology of Lipids and Membranes

This course focuses on the biochemistry and cell biology of lipids and their role in cellular signaling, with a particular emphasis on the experimental basis of current knowledge. Topics covered include lipid biochemistry, membrane biophysics, the biochemistry and metabolism of small molecules such as steroids and leukotrienes, and an integrative assessment of the role of […]

BIOC 8730: Drugs: From Discovery to Market

This course will introduce students to the relevant concepts and applications of organic synthesis and chemical characterization that lead to the discovery and rational design of therapeutic agents. In addition, the course will cover the fundamentals of the clinical trials process and best regulatory practise’s in pharmaceutical industries. (Enrolment restricted to MMB students.)

BIOC 8740: Protein Structure and Function

This course will review and examine the principles of protein structure and how it applies to protein function. Moreover, how protein function is controlled and functional genomics will also be considered. Methodologies used in protein structure determination including mass spectrometry and its applications will also be highlighted. The laboratory section of the course will focus […]

BIOC 8750: Strategic Management of Biotech Innovations

The course will provide an overview of the principles underlying the strategic management of innovation with a focus on the biotechnology sector. Topics will include: (i) Sources, types and patterns of innovation (ii) Timing of entry and approaches to improve timing options, (iii) Budget allocation for sustainable RandD projects, (iv) Collaboration strategies, (v) Ways to […]

MATH 8120: Functional Analysis I

Normed linear spaces and examples, Hahn-Banach theorem, open mapping theorem, principle of uniform boundedness, weak and weak topologies on Banach spaces, Hilbert spaces and bounded linear operators on Hilbert spaces.

MATH 8130: Functional Analysis II

Banach algebras and spectral theory, operator theory, C*-algebras and their representations, elementary von Neumann algebra theory.

MATH 8200: Abstract Algebra

Elements of group theory are explored including such topics as: the Sylow Theorems, classification of groups of low order, Jordan-Holder Theorem, solvable groups, nilpotent groups, groups in terms of generators and relation, representations of groups, basic operations on representations, orthogonality relations

MATH 8210: Ring Theory and Modules

This course is designed to introduce students to the structure theory of general rings and their modules. It will provide an appropriate foundation for more advanced graduate material in algebra at the doctoral level and will be an excellent preparation for doctoral comprehensive examinations. Topics covered will include: semi simple rings, Wedderburn-Artin Theorem, modules over […]

MATH 8220: Introduction to Field Theory

This course will cover polynomial rings, splitting fields, the fundamental theorem of Galois theory, Galois’ criterion for solvability by radicals, algebraically closed fields, and finite fields. (Prerequisites: MATH-2251 and MATH-3200) (Cross-listed with MATH-4230.)

MATH 8230: Lie Algebras

Engel’s Theorem, Lie’s Theorem, criterion for semi simplicity, root space decomposition, universal enveloping algebra, PBW basis, representation theory, finite dimensional modules, Harish-Chandra’s Theorem.

MATH 8250: Matrix Algebra and Analysis

Aspects of measure theory and probability, convergence theorems for integrations and expectations, moments and inequalities, construction of Lebesgue-Stieltjes measure, Riemann-Stieltjes integral, comparison of Riemann and Lebesgue integrals, introduction to complex variable, contour integration, characteristics functions, elementary theorems on linear and matrix algebra, generalized and conditional inverses, distributions of quadratic forms. This course is designed for […]

MATH 8300: General Topology

Elementary concepts of topology, product and quotient spaces, continuity and homeomorphisms, nets and filters, separation and countability, compactness, connectedness.

MATH 8510: Advanced Linear Programming

By presenting results and their proofs, the student will acquire a solid understanding of the theory, algorithms and applications of linear programming. This course is a prerequisite for more advanced courses on integer programming, combinatorial optimization and networks flows. Topics emphasized include: formulations of linear programming problems, convex sets and convex functions, separation theorem, Farkas’ […]

MATH 8520: Nonlinear Programming

This course will provide an introduction to the field of nonlinear programming. By presenting results and their proofs, the student will acquire a solid understanding of the theory behind most algorithms for solving nonlinear optimization problems. He/she will also acquire the knowledge and skills needed to conduct research in this area. Topics covered will include: […]

MATH 8530: Integer Programming

This course will provide the student with a rigorous introduction to the field of integer programming. Topics covered will include: modelling with integer variables, elements of computational complexity theory, elements of polyhedral theory, total unimodularity, branch and bound methods, cutting plane methods, implicit enumeration, Bender decomposition, dynamic programming, lagrangian relaxation, knapsack problems, set covering/packing/partitioning problems, […]

MATH 8540: Combinatorial Optimization

This course will provide a rigorous introduction to combinatorial optimization. The student will develop a solid understanding of the theory, algorithms and applications of these problems and their connections to integer programming, linear programming and complexity theory. Topics will include: formulation of combinatorial optimization problems, polytopes and polyhedra, elements of computational complexity theory, shortest paths, […]

MATH 8610: Partial Differential Equations

First-order equations, classification of second-order equations, canonical forms and general solutions of second-order equations, diffusion equations, Laplace equations, the maximum principle and uniqueness for the Dirichlet problem, wave equations, Riemann’s method for linear hyperbolic equation, Green’s functions and transform methods.

MATH 8680: Numerical Analysis I

General error analysis, direct solution of linear algebraic equations, iterative solution of linear equations, algebraic eigenvalue problems, numerical solution of a system of nonlinear equations, error analysis.

MATH 8690: Numerical Analysis II

Interpolation and approximation, numerical integration and differentiation, finite differences. Numerical solution of ordinary and partial differential equations using finite differences.

MATH 8820: Portfolio Optimization

This is a first course on Markowitz mean-variance portfolio optimization. The course will cover quadratic programming, parametric quadratic programming, the efficient frontier, the capital asset pricing model, Sharpe ratios and implied risk-free returns, portfolio optimization with constraints, and quadratic programming solution algorithms; also covered are professional writing and presentation skills and the use of optimization […]

CMDC 8500: Pro-Seminar

An introduction to research in the field of critical communication/media studies. This seminar explores the intellectual history, central debates, and current research trends of the field and encourages students to develop, and actively reflect upon, their own research interests and goals. The seminar also fosters a variety of intellectual skills and practical considerations relevant to […]

SACR 8610: Crime and Exclusion

An exploration of research and theory on the conception, construction, and production of crime and other exclusionary processes. Substantive topics may include violence, victimization and the impact of culture, borders, inequalities, and regulatory agencies on crime and deviance.

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