Department |
Course Code |
Term |
Format |
Course Name |
Minimum Qualifications/Background Requirements/Experience |
Total Term Hours |
# of TA Positions (not guaranteed) |
Biomedical and Molecular Sciences |
ANAT 100 |
Fall |
Online |
Anatomy of the Human Body |
Completed a minimum of 3 years preferably in Life Sciences/Biochemistry (Biology and Psychology may also be considered). Candidates should have completed at least one human anatomy course of course in which anatomy is part of and achieved a B average. |
HEAD: 120 Hours REG: 60 Hours |
18 -21 |
Biomedical and Molecular Sciences |
ANAT 215 |
Fall |
ON Campus w/ lab |
Principles of Human Morphology I |
Preference will be given to those currently registered in a postgraduate or professional program with a background in human morphology. |
40 Hours |
6 |
Biomedical and Molecular Sciences |
ANAT 309 |
Fall |
Blended |
Functional Histology |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Functional Histology. |
30 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
ANAT 312 |
Fall |
ON Campus w/ lab |
Functional Neuroanatomy |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Functional Neuroanatomy. |
36 Hours |
2 - 4 |
Biomedical and Molecular Sciences |
ANAT 315 |
Fall |
ON Campus w/ lab |
The Human Musculoskeletal System |
Preference will be given to those currently registered in a postgraduate or professional program with a background in The Human Musculoskeletal system. |
HEAD: 80 Hours REG: 36 Hours |
8 |
Biomedical and Molecular Sciences |
ANAT 380 |
Fall |
Blended |
Clinically Relevant Human Anatomy |
Preference will be given to those currently registered in a postgraduate or professional program with a background in clinically relevant human anatomy. |
80 Hours |
1 - 3 |
Biomedical and Molecular Sciences |
ANAT 391 |
Fall |
Blended |
Introduction to Cadaveric Dissection |
Candidate must be currently or recently enrolled in a relevant graduate program and have taken at least three of the anatomy related courses such as ANAT215/216, ANAT312, ANAT380, ANAT309, ANAT409, ANAT471 or equivalent. Extensive dissection or prosection experience required. Previous experience teaching or lecturing is preferred. |
72 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
ANAT 471 |
Fall |
Online |
Human Embryology |
Completed a minimum of 4 years preferably in Life Sciences/Biochemistry (Biology may also be considered). Candidates should have completed an embryology course and achieved a B average. |
50 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
BCHM 102 |
Fall |
ON Campus |
Introduction to Biochemistry |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Biochemistry. |
35 Hours |
10 - 12 |
Biomedical and Molecular Sciences |
BCHM 218 |
Fall |
ONLINE |
Gene Structure and Function (Molecular Biology) |
Preference will be given to those currently registered in a postgraduate or professional program with a background in molecular biology. |
75 Hours |
2 -4 |
Biomedical and Molecular Sciences |
BCHM 218 |
Fall |
ON Campus |
Gene Structure and Function (Molecular Biology) |
Preference will be given to those currently registered in a postgraduate or professional program with a background in molecular biology. |
75 Hours |
8 |
Biomedical and Molecular Sciences |
BCHM 270 |
Fall |
Online |
Biochemical Basis of Health and Disease |
Candidates must have taken one of BCHM 270 or BCHM 310/316 (or equivalent) with a minimum grade of B+, and completion of BScH or 4th year standing in Biochemistry, Life Sciences or similar degree. Previous TA experience and a passion for diseases is an asset, but not required. |
75 Hours |
4-6 |
Biomedical and Molecular Sciences |
BCHM 311 |
Fall |
ON Campus lab course |
|
Preference will be given to those currently registered in a postgraduate or professional program with a background in Biochemistry. |
TBD |
4 |
Biomedical and Molecular Sciences |
BCHM 315 |
Fall |
ON Campus |
Protein and Enzymes |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Protein and Enzymes. |
75 Hours |
4 |
Biomedical and Molecular Sciences |
BCHM 318 |
Fall/Winter |
ON Campus lab course |
|
Preference will be given to those currently registered in a postgraduate or professional program with a background in Biochemistry. |
TBD |
4 |
Biomedical and Molecular Sciences |
BCHM 370 |
Fall |
Blended |
Genetics and Genomics |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Genetics and Genomics. |
80 Hours |
10 - 12 |
Biomedical and Molecular Sciences |
BCHM 410 |
Fall |
On Campus |
|
Preference will be given to those currently registered in a postgraduate or professional program with a background in Biochemistry. |
TBD |
1 - 2 |
Biomedical and Molecular Sciences |
BCHM 432 |
Fall |
ON Campus |
The Molecular Basis of Cellular Function |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Molecular Basis of Cellular Function. |
TBD |
1 - 2 |
Biomedical and Molecular Sciences |
BCHM 441 |
Fall |
ON Campus |
Current Topics in Biochemistry |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Current Topics in Biochemistry. |
25 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
CANC 380 |
Fall |
Blended |
Evolutionary Biology of Cancer |
Preference will be given to those currently registered in a postgraduate or professional program with a background in immunology and/or cancer. |
70 Hours |
1 - 3 |
Biomedical and Molecular Sciences |
CANC 380 |
Fall |
Online |
Evolutionary Biology of Cancer |
Preference will be given to those currently registered in a postgraduate or professional program with a background in immunology and/or cancer. |
70 Hours |
1 - 3 |
Patholgy |
CANC 499 |
Fall |
ON Campus |
Research Project in Cancer Biology and Genetics |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Cancer Biology and Genetics. |
50 Hours |
1 |
Biomedical and Molecular Sciences |
CRSS 453 |
Fall |
ON Campus |
Principles in Cardiorespiratory Science I |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Principles in Cardiorespiratory Science. |
37.5 Hours |
1 |
Biomedical and Molecular Sciences |
CRSS 454 |
Fall |
Blended |
Cardiovascular Sciences |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Cardiovascular Sciences. |
80 Hours |
1 |
Biomedical and Molecular Sciences |
DDHT 459 |
Fall |
ON Campus |
Principles of Drug Discovery |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Principles of Drug Discovery. |
36 Hours |
1 |
Public Health Sciences |
EPID 301 |
Fall |
ON Campus |
Principles of Epidemiology |
Duties will include1) plan, prepare and lead tutorials and review sessions; 2) support and encourage student participation in group discussions designed to reinforce understanding of key concepts; and 3) mark assignments and exams, and 4) have office hours to provide assistance to students |
96 Hours |
1 - 3 |
Public Health Sciences |
EPID 401 |
Fall |
ON Campus |
Biostatistical Data Analysis for Life Science Students |
Duties will include: Leading 2-hour software labs (teaching SPSS or R) and lab data practices; holding weekly office hour; meeting with course instructor; preparing lab notes and solutions to data practices; marking lab data practices; marking homework assignments (solutions provided by the course instructor) |
96 Hours |
1 |
Public Health Sciences |
EPID 801 |
Fall |
ON Campus |
Introduction to Epidemiology |
The TAs will: 1) plan, prepare and lead tutorials and review sessions; 2) support and encourage student participation in group discussions designed to reinforce understanding of the epidemiological concepts; and 3) mark assignments and exams, and 4) have office hours to provide assistance to students. Prerequisites for this position: successful completion of EPID 801 and EPID 804 (or equivalent). Clear understanding and ability to communicate epidemiological concepts and applications and demonstrated ability to work well with others. |
96 Hours |
1 |
Public Health Sciences |
EPID 802 |
Fall |
ON Campus |
Foundations in Public Health |
Duties will include1) plan, prepare and lead tutorials and review sessions; 2) support and encourage student participation in group discussions designed to reinforce understanding of key concepts; and 3) mark assignments and exams, and 4) have office hours to provide assistance to students" Prerequisites for this position: Successful completion of EPID 802. Strong communication and organizational skills. |
96 Hours |
1 |
Public Health Sciences |
EPID 805 |
Fall |
ON Campus |
Leading Evidence Informed Action |
TA duties will include: Work with the professor responsible for the course to: 1) plan, prepare and co-ordinate group assignments and simulated Board of Health meeting; 2) support and encourage student participation in group discussions designed to reinforce understanding of the concepts introduced during class and through readings; and 3) assist professor with managing the OnQ platform and marking assignments. |
96 Hours |
1 |
Public Health Sciences |
EPID 821 |
Fall |
ON Campus |
Essentials of Biostatistics |
TA Duties will include: providing office hours each week to assist students on an individual basis with biostatistics questions, marking homework assignments (including SAS lab assignments), quizzes and exams, and providing a two-hour tutorial session each week. Prerequisites for this position: successful completion of EPID 821 and EPID 822. |
96 Hours |
1 |
Biomedical and Molecular Sciences |
GLPH 271 |
Fall |
Online |
Global and Population Health |
Candidates must have taken GLPH 271 (formerly BMED 271) and excelled. Currently registered in a postgraduate or professional program with a background in global or public health (or at the discretion of the instructor). Enrollment in the Masters of Public Health program would be considered an asset but is not required. |
HEAD: 100 Hours REG: 70 Hours |
10 - 12 |
Biomedical and Molecular Sciences |
GLPH 281 |
Fall |
Blended |
Racism and Health in Canada |
Candidate currently registered in a postgraduate or professional program with a background in racism and health or public health (or at the discretion of the instructor). Enrolmment in the Masters of Public Health program would be considered an asset but not required. |
100 Hours |
2 - 4 |
Biomedical and Molecular Sciences |
GLPH 385 |
Fall |
Blended |
Biohacking & Gerontechnology |
Upper year standing, an interest in issues related to older adults, a background in Social Sciences, and basic understanding of biotechnology and biohacking (they do not need to be experts). |
75 Hours |
2 - 4 |
Biomedical and Molecular Sciences |
GLPH 385 |
Fall |
Online |
Biohacking & Gerontechnology |
Upper year standing, an interest in issues related to older adults, a background in Social Sciences, and basic understanding of biotechnology and biohacking (they do not need to be experts). |
75 Hours |
2 - 4 |
Biomedical and Molecular Sciences |
GLPH 471 |
Fall |
Blended |
Advanced Global & Population Health |
Candidates must have taken GLPH471 (formerly BMED 471) and excelled. Currently registered in a postgraduate or professional program with a background in global or public health (or at the discretion of the instructor). Enrollment in the Masters of Public Health program would be considered an asset, but is not required. |
HEAD: 100 Hours REG: 70 Hours |
6 - 8 |
Biomedical and Molecular Sciences |
GLPH 482 |
Fall |
Blended |
Foundations of Humanitarian Health Emergencies |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Foundations of Humanitarian Health Emergencies. |
50 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
GLPH 487 |
Fall |
Blended |
One Health: A Global Perspective (tentative title) |
This is a multidisciplinary course. Must be a graduate students or almost completed 4th year of studies. Requires strong analytical ability and solid writing skills because writing is an important component of this course. Need to be familiar with APA style referencing. |
75 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
HSCI 190 |
Fall |
Blended |
Introduction to Statistics for the Health Sciences |
Candidates must currently be enrolled in a graduate or professional program and have taken introductory statistics and have experience applying statistics in health sciences research. Additional statistics and epidemiology courses and experience using SPSS will be considered an asset. |
HEAD: 108 Hours REG: 86 Hours |
4 - 6 |
Biomedical and Molecular Sciences |
HSCI 270 |
Fall |
Blended |
Fundamentals of Health Research Methodology |
Candidates must have taken one of HSCI 270 (formerly BMED 270), EPID301 or EPID 801 (or course equivalent). Minimum grade of A. Course or experience in qualitative research is an asset, but not required. |
120 Hours |
4 - 6 |
Biomedical and Molecular Sciences |
HSCI 383 |
Fall |
Blended |
Advanced Research Methodologies |
One of HSCI 270 (formerly BMED 270) or EPID 301 or HLTH 252 or PSYC 203 or SOCY 210. Course or experience in qualitative and quantitative research methods is an asset, but not required. |
50 Hours |
2 - 4 |
Biomedical and Molecular Sciences |
IDIS 173 |
Fall |
Blended |
History and Philosophy of Health and Healthcare |
Preference will be given to those currently registered in a postgraduate or professional program and have a background in ethics. Background in healthcare ethics and online teaching is an asset but not required. |
HEAD: 120 Hours REG: 100 Hours |
12 - 14 |
Biomedical and Molecular Sciences |
IDIS 173 |
Fall |
Online |
History and Philosophy of Health and Healthcare |
Preference will be given to those currently registered in a postgraduate or professional program and have a background in ethics. Background in healthcare ethics and online teaching is an asset but not required. |
HEAD: 120 Hours REG: 100 Hours |
8 - 10 |
Biomedical and Molecular Sciences |
IDIS 199 |
Fall |
Online |
The Science of Mental Health, Well-being, and Resiliency |
Completed a minimum of 3 years preferably in Life sciences/Health Sciences or Psychology program. Candidates should have completed at least one psychology or health-related course and achieved a B average. |
80 Hours |
12 - 14 |
Biomedical and Molecular Sciences |
IDIS 280 |
Fall |
Online |
Interprofessional Approaches in Healthcare |
Completion of BHSc in Life Sciences, health professional degree and/or similar. Work or volunteer experience in health, first aid and/or wellness/fitness contexts an asset. Formal experience in working with teams and/or groups an asset. Previous TA experience also an asset but not required. |
120 Hours |
4 - 6 |
Biomedical and Molecular Sciences |
IDIS 373 |
Fall |
Online |
Health Ethics, Law and Policy |
Currently registered in a postgraduate or professional program and have a background in ethics. Background in healthcare ethics and online teaching is an asset but not required. |
HEAD: 120 Hours REG: 100 Hours |
8 - 10 |
Biomedical and Molecular Sciences |
IDIS 473 |
Fall |
Online |
Designing Your Life After Queen's |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Designing Your Life After Queen's. |
TBD |
1 - 2 |
Biomedical and Molecular Sciences |
IDIS 480 |
Fall |
Online |
Advanced Interprofessional Approaches in Healthcare |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Advanced Interprofessional Approaches in Healthcare. |
100 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
IDIS 483 |
Fall |
Blended |
Applied Health Ethics: Clinical, Organizational and Research Perspectives |
Qualified applicants will have completed at least a bachelor's degree in a related discipline (e.g. philosophy, health sciences, biomedical sciences, etc.). Preference will be given to applicants with additional graduate or professional training in a relevant discipline and/or those with professional experience addressing health-ethics issues in clinical, organizational, or research contexts. |
120 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
LISC 300 |
Fall |
ON Campus |
The Process of Discovery in the Biomedical Sciences |
Preference will be given to those currently registered in a postgraduate or professional program with a background in biomedical sciences. |
36 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
LISC 391 |
Fall |
ON Campus lab course |
Integrated Life Sciences Laboratory II |
Preference will be given to those currently registered in a postgraduate or professional program with a background in life sciences. |
TBD |
2 - 4 |
Biomedical and Molecular Sciences |
LISC 400 |
Fall |
ON Campus |
Neuro-Immune Interactions in Health & Disease |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Neuro-Immune Interactions in Health & Disease |
36 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
MICR 270 |
Fall |
Blended |
Infection, Immunity, and Inflammation |
Candidates must have taken MICR360 or equivalent. Background knowledge in basic microbiology and immunology. Previous experience as a TA is an asset. |
HEAD: 55 Hours REG: 40 Hours |
6 - 8 |
Biomedical and Molecular Sciences |
MICR 270 |
Fall |
Online |
Infection, Immunity, and Inflammation |
Candidates must have taken MICR360 or equivalent. Background knowledge in basic microbiology and immunology. Previous experience as a TA is an asset. |
HEAD: 55 Hours REG: 40 Hours |
6 - 8 |
Biomedical and Molecular Sciences |
MICR 271 |
Fall |
Online |
Introduction to Microbiology |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Microbiology. |
HEAD: 80 Hours REG: 60 Hours |
10 - 12 |
Biomedical and Molecular Sciences |
MICR 290 |
Fall |
ON Campus lab course |
Antibiotic Resistance Lab |
Preference will be given to those currently registered in a postgraduate or professional program with a background in antibiotic resistance. |
HEAD: 80 Hours REG: 70 Hours |
4 - 6 |
Biomedical and Molecular Sciences |
MICR 290 |
Fall |
Online |
Antibiotic Resistance Lab |
Preference will be given to those currently registered in a postgraduate or professional program with a background in antibiotic resistance. |
HEAD: 80 Hours REG: 70 Hours |
4 - 6 |
Biomedical and Molecular Sciences |
MICR 386 |
Fall |
Blended |
Fundamentals of Immunology in Health and Disease |
Candidates must be currently enrolled in a graduate program and have taken MICR360 (or equivalent) and at least one immunology course at the 400 level (or above) with a minimum grade of a A-. Specialization in immunology an asset. |
HEAD: 60 Hours REG: 50 Hours |
2 - 4 |
Biomedical and Molecular Sciences |
MICR 386 |
Fall |
Online |
Fundamentals of Immunology in Health and Disease |
Candidates must be currently enrolled in a graduate program and have taken MICR360 (or equivalent) and at least one immunology course at the 400 level (or above) with a minimum grade of a A-. Specialization in immunology an asset. |
HEAD: 60 Hours REG: 50 Hours |
2 - 4 |
Biomedical and Molecular Sciences |
MICR 452 |
Fall |
ON Campus |
Viral Infection and Immunity |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Viral Infection and Immunity. |
60 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
MICR 483 |
Fall |
Blended |
Advanced Topics in Infectious Disease |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Advanced Topics in Infectious Disease. |
HEAD: 60 Hours REG: 50 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
NSCI 323 |
Fall |
ON Campus |
Cellular Neuroscience |
Preference will be given to those currently registered in a postgraduate or professional program with a background in cellular neuroscience. |
HEAD: 50 Hours REG: 40 Hours |
4 - 6 |
Biomedical and Molecular Sciences |
NSCI 325 |
Fall |
ON Campus |
Psychedelics |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Psychedelics. |
50 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
NSCI 401 |
Fall |
Online - synchronous |
Introduction to Theoretical Neuroscience |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Theoretical Neuroscience. |
30 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
NSCI 424 |
Fall |
ON Campus |
|
Preference will be given to those currently registered in a postgraduate or professional program with a background in neuroscience. |
TBD |
1 - 2 |
Biomedical and Molecular Sciences |
NSCI 429 |
Fall |
ON Campus |
Disorders of the Nervous System |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Disorders of the Nervous System. |
60 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
NSCI 483 |
Fall |
Blended |
Neurobiology of Learning and Memory |
Candidates must be currently enrolled in the Neuroscience Graduate Program and have taken at least one 300 level neuroscience course (NSCI323,324,312 or equivalent) and at least one 400 or graduate level neuroscience seminar course. |
60 Hours |
1 - 2 |
Patholgy |
PATH 310 |
Fall |
Online |
Introduction to Pathology & Molecular Medicine |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Pathology. |
100 Hours |
8 - 10 |
Patholgy |
PATH 381 |
Fall |
Blended |
Clinical Biochemistry |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Pathology. |
80 Hours |
1 - 2 |
Patholgy |
PATH 411 |
Fall |
ON Campus |
Applied Data Science in Molecular Medicine |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Pathology. |
80 Hours |
1 - 2 |
Patholgy |
PATH 425 |
Fall |
ON Campus |
Current Topics in Human Genetics |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Pathology. |
80 Hours |
1 - 2 |
Patholgy |
PATH 499 |
Fall |
ON Campus |
Research Project in Patholgy |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Pathology. |
80 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
PHAR 100 |
Fall |
Online |
Introductory Pharmacology |
Minimum 3rd year standing in a relevant undergraduate program (e.g. Life Sciences, Biochemistry, Health Sciences, etc.) Must have completed PHAR 100 with a minimum grade of B+ (GPA 3.3). Previous TA experience is an asset, but not required. |
HEAD: 70 Hours REG: 50 Hours |
16 - 20 |
Biomedical and Molecular Sciences |
PHAR 230 |
Fall |
ON Campus |
Pharmacology for the Health Sciences |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Pharmacology for the Health Sciences. |
35 Hours |
4 - 6 |
Biomedical and Molecular Sciences |
PHAR 370 |
Fall |
Blended |
Fundamentals of Pharmacology and Therapeutics |
Minimum 4th year standing in a relevant undergraduate program (e.g. Life Sciences, Biochemistry, etc.) Must have completed one of PHAR 230, PHAR 270 or PHAR 340 (or equivalent) with a minimum grade of B+ (GPA 3.3). Previous TA experience is an asset, but not required. |
HEAD: 60 Hours REG: 50 Hours |
8 - 10 |
Biomedical and Molecular Sciences |
PHAR 380 |
Fall |
Online |
Drugs and Environmental Toxicology |
Currently registered in a post-graduate or professional program with an academic history in pharmacology and/or toxicology. Students who have previously taken PHAR 270, PHAR 340, PHAR 450, and/or PHAR 416 (or equivalents) will be preferentially selected. |
HEAD: 60 Hours REG: 50 Hours |
6 - 8 |
Biomedical and Molecular Sciences |
PHAR 416 |
Fall |
ON Campus |
Xenobiotic Disposition and Toxicity |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Xenobiotic Disposition and Toxicity. |
45 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
PHAR 480 |
Fall |
Online |
Drug Discovery & Development |
Preference will be given to those currently registered in a postgraduate or professional program with a background in Drug Discovery & Development. |
50 Hours |
4 - 6 |
Biomedical and Molecular Sciences |
PHGY 170 |
Fall |
Blended |
Human Cell Physiology |
One of PHGY 170 or BIOL 102 (or equivalent) with a minimum grade of B+. Completion of BScH or fourth year standing in Biochemistry, Life Sciences or similar. Previous TA experience is an asset, but not required. |
HEAD: 100 Hours REG: 50 Hours |
8 - 10 |
Biomedical and Molecular Sciences |
PHGY 170 |
Fall |
Online |
Human Cell Physiology |
One of PHGY 170 or BIOL 102 (or equivalent) with a minimum grade of B+. Completion of BScH or fourth year standing in Biochemistry, Life Sciences or similar. Previous TA experience is an asset, but not required. |
HEAD: 100 Hours REG: 50 Hours |
6 - 8 |
Biomedical and Molecular Sciences |
PHGY 215 |
Fall |
Blended |
Principles of Mammalian Physiology I |
Completed a minimum of 3 years preferably in Life Sciences/Biochemistry (other similar programs will be considered). Candidates must have completed PHGY 215 (or equivalent) and achieved a B average. |
HEAD: 65 Hours REG: 50 Hours |
6 - 8 |
Biomedical and Molecular Sciences |
PHGY 215 |
Fall |
ON Campus |
Principles of Mammalian Physiology I |
Completed a minimum of 3 years preferably in Life Sciences/Biochemistry (other similar programs will be considered). Candidates must have completed PHGY 215 (or equivalent) and achieved a B average. |
HEAD: 65 Hours REG: 50 Hours |
8 - 10 |
Biomedical and Molecular Sciences |
PHGY 215 |
Fall |
Online |
Principles of Mammalian Physiology I |
Completed a minimum of 3 years preferably in Life Sciences/Biochemistry (other similar programs will be considered). Candidates must have completed PHGY 215 (or equivalent) and achieved a B average. |
HEAD: 65 Hours REG: 50 Hours |
8 - 10 |
Biomedical and Molecular Sciences |
PHGY 290 |
Fall |
Blended |
Investigation of Human Physiological Responses |
Preference will be given to those currently registered in a postgraduate or professional program with a background in physiology. |
60 Hours |
1 - 2 |
Biomedical and Molecular Sciences |
REPD 372 |
Fall |
Blended |
Reproduction and Development |
Candidate must be currently enrolled in a graduate program and have taken at least one of the reproduction related courses such as ANAT 409, REPD 426 (formerly ANAT 416), ANAT 309, PHGY 215, PHGY 216 or equivalent. |
HEAD: 80 Hours REG: 60 Hours |
10 - 12 |
Biomedical and Molecular Sciences |
REPD 372 |
Fall |
Online |
Reproduction and Development |
Candidate must be currently enrolled in a graduate program and have taken at least one of the reproduction related courses such as ANAT 409, REPD 426 (formerly ANAT 416), ANAT 309, PHGY 215, PHGY 216 or equivalent. |
HEAD: 80 Hours REG: 60 Hours |
10 - 12 |
Biomedical and Molecular Sciences |
REPD 473 |
Fall |
Blended |
Developmental Origins of Health and Disease |
Candidate must be currently enrolled in a graduate program and have taken at least one of the following courses: ANAT409, REPD416 (formerly ANAT 416), PHAR 416. |
50 Hours |
2 - 4 |
Biomedical and Molecular Sciences |
REPD 473 |
Fall |
Online |
Developmental Origins of Health and Disease |
Candidate must be currently enrolled in a graduate program and have taken at least one of the following courses: ANAT409, REPD416 (formerly ANAT 416), PHAR 416. |
50 Hours |
2 - 4 |