Apr 29, 2024  
2019-2020 Academic Calendar Mount Royal University 
    
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2019-2020 Academic Calendar Mount Royal University [ARCHIVED CATALOG]

Courses

To search for scheduled classes by term, use the Class Schedule.
 

Art History
  

  • ARTH 3313 - Impressionism: Art, Leisure & Society


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course will focus on the social history of Paris 1865-1885 as reflected in the subject matter of Impressionist art, particularly leisure. Issues such as industrialization, class, the secularization of society, the critic-dealer, and gender inequality also figure prominently.

    Recommended Preparation: Any 1000-level Art History course.
    GNED Cluster 2 - Tier 3

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ARTH 3315 - Art & Ideas


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Art and Ideas investigates the discipline of art history through the exploration of influential art historical methodologies and theoretical perspectives that have emerged in the discipline.

    Recommended Preparation: Any 1000-level Art History course.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ARTH 3317 - Contemporary Art from 1970 to Today


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course examines Contemporary art from 1970 to the present in different geographic contexts focusing on various genres, themes and stylistic movements. In exploring the changing meaning of visual culture, the lectures analyze the theories, concepts and institutions informing current art practices.

    Recommended Preparation: Any 1000-level Art History Course.
    GNED Cluster 2 - Tier 3

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ARTH 3401 - The Grand Tour: Travel Studies in Western Europe


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    The art and architecture of selected western European regions will be explored from an interdisciplinary perspective as a prelude to a field study trip to Europe, offering students an experiential knowledge and a greater appreciation of the regions’ artistic and cultural history.

    Prerequisite(s): GNED 1201 , GNED 1202 , or GNED 1203  and consent of the department.
    Recommended Preparation: ARTH 1101  and/or ARTH 1103 .
    Note: Students will be responsible for paying all costs, including travel, associated with the field trip.

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ARTH 3402 - Travel Studies in Art and Architecture


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course is designed to promote a first-hand and focused engagement with art, architecture, and current exhibition practices. The locations of study will vary but will include at least one multi-night trip to destinations such as New York, Chicago, Los Angeles, Toronto and Montreal.

    Recommended Preparation: ARTH 1101  and/or ARTH 1103 
    Note: Students will be responsible for paying all costs, including travel, associated with the field trip.

    GNED Cluster 2 - Tier 3

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ARTH 4199 - Directed readings


    Credit(s): 3
    Lecture Hours Schedule Type: Directed Reading
    Subject to the approval of the Chair. Directed Readings are intended to provide a more flexible approach for students who want to pursue and receive credit in areas of study which are of particular interest to them. Two Directed Reading courses can be used for graduation purposes but they must be in different disciplines. A Directed Reading cannot replicate an existing course. The objectives of the Directed Reading course(s) must be filed in the Office of the Registrar and will be made available to any institution requesting them for evaluation purposes. Arrangements for Directed Readings must be completed on or before the Add/ Drop deadline.

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ARTH 4411 - Poetic Intentions in Architecture


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This advanced seminar examines significant buildings with the intention of discovering their essential nature. Students will explore architecture as the embodiment of ideas through the investigation of concepts ranging from light, transparency, opacity and texture, to more nuanced themes, such as the narrative of passage, extreme topographies and genius loci. The seminar provides opportunities for the exploration of links between theory and design in contemporary architecture.

    Prerequisite(s): Any one of ARTH 2205 , ARTH 2207 , ARTH 2209 , ARTH 3199 , ARTH 3309 , ARTH 3311 , ARTH 3313 , ARTH 3315 , ARTH 3317 , ARTH 3401  or ARTH 3402 
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

Astronomy
  

  • ASTR 1101 - The Solar System


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This is primarily a descriptive course aimed at non-science students Conceptual understanding will be stressed over strict mathematical derivation. The topics covered in this course emphasize astronomy in our own solar neighbourhood. Topics include the Sun, the terrestrial and Jovian planets and their moons, comets, asteroids, as well as the formation of the solar system.

    Note: Only one of Astronomy 1101 and ASTR 1301  can be used for graduation purposes.

    GNED Cluster 1 - Tier 2

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ASTR 1103 - The Universe at Large


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This is primarily a descriptive course aimed at non-sciencestudents. Conceptual understanding will be stressed over strict mathematical derivation. The topics covered in this course emphasize larger-scale astronomy. Topics include the lives and deaths of stars, supernovae, pulsars, black holes, the Milky Way and other galaxies, active galaxies and quasars, and cosmology.

    Note: Only one of Astronomy 1103 and ASTR 1303  can be used for graduation purposes.

    GNED Cluster 1 - Tier 2

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ASTR 1301 - Planetary Astronomy


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course covers basic concepts of astronomy, with emphasis on our solar system. Topics include Newton’s laws and gravitation, the terrestrial and Jovian planets, comets, asteroids, the formation of the solar system, and extra-solar planets. This course stresses scientific explanation and uses mathematics, the language of science, whenever possible.

    Prerequisite(s): Mathematics 30-1 or Mathematics 30-2 or equivalent and Physics 30 or equivalent or PHYS 1201 , all with minimum grades of 60% or C-. 
    Note: Only one of ASTR 1101  and ASTR 1301 can be used for graduation purposes.

    GNED Cluster 1 - Tier 2

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ASTR 1303 - Stars, Galaxies, and Cosmology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course covers basic concepts of astronomy, with emphasis on the universe outside the solar system. Topics include the properties of the Sun and other stars, the life and death of stars, galaxies, large-scale structure, and cosmology. This course stresses scientific explanation and uses mathematics, the language of science, whenever appropriate.

    Prerequisite(s): Mathematics 30-1 or Mathematics 30-2 or equivalent and Physics 30 or equivalent or PHYS 1201 , all with minimum grades of 60% or C-. 
    Note: Only one of ASTR 1103  and ASTR 1303 can be used for graduation purposes.

    GNED Cluster 1 - Tier 2

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ASTR 2105 - Astrobiology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course will give an overview of the major topics in astrobiology. Topics include life on Earth, the conditions and possibility for life elsewhere in the solar system, the detection and properties of exoplanets, and SETI (Search for Extraterrestrial Intelligence). This course stresses scientific explanation and uses mathematics, the language of science.

    Prerequisite(s): PHYS 1201  and BIOL 1202 , both with grades of C- or higher. 
    GNED Cluster 1 - Tier 3

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ASTR 2107 - Celestial Mechanics and Relativity


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course is an introduction to the subjects of celestial mechanics and special relativity, building on the prerequisites to develop a more advanced understanding of mechanics. It applies Newtonian mechanics to problems of interest in astronomy, such as planetary orbits, tidal effects and rigid body motion. It then goes on to investigate how Newtonian mechanics breaks down for large speeds and is replaced by special relativity.

    Prerequisite(s): PHYS 1201   and MATH 1202   or MATH 2200 , both with grades of C- or higher.
    Recommended Preparation: ASTR 1301 .
    Note: PHYS 2107   and ASTR 2107 are identical courses. Only one of these courses will count towards GPA calculation and graduation.

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ASTR 3107 - Physical Cosmology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This is an introductory course on physical cosmology, the branch of astronomy concerned with the origin of the universe and its subsequent evolution. The Big Bang Theory has become the standard theory of modern physical cosmology, and this course will develop the mathematical framework behind this theory and examine the constraints observations have placed on this theory. Typical topics to be covered include the Friedmann equation, the cosmic microwave background, the geometry of the universe, primordial nucleosynthesis, the cosmological constant, inflation, dark matter, and dark energy.

    Prerequisite(s): MATH 1202  or MATH 2200 , and PHYS 1201  with grades of “C-” or higher, or department consent.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule

Athletic Therapy
  

  • ATTH 2112 - Clinical Musculoskeletal Anatomy

    (formerly HPED 2112)
    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course builds on concepts taught in the first year course, Human Anatomy. The focus of this course is specific to regional musculoskeletal and neurological anatomy. In addition, this course will focus on surface anatomy and palpation skills. Students will apply anatomical principles to range of motion/goniometry testing and introduce the basics of therapeutic exercise. Practical aspects of this course will be integrated into lectures. 

    Prerequisite(s): PHYL 1512  with a minimum grade of B.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ATTH 2505 - Prevention and Care of Athletic Injuries

    (formerly HPED 2505)
    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 2

    This course provides a study of the responsibilities of physical educators toward the basic principles of athletic therapy and their role in the prevention and treatment (first aid) of athletic injuries.

    Prerequisite(s): PHYL 1512  with a minimum grade of C.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ATTH 3110 - Musculoskeletal Assessment - Peripheral

    (formerly HPED 3110)
    Credit(s): 3
    Lecture Hour(s): 2
    Lecture Hours Schedule Type: Lecture
    Tutorial Hour(s): 2

    This course involves the study of athletic injuries that fall into the category of complex injuries, repetitive trauma; injuries common to athletics will be approached from the perspective of differential diagnosis. Assessment techniques utilized by Certified Athletic Therapists will be taught. Practical experience will emphasize the assessment of injured athletes as well as the utilization of appropriate intervention skills. This course will deal with the following joints: finger, wrist, hand, forearm, elbow, shoulder, knee, lower leg and foot.

    Prerequisite(s): HPED 2050 , HPED 2830 , HPED 2850 , PHYL 3514  and PHYL 3516 .  ATTH 2112  and​ ATTH 2505  with a minimum grade of B-. Successful completion of both the Mount Royal University First Responder for Athletic Therapy course and the Taping and Prophylactic Support course.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ATTH 3120 - Therapeutic Modalities

    (formerly HPED 3120)
    Credit(s): 3
    Lecture Hour(s): 2
    Lecture Hours Schedule Type: Lecture
    Tutorial Hour(s): 2

    This course will provide theoretical and practical in-depth knowledge of the safe and effective use of clinical modalities. Some of the topics include a review of the injury process, the transmission of energy, use of thermal agents, use of electrical agents and use of mechanical agents. These modalities are those typically used by Certified Athletic Therapists in Canada.

    Prerequisite(s): HPED 2050 , HPED 2830 , HPED 2850 , and PHYL 3514  and PHYL 3516 . ATTH 2112   and ATTH 2505   with a minimum grade of B-. Successful completion of both the Mount Royal University First Responder for Athletic Therapy course and the Taping and Prophylactic Support course.
    Prerequisite(s)/Corequisite(s): HPED 3030 .
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  
  

  • ATTH 3150 - Clinical Practicum I

    (formerly HPED 3150)
    Credit(s): 1.5
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Other Hour(s): 8
    Other Hours Schedule Type Practicum

    This is an introductory level clinical placement with an approved agency that focuses on clinical skills. Participants will participate in lectures once every two weeks, complete 100 hours of practicum and complete the assignments as required.

    Prerequisite(s): HPED 2050 , HPED 2830 , HPED 2850 , PHYL 3514 , and PHYL 3516 . ATTH 2112  and ATTH 2505  with a minimum grade of B-. Successful completion of both the Mount Royal University First Responder for Athletic Therapy course and the Taping and Prophylactic Support course.
    Corequisite(s): ATTH 3110 . 
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ATTH 3152 - Clinical Practicum II

    (formerly HPED 3152)
    Credit(s): 1.5
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Other Hour(s): 8
    Other Hours Schedule Type Practicum

    This is an intermediate level clinical practicum with an approved agency that focuses on a higher level of responsibilities and expectations with clinical assessment and rehabilitation skills. Participants will participate in lectures once every two weeks, complete 100 hours of practicum and complete the assignments as required.

    Prerequisite(s): ATTH 3110 , ATTH 3120 , and ATTH 3150 .
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ATTH 3160 - Field Practicum I

    (formerly HPED 3160)
    Credit(s): 1.5
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Other Hour(s): 8
    Other Hours Schedule Type Practicum

    This is an introductory level field placement with an approved agency that focuses on field management skills. Participants will participate in lectures once every two weeks, complete 100 hours of practicum and complete the assignments as required.

    Prerequisite(s): HPED 2050 , HPED 2830 , HPED 2850 , PHYL 3514 , and PHYL 3514 . ATTH 2112  and ATTH 2505  with a minimum grade of B-. Successful completion of both the Mount Royal University First Responder for Athletic Therapy course and the Taping and Prophylactic Support course.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ATTH 3162 - Field Practicum II

    (formerly HPED 3162)
    Credit(s): 1.5
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Other Hour(s): 8
    Other Hours Schedule Type Practicum

    This is an intermediate level field placement with an approved agency that focuses on a higher level of responsibilities and expectations with field management skills. Participants will participate in lectures once every two weeks, complete 100 hours of practicum and complete the assignments as required.

    Prerequisite(s): ATTH 3110 , ATTH 3120 , and ATTH 3160 .
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ATTH 4110 - Musculoskeletal Assessment - Spinal

    (formerly HPED 4110)
    Credit(s): 3
    Lecture Hour(s): 2
    Lecture Hours Schedule Type: Lecture
    Tutorial Hour(s): 2

    This course involves the study of athletic injuries that fall into the category of complex injuries, repetitive trauma; injuries common to athletics will be approached from the perspective of differential diagnosis. Assessment techniques utilized by Certified Athletic Therapists will be taught. Practical experience will emphasize the assessment of injured athletes as well as the utilization of appropriate intervention skills. Specific joints to be covered are: Cervical, Thoracic, Lumbar, Pelvis and Hip.

    Prerequisite(s): ATTH 3130 , ATTH 3152 , and ATTH 3162 .
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ATTH 4130 - Rehabilitation Techniques II

    (formerly HPED 4130)
    Credit(s): 3
    Lecture Hour(s): 2
    Lecture Hours Schedule Type: Lecture
    Tutorial Hour(s): 2

    This course will build on the concepts learned in PHED 3301, PHED 3303, PHED 3305 and PHED 3307. This course will integrate the assessment and rehabilitation of the body as a whole, viewing assessment and rehabilitation as a kinetic chain. Rehabilitation will be studied from the acute stage through to the chronic stages of an injury. This course will address the typical situations a Certified Athletic Therapist in Canada is confronted within a clinical setting.

    Prerequisite(s): ATTH 3130 , ATTH 3152 , and ATTH 3162 .
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ATTH 4140 - Practical Clinical Management and Administration

    (formerly HPED 4140)
    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course will cover the theoretical and practical skills needed to operate an athletic therapy clinic or practice privately, with an athletic team or in conjunction with other paramedical professionals. Topics such as business plan writing, budgetary issues, marketing issues, personnel hiring and evaluation, physical planning of a clinic and operating, licensing, and codes will be covered.

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ATTH 4150 - Clinical and Field Practicum III

    (formerly HPED 4150)
    Credit(s): 3
    Lecture Hour(s): 2
    Lecture Hours Schedule Type: Lecture
    Other Hour(s): 13.5
    Other Hours Schedule Type Practicum

    This is an advanced level field and clinical practicum with an approved agency that focuses on a higher level of responsibilities and expectations with field management and clinical skills. Participants will participate in lectures each week, complete 175 hours of practicum and complete the assignments as required.

    Prerequisite(s): ATTH 3110 , ATTH 3130 ,  ATTH 3152  and ATTH 3162 .
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ATTH 4152 - Clinical and Field Practicum IV

    (formerly HPED 4152)
    Credit(s): 3
    Lecture Hour(s): 2
    Lecture Hours Schedule Type: Lecture
    Other Hour(s): 13.5
    Other Hours Schedule Type Practicum

    This is an advanced level field and clinical practicum with an approved agency that focuses on supervised autonomy. This is the capstone course that prepares students for professional entry. Students will be expected to demonstrate a competency level at which they can practice independently. Students will participate in lectures each week, complete 175 hours of practicum and complete the assignments as required.

    Prerequisite(s): ATTH 4110  and ATTH 4150 .
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • ATTH 5100 - Issues in Athletic Therapy

    (formerly HPED 5100)
    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course will include the study and investigation of sports medicine topics that have a direct and indirect impact on Certified Athletic Therapists in Canada. This course is offered in a series of lectures, discussions, guest presentations, student presentations and self-study modules.

    Prerequisite(s): ATTH 4150 .
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule

Biochemistry
  

  • BCEM 2201 - General Biochemistry


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    This course deals with the biochemistry of the major groups of biological molecules. Topics include carbohydrates, polypeptides, lipids, nucleic acids, and their precursors. Laboratory exercises will involve the isolation and characterization of selected biological molecules.

    Prerequisite(s): CHEM 2101  with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BCEM 3201 - Protein Biochemistry


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    The structure function relationships that exist within this broad category of biomolecules will be investigated. Topics will include levels of protein structure, domains, mosaics, and functional roles of selected proteins or protein classes. Laboratory exercises will involve the utilization of purification techniques in the isolations of selected proteins from simple cellular systems.

    Prerequisite(s): BCEM 2201  with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BCEM 3202 - Enzymes and Metabolic Systems


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    Students will investigate the nature of catalytic proteins, their properties, and the kinetics of enzyme catalyzed reactions. An understanding of these concepts will then be applied to some of the important metabolic pathways that support life. Laboratory exercises will highlight the study of enzymes and metabolism.

    Prerequisite(s): CHEM 2102  with a grade of C- or higher, and BCEM 2201  with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BCEM 4212 - Biochemical Pharmacology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course covers the fundamental biochemical and physiological concepts of pharmacology. Important concepts include drug administration, sites of action, distribution, metabolism, elimination and adverse effects. The biochemical mechanisms themselves and how they are related to physiological states and effects such as neuronal excitation,blood pressure, and inflammation will be examined. Frequently encountered drugs are used to illustrate these concepts.

    Prerequisite(s): BCEM 2201  and CHEM 2102  with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BCEM 4302 - Advanced Bioanalytical Chemistry


    Credit(s): 3
    Lab Hour(s): 6

    Working in groups, students will propose and develop a small research project through which they will gain hands-on experience using modern techniques such as ultra-high performance chromatography and tandem mass spectrometry applied to biological questions. These projects will also involve analysis of complex datasets and communication of the results.

    Prerequisite(s): CHEM 4301  and BCEM 3201  or BCEM 3202  all with a C- grade or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule

Biology
  

  • BIOL 0115 - Introduction to Biology


    Credit(s): 0
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Blended, Lecture
    Lab Hour(s): 3

    This is a credit-free upgrading course; special fees apply. Topics included in the course are: cell structure; organelle function; transport mechanisms; enzymes and metabolism; metabolic pathways of respiration and photosynthesis; human systems of digestion, respiration and excretion; ecology and humans’ relationship to the environment.
    Corresponding Alberta High School Equivalent: Biology 20.

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 0130 - Fundamentals of Biology


    Credit(s): 0
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture, Blended, Online
    Lab Hour(s): 3

    Tutorial Hour(s): 1

    This is a credit-free upgrading course; special fees apply. Topics in this course include: mitotic and meiotic processes; molecular genetics; Mendelian genetics and heredity; population genetics; basic physiology and anatomy of the human nervous, circulatory, reproductive and endocrine systems.
    Corresponding Alberta High School Equivalent: Biology 30.

    Recommended Preparation: BIOL 0115  or Biology 20.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 1202 - Introduction to Cell Biology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    This course will employ an inquiry approach to expose students to the biology of the cell. The major groups of biological molecules will be studied prior to introducing students to how these macromolecules interact to form prokaryotic or eukaryotic cells. Laboratories will introduce students to basic equipment and techniques used in the study of cells and also develop authentic laboratory skills.

    Prerequisite(s): Chemistry 30 or equivalent.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 1204 - The Evolution of Eukaryotes


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    This course follows BIOL 1202  and moves from an investigation of cellular biology to the mechanisms of evolution which has provided much of the diversity seen in modern eukaryotes. It will provide insight into the necessity and methods of determining evolutionary history using the major groups Protista, Fungi, Plants, and Animals. Evolution will be used as a context in which biological diversity can be explained.

    Prerequisite(s): BIOL 1202  with a grade of C- or higher.
    Note: Credit can only be obtained for one of BIOL 1204 or BIOL 1205 . BIOL 1204 is required for certain majors in the Bachelor of Science and the Biology minor. Students who are not in the Bachelor of Science or the Biology minor may instead take BIOL 1205 .

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 1205 - The Organization and Diversity of Life


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course introduces students to the diversity of living organisms and to the common patterns of organization and function that unite them. Particular emphasis is placed on evolution as a unifying principle in biology. The evolutionary history of modern organisms is explored.

    Note: Credit can only be obtained for one of BIOL 1204  or BIOL 1205. BIOL 1204  is required for certain majors in the Bachelor of Science and the Biology minor. Students who are not in the Bachelor of Science or the Biology minor may instead take BIOL 1205.

    GNED Cluster 1 - Tier 2

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 1216 - Human Physiology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    This course describes how the systems of the human body perform their functions. Topics include physiology of the nervous system, hormonal control mechanisms, muscle physiology, body defence mechanisms and physiology of the reproductive, circulatory, respiratory, urinary and digestive system. Labs are designed to let the student discover and gain an appreciation of how his/her body functions.

    Prerequisite(s): Biology 30 or equivalent.
    Note: Only one of BIOL 1216 or PHYL 2514 can be used to satisfy the graduation requirements in the Bachelor of Health and Physical Education program.

    GNED Cluster 1 - Tier 2

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 1220 - Anatomy and Physiology I


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    A basic course in human anatomy and physiology designed for students in the health studies fields. Topics include: terminology, membranes, skin and glands, cells and tissues, the skeletal system, the muscular system, central and peripheral nervous systems, autonomic nervous system, and the endocrine system. Each topic includes an emphasis on homeostasis.

    Fall Schedule
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  • BIOL 1221 - Anatomy and Physiology II


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    This course is a continuation of BIOL 1220  and involves a second semester of basic human anatomy and physiology. It includes the following systems and areas: the cardiovascular system, the lymphatic system, the immune system, the respiratory system, digestion and nutrition, the urinary system, body fluids, electrolytes and fluid balance, the reproductive systems and embryology. Each topic includes an emphasis on homeostasis.

    Prerequisite(s): BIOL 1220  with a minimum of C-.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 2101 - Genetics


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 2

    This course will provide an overview of genetic principles through the historical recounting of seminal work and the logic used therein, and then connect theory to practical skills such as gene mapping and pedigree interpretation. Students will be introduced to the connection between the central dogma of modern biology (replication, transcription, and translation) and the establishment of phenotype. It is strongly suggested that students do not enroll in this course until their second year of studies.

    Prerequisite(s): BIOL 1204  or equivalent, with a grade of C- or higher.
    Fall Schedule
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    Summer Schedule
  

  • BIOL 2102 - How They Do It: Patterns of Reproduction


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Reproduction is one of the fundamental properties of living systems. This course will cover a broad range of biological topics using reproduction (both asexual and sexual) as a unifying theme.

    Prerequisite(s): GNED 1101 , GNED 1102  or GNED 1103 , with a grade of C- or higher.
    Note: This course is not recommended for students majoring in the biological sciences.

    GNED Cluster 1 - Tier 3

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 2105 - Microbiology I

    (formerly MIBI 2201)
    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    Microbiology is the study of microscopic organisms and non-cellular infectious agents. This course provides an introduction to microbiology, with emphasis on the evolution, structure, and function of bacteria, archaea and viruses. The laboratory component of the course provides students with hands-on experience in the culture, characterization and identification of microorganisms.

    Prerequisite(s): CHEM 1201 , CHEM 1202 , and BIOL 2101 , with grades of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 2110 - Comparative Vertebrate Anatomy and Physiology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course examines the evolution, anatomy, and physiology of vertebrates. Using a comparative approach, this course explores the diversity of ways vertebrates evolve, survive, and thrive in their environments. Particular emphasis will be placed on development, the vertebrate anatomical body plan, and how anatomy, physiology, and environment are interconnected from an evolutionary perspective.

    Prerequisite(s): A grade of C- or higher in BIOL 1204 .
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 2202 - Cellular and Molecular Biology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course provides a thorough study of cell structure and function. Topics studied are (a) basic genetic mechanisms including the characteristics of chromosomes, DNA replication and repair, transcription and translation, and the regulation of gene expression, (b) methods used to study macromolecules and to visualize cells, (c) characteristics of membranes, (d) organelles, (e) cell communication, (f) the cell cycle and cell division, (g) cell junctions, cell adhesion and the extracellular matrix, and (h) cancer.

    Prerequisite(s): BIOL 2101  or equivalent with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 2203 - Human Anatomy


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    This course provides a systematic survey of the structure of the human body. Topics include cells and tissues of the body plus the anatomy of the skeletal, articular, muscular, digestive, respiratory, urinary, reproductive, circulatory, nervous, integumentary and endocrine systems. Labs are designed to provide practical demonstrations that parallel the material discussed in the lectures. It is strongly suggested that students do not enroll in this course until their second year of studies.

    Prerequisite(s): BIOL 1202  with a grade of C- or higher.
    GNED Cluster 1 - Tier 2

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 2213 - Principles of Ecology and Evolution


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    This course introduces ecological processes and evolutionary principles that explain the origin, maintenance, and dynamics of biological diversity. Ecological interactions will be studied to understand the evolution of traits, and the dynamics of populations and communities. Mechanisms of genetic change of populations will be discussed and how these changes give rise to large-scale evolutionary patterns.

    Prerequisite(s): BIOL 1204  with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 2214 - Invertebrate Zoology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    A survey of the diversity and evolution of invertebrate animals. Functional morphology, phylogeny, and life cycles are emphasized. Laboratory components include the study of both preserved specimens and live animals.

    Prerequisite(s): BIOL 1204  with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 2309 - Plants and People


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course deals with human interaction with plants as sources of food, fuel, shelter, fiber, medicine and psychoactive substances. The impact of plants on culture and religion will be explored. Plant improvement by traditional and modern methods will also be discussed.

    Prerequisite(s): GNED 1101 , GNED 1102  or GNED 1103  with a grade of C- or higher.
    GNED Cluster 1 - Tier 3

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3101 - Molecular Genetics


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    Prokaryotic and eukaryotic chromosome structure; DNA replication, repair, transcription, RNA translation and processing, and mechanisms of gene regulation will be studied. In the laboratory, students will characterize an unknown gene by practicing techniques such as genomic DNA isolation, plasmid transformation and purification, restriction mapping, Southern blotting, and polymerase chain reaction (PCR).

    Prerequisite(s): BIOL 2105  and BIOL 2202  or equivalents with grades of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3102 - Cell Dynamics and Signalling


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    This course explores cell signalling, proliferation, differentiation, and programmed cell death. Readings of primary scientific literature are required as part of the lecture component. In the laboratory, students will use cell culture, vital staining, and methods in basic light and fluorescence microscopy to understand cell structure and physiology.

    Prerequisite(s): BIOL 2105 ,  BIOL 2202  and BCEM 2201  with grades of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3103 - Introduction to Biophysics


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Tutorial Hour(s): 1.5

    The aim of this course is to apply concepts and laws of physics to the study and understanding of living systems. As shown in the course outline, the topics that will be covered are: biomechanics of bone and muscle, hemodynamics, diffusion and osmosis, physics of respiration and cough, heat regulation mechanisms, electroreception and conduction of impulses along the nervous system, magnetic sense, and the physics of vision and hearing.

    Prerequisite(s): PHYS 1202  and BIOL 1202 , both with grades of C- or higher. 
    Note: PHYS 3103  and BIOL 3103 are identical courses. Only one of these courses will count towards GPA calculation and graduation. 

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3104 - Human Physiology I


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    This course deals with the normal functions of and interactions between organs and organ systems in the human body. The emphasis will be on how these functions are controlled in the normal state and how they are integrated in the whole organism. The major topics studied in this course include: homeostasis, signal transduction and intercellular communication, properties of excitable cells, the nervous system, the muscular systems, the endocrine system and the reproductive system.

    Prerequisite(s): BIOL 2202  and BIOL 2203  and CHEM 1201  and CHEM 1202  with grades of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3105 - Microbiology II

    (formerly MIBI 3105)
    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Building on concepts introduced in Microbiology I, this course explores how microbes impact our health and our environment, and how medical and industrial applications of microbiology improve our lives. Class discussions and assignments address topics such as innate and acquired immunity, normal microbiota, infection and pathogenicity, prevention and treatment of infecious disease, epidemiology, biogeochemical cycles, biodegradation and bioremediation.

    Prerequisite(s): BIOL 2105 , BCEM 2201  and BIOL 2202 , or equivalents, with grades of C- or higher.
    Recommended Preparation: MATH 2233 .
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3106 - Evolutionary Biology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    All biological systems are the product of evolution and thus can only be fully understood from this perspective. This course will introduce the major themes of evolutionary biology through readings, lectures, videos, discussions and laboratory exercises. Topics will include: development of evolutionary theory, insect mimicry, basic population genetics, species concepts, evolution of altruism, sexual selection, human variation and evolution.

    Prerequisite(s): BIOL 1204  with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3107 - Evolution in Health and Disease

    (formerly BIOL 4204)
    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course explores ways in which an understanding of evolutionary mechanisms both aids in the understanding of disease processes and informs the development of effective treatments. Emphasis will be placed on ‘civilized diseases’, which result from mismatch between our evolutionary history and modern lifestyles. In addition to evolution within our species, the course will examine co-evolutionary processes between pathogens/parasites and their human hosts.

    Prerequisite(s): BIOL 1204  with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3108 - Conservation Biology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course examines the principles of conservation biology: the scientific study of biological conservation and diversity. Topics will include minimum viable population size and population viability analyses, conservation genetics, biogeography, metapopulation dynamics, and extinction vulnerability. We will focus on the issues of habitat loss and fragmentation, invasive species, and the challenges of conserving populations.

    Prerequisite(s): BIOL 2213  with a grade of C- or higher, or equivalent.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3203 - Genomes


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 1

    Students will apply what they’ve learned about gene structure and cell biology in preceding courses to study cases of human diseases. The structures of the genomes from human and model systems will be compared. Online bioinformatics and proteomics exercises will allow students to take a hands-on approach toward investigating disease and evolutionary theories in the context of modern biology.

    Prerequisite(s): BIOL 2202  and BCEM 2201  with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3204 - Histology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    The course provides an introductory survey of the microscopic structure and organization of human cells, tissues and organ systems with an emphasis on the relationships between structure and function. The labs, which involve extensive microscopy, are strongly integrated with the lectures. Appropriate examples of histopathology will be explored.

    Prerequisite(s): BIOL 2203  with a grade of C- or higher. 
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3205 - Human Physiology II


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    This course is a continuation of BIOL 3104 - Human Physiology I . The major topics studied in this course include the immune system, blood, the cardiovascular system, the respiratory system, the urinary system, the digestive system, fluid and acid-base balance, metabolism and thermoregulation, and the body’s response to exercise stress.

    Prerequisite(s): BIOL 3104  with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3207 - Human Conception


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course explores what is known and not known about the science of human conception. From sperm meets egg to embryo implantation in the uterus, it will cover current topics such as fertility, artificial reproductive technologies (e.g. in vitro fertilization, sperm donation), and stem cell medicine. 

    Prerequisite(s): A grade of C- or higher in one of GNED 1101 , GNED 1102 , or GNED 1103 .
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3216 - Human Adaptation to Environmental Stress


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course will address human physiological responses and adaptations to extreme and diverse environmental conditions. Using applied examples and case studies, the problems of hypoxia (high altitude), high pressure (diving and submarines), high gravitational forces (fighter pilots), microgravity (space flight), and excessive heat, cold and humidity may be examined, in addition to other topics where possible. Students will play an active role in their understanding of environmental physiology through completion of an independent research paper and presentation of a specific area of interest. Although no background preparation in physiology is required, this course will have the assessment expectations of a third year course.

    Prerequisite(s): One of GNED 1101 , GNED 1102  or GNED 1103  with a minimum of C- or higher, or with the consent of the department.
    GNED Cluster 1 - Tier 3

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3299 - Directed Readings


    Credit(s): 3
    Lecture Hours Schedule Type: Directed Reading
    Subject to the approval of the Chair. Directed Readings are intended to provide a more flexible approach for students who want to pursue and receive credit in areas of study which are of particular interest to them. Two Directed Reading courses can be used for graduation purposes but they must be in different disciplines. A Directed Reading cannot replicate an existing course. The objectives of the Directed Reading course(s) must be filed in the Office of the Registrar and will be made available to any institution requesting them for evaluation purposes. Arrangements for Directed Readings must be completed on or before the Add/ Drop deadline.

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 3301 - Animal Behaviour


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course provides an introduction to the science of animal behavior from an evolutionary perspective. Students will explore the theories and mechanisms to understand how and why animals behave the way they do. Topics will draw on examples from across the animal kingdom to illustrate diversity of behaviours.

    Prerequisite(s): BIOL 2213  and one of MATH 2233  or MATH 2234 .
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 4101 - Advanced Cellular and Molecular Biology I


    Credit(s): 3
    Lab Hour(s): 6

    In this course students carry out one or more laboratory research projects, obtaining experience with experimental design, data analysis, and laboratory techniques. Lectures provide students with guidance and relevant theoretical information.

    Prerequisite(s): BIOL 3101 , BIOL 3102  and BIOL 3203  each with a grade of C- or better.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 4102 - Pathophysiology: Mechanisms of Disease


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Students will study the development and consequences of diseases that result from alterations in the function of molecules, cells, organs and systems, including the influence of environment and genetics. The course will use a multidisciplinary approach to understand basic disease processes and their underlying mechanisms. The course will focus on a selected set of human diseases, chosen to illustrate fundamental features of pathophysiological processes.

    Prerequisite(s): BIOL 2202 , BIOL 3204 , BIOL 3205  and BCEM 2201 , each with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 4202 - Advanced Cellular and Molecular Biology II


    Credit(s): 3
    Lab Hour(s): 6

    In this course, students continue their laboratory research projects from the prerequisite course (Biology 4101 - Advanced Cellular and Molecular Biology I), obtaining experience with experimental design, data analysis, and laboratory techniques. Lectures provide students with guidance and relevant theoretical information.

    Prerequisite(s): BIOL 4101  with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 4207 - Womb to Tomb: Embryology, Development and Aging


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    This course examines the complete arc of the human life cycle, from fertilization to senescence. Particular emphasis will be placed on embryological development, and on ways in which diseases associated with aging may be forestalled, minimized or prevented. Labs will be devoted to the examination of chick and pig embryos.

    Prerequisite(s): BIOL 3204  with a grade of C-or higher, or equivalent.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 4209 - Neuroscience


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course is an exploration of the expansive field of neuroscience through a multidisciplinary examination of current research. The latest discoveries and techniques in the field will underscore an investigation into hot topics including neurogenesis, learning and memory, addiction, stress, pain, cognition and consciousness, emotional processing, motor control and selected diseases and disorders. An integrative understanding of the topics at a cellular, systems and behavioural level will be emphasized.

    Prerequisite(s): BIOL 3102  or BIOL 3205 , both with a grade of C-or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 4211 - Applied Human Physiology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    This course will build on the knowledge of basic physiology of humans to address the integrated physiological responses of human subjects to work, exercise and environmental extremes. In addition, interactions between these stresses and aging, gender, heredity, nutrition and disease may be discussed. Students will play an active role in developing their understanding of applied human physiology through laboratory exercises, an independent group laboratory project and writing an independent literature review paper in a specific area of interest.

    Prerequisite(s): BIOL 3205  with a grade of C- or higher.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 4299 - Directed Readings


    Credit(s): 3
    Lecture Hours Schedule Type: Directed Reading
    Subject to the approval of the Chair. Directed Readings are intended to provide a more flexible approach for students who want to pursue and receive credit in areas of study which are of particular interest to them. Two Directed Reading courses can be used for graduation purposes but they must be in different disciplines. A Directed Reading cannot replicate an existing course. The objectives of the Directed Reading course(s) must be filed in the Office of the Registrar and will be made available to any institution requesting them for evaluation purposes. Arrangements for Directed Readings must be completed on or before the Add/ Drop deadline.

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 4310 - Molecular Ecology


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 3

    Molecular ecology is the study of the genetics of natural populations, and the application of molecular genetics to answer fundamental and applied ecological and evolutionary questions. Lectures and seminars in this course will cover topics ranging from theoretical populations genetics to applied evolutionary genetics, and will draw heavily on peer-reviewed literature, published data sets, and student-generated data. The lab component of this course will involve the application of molecular genetics protocols (e.g., isolation of DNA from animal and plant tissues, DNA fingerprinting, and gene sequencing) and field techniques (e.g., sample collection, species identification, and specimen handling).

    Prerequisite(s): BIOL 2101  with a minimum grade of C- or consent from the department.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 5201 - Independent Projects I


    Credit(s): 3
    Lab Hour(s): 6

    This course provides the student with the opportunity to do real biological scholarship. The student will be expected to design and complete a project of their choosing in an area of biology under the guidance of a faculty supervisor. The project results will be presented as a paper and an oral seminar to the department. (After consultation with a departmental faculty member who will supervise the project, permission to take the course must be obtained from the department chair.)

    Prerequisite(s): Any 3000 level Biology course and consent of the department.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 5202 - Independent Projects II


    Credit(s): 3
    Lab Hour(s): 6

    This course provides the student with the opportunity to do real biological scholarship. The student will be expected to design and complete a project of their choosing in an area of biology under the guidance of a faculty supervisor. The project results will be presented as a paper and an oral seminar to the department. (After consultation with a departmental faculty member who will supervise the project, permission to take the course must be obtained from the Department Chair.)

    Prerequisite(s): BIOL 5201  and consent of the department.
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 5203 - Cellular and Molecular Biology Capstone

    (formerly BIOL 4203)
    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Current topics in cellular and molecular biology, and related fields, will be explored through faculty- and student-led seminars. The seminar discussions will focus on peer-reviewed literature, covering both recent and landmark papers in selected topics. Students are required to present the findings of recent papers, participate in analysis of the findings, and complete written critical reviews of selected topics.

    Prerequisite(s): A grade of C- or higher in BIOL 4101. 
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 5208 - Anatomy and Physiology Capstone

    (formerly BIOL 4208)
    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This is an interactive seminar and project-based course in which students will explore the themes of critical appraisal of scientific and medical literature, scientific integrity and professionalism, and scientific communication. Students will be given the opportunity for in-depth independent investigation on a topic of their choice in the area of human health science and related fields. A critical written review and oral presentation of the topic, as well as ongoing thoughtful contribution to class discussions will be required.

    Prerequisite(s): A grade of C- or higher in all of BIOL 3204 , BIOL 3205,  and PHIL 2223. 
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BIOL 5301 - Evolution and Ecology Capstone

    (formerly BIOL 4301)
    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This is a seminar and project-based course that explores current researchin the fields of evolution, ecology, conservation, and organismal biology. Seminar discussions will critically examine the peer-reviewed literature on selected topics. Students will be required to lead seminars, participate in group discussions, and provide written analyses and reviews of current topics.

    Prerequisite(s): A grade of C- or higher in BIOL 3106. 
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule

Broadcast Media Studies
  

  • BMST 1401 - Digital Audio Production

    (formerly COMM 1401)
    Credit(s): 3
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 2

    Broadcast Media Studies students will be introduced to the fundamental theories and practices of digital audio production as it pertains to radio, television, and internet-based multimedia elements. The history and evolution of production techniques will be covered from its roots in traditional oral storytelling to the latest creative approaches, to the use of sound.

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BMST 1402 - Writing for Digital Audio

    (formerly COMM 1402)
    Credit(s): 3
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Tutorial Hour(s): 2

    Students will learn the distinct approaches and nuances of writing for the listening audience, whether for traditional broadcast radio, internet, or mobile applications. A range of narrative styles and forms will be introduced. News, commercial and creative programming will form the basis of the content students will write and produce. 

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BMST 1404 - Digital Video Production

    (formerly COMM 1404)
    Credit(s): 3
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 2

    This course provides students with an overview of technical theory in video production for television and multimedia. Students will learn best-practice fundamentals for working with software and equipment and come to understand the critical role production plays in broadcast storytelling.

    Prerequisite(s): BMST 1401  and BMST 1402 .
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BMST 1405 - Writing for Digital Video

    (formerly COMM 1405)
    Credit(s): 3
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Tutorial Hour(s): 2

    This course will introduce students to the principles of storytelling for television and digital video, tracing its theoretical development and its application to broadcast and web-based media. Different creative styles and forms of content including news, current affairs, corporate communications, advertising and other programming genres will be examined.

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BMST 2400 - Broadcast Media Law and Ethics

    (formerly COMM 2400)
    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course explores the legal and ethical issues routinely faced by broadcasters in the production of advertising, programming and news content, including freedom of expression, graphic imagery, privacy concerns and issues of influence.

    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BMST 2401 - Digital News Gathering

    (formerly COMM 2401)
    Credit(s): 3
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 2

    Tutorial Hour(s): 1

    Through course work and assignments, students will develop research, interviewing, reporting, writing and presentation skills using digital news gathering equipment and techniques. Students will apply these skills to radio, television and internet productions such as newscasts, current affairs programs, and university sports coverage.

    Prerequisite(s): BMST 1401 , BMST 1402 , BMST 1404 , BMST 1405  and BMST 2400 .  
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  
  

  • BMST 2404 - Digital Advertising Production

    (formerly COMM 2404)
    Credit(s): 3
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Tutorial Hour(s): 2

    Following on other course work in the program, students will further enhance their abilities to produce in-studio audio, on-location audio, and video advertising projects. Students will develop practical writing, operational skills, and will concentrate on client relations, as well as director and producer roles and responsibilities.

    Prerequisite(s): BMST 1401 , BMST 1402 , BMST 1404 , BMST 1405  and BMST 2400 . 
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BMST 2405 - Broadcast Presentation

    (formerly COMM 2405)
    Credit(s): 3
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Tutorial Hour(s): 2

    In order to achieve an understanding of performance for audio and video, this course introduces students to broadcast media presentation, including styles and demographics, and the physiology of vocal work. Students will develop their own voice and presentation potential for broadcast media, as well as learn to guide and direct the vocal and presentation talents of others.

    Prerequisite(s): BMST 1401 , BMST 1402 , BMST 1404 , BMST 1405  and BMST 2400 . 
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BMST 3401 - Diversity in Media

    (formerly COMM 3401)
    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Students will be exposed to theoretical perspectives on the ways culture, race, religion, gender and other lines of difference shape media discourse. Given Canada’s history and legislated commitment to multiculturalism in broadcast media, students will explore the forces that affect how marginalized groups are represented in media and examine strategies to ensure equitable coverage.

    Prerequisite(s): BMST 2400 .  
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BMST 3403 - Multimedia Content Production

    (formerly COMM 3403)
    Credit(s): 3
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Tutorial Hour(s): 2

    Students study different formats of programming for video, radio/audio and podcasts outside the news genres. The production of current affairs, talk, drama and comedy shows will be examined. Students will apply theories learned in class to programs they develop, write and produce themselves.

    Prerequisite(s): BMST 2400 , BMST 2401 , BMST 2404  and BMST 2405 . 
    Fall Schedule
    Winter Schedule
    Spring Schedule
    Summer Schedule
  

  • BMST 3404 - Senior Roles in the Digital Newsroom

    (formerly COMM 3404)
    Credit(s): 3
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Lab Hour(s): 2

    Tutorial Hour(s): 1

    This course will emphasize the responsibilities associated with newsroom leadership roles, such as news director, anchor, host, assignment editor, and producer. Students will oversee radio, TV, and internet productions of newscasts, current affairs programs, and university sports coverage. Principles of newsroom management, including story vetting, assignment, line-up, program development, and formatting, will be stressed. Students in this course will oversee newsroom operations and will have the opportunity to collaborate with classmates in their second-year.

    Prerequisite(s): BMST 2401  and BMST 2405 . 
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  • BMST 3405 - Multimedia Content Management

    (formerly COMM 3405)
    Credit(s): 3
    Lecture Hour(s): 1.5
    Lecture Hours Schedule Type: Lecture
    Tutorial Hour(s): 1.5

    Content management for media producers is growing ever more complex and sophisticated. The utilization of social media to build an audience and monetize content is vital to sustainability. Different platforms lend themselves to different approaches to content. This class will use discussion and analysis of multiple media content systems, as well as experiential learning methods to understand concepts. Students will develop skills necessary for implementing a multimedia content strategy.

    Prerequisite(s): BMST 2400 , BMST 2401 , BMST 2404  and BMST 2405 . 
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  • BMST 4401 - Independent Media Project I


    Credit(s): 3
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Tutorial Hour(s): 2

    Students will study and put into practice the storytelling approaches, techniques and theory they have acquired over the first three years of the program. During the semester, students will be assigned to work in a group that will create an interest-based media production. Students in each group will research and develop a plan for pre-production, production and a post-production proposal. Media and topics are chosen by the student in consultation with the instructor.  The final media project is a culmination of a student’s development in the Broadcast Media Studies Program, which includes a strong emphasis on team work, professionalism, and critical thinking

    Prerequisite(s): All of BMST 3403 , BMST 3404  and BMST 3405 . 
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  • BMST 4402 - Media Governance


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course gives students an understanding of broadcast organizations and companies, including the varied landscape of media ownership, content distribution, revenue sources, and licensing requirements. Factors such as new technology, copyright and challenging economic environments will be examined in the context of how these factors impact the product.

    Prerequisite(s): All of BMST 2402 , BMST 3403 , BMST 3404 , BMST 3405  and COMM 3500 .
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  • BMST 4403 - Media Entrepreneurship


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    Media students today face a much different employment and business environment than their predecessors. This course introduces entrepreneurship by exploring the emerging range of business models in the media industry. Students will learn about entrepreneurship and innovation as they develop a business plan for their own potential media ventures, deploying a practical framework that integrates research, practice, and case studies. Innovation in the media-sphere will be considered across a range of digital media applications, including - but not limited to - independent production, crowd-sourcing, freelancing, native advertising and branded content

    Prerequisite(s): JOUR 3729  or both of BMST 3403  and BMST 3405 .
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  • BMST 4404 - Case Studies in Media and Society


    Credit(s): 3
    Lecture Hour(s): 3
    Lecture Hours Schedule Type: Lecture
    This course breaks down the symbiotic relationship between a range of social organizations and the media. Students will come to understand the influence of power, political economy, technology and culture on media content and audiences. They will explore these influences and impact in such arenas as sports, politics, the arts, human rights and the environment, all in the context of an evolving, shifting media landscape.

    Prerequisite(s): All of BMST 3403 , BMST 3404 , BMST 3405 , COMM 3500  and JOUR 3737 . 
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  • BMST 4405 - Independent Media Project II


    Credit(s): 3
    Lecture Hour(s): 1
    Lecture Hours Schedule Type: Lecture
    Tutorial Hour(s): 2

    Having completed Independent Media Project I, students will embark on their own, individual media project in this final senior course. They will spend the semester on a solo production, researching, developing and executing a plan for pre-production, production and a post-production media project, a centerpiece for their portfolios. Students will also be required to serve as production support for other members of the class. Media and topics are chosen by the student in consultation with the instructor.

    Prerequisite(s): BMST 4401 .
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  • BMST 4490 - Broadcast Workplace Preparation Seminar

    (formerly COMM 4490)
    Credit(s): 0
    Lecture Hour(s): 1.5
    Lecture Hours Schedule Type: Lecture
    This mandatory zero-credit preparation seminar for the student’s work experience term will examine conditions and issues, which may arise in the workplace, and the responsibilities and rights of employers and employees. Potential employers and broadcast media practitioners will be invited to present their perspectives and expectations. Students develop résumés, portfolios and prepare to apply for work opportunities in a subsequent semester.

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  • BMST 4491 - Broadcast Media Work Experience

    (formerly COMM 4491)
    Credit(s): 0
    Other Hours Schedule Type Work Term

    Students in this course will hone their understanding of the media industry and the skills already learned by undertaking at least 450 hours of full-time work (normally completed over a 12-week period) in an approved professional communications position. These zero-credit work placements may range from traditional television and radio stations to digital media operations, corporate communications, internet start-ups, and non-profit organizations. 

    Prerequisite(s): BMST 1401 , BMST 1402 , BMST 1404 , BMST 1405 , BMST 2400 , BMST 2401 , BMST 2404  and BMST 4490 ; or departmental approval.
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