Honours Bachelor of Science in Bioveterinary Science

Introduction to Medical & Scientific Computing explores healthcare and scientific data collection, structuring, analysis, and presentation using industry-standard tools. The course focuses on dataset creation, data warehousing, and public health/healthcare data analysis, including descriptive, diagnostic, and predictive analytics, emphasizing data innovation in healthcare. Hands-on experience is gained through assignments, case studies, and quizzes.

Introduction to University Writing & Comprehension is an introductory English class based on university level writing and reading skills with a focus on the study and practice of reading comprehension through structure, meaning, and evaluation.

General Chemistry I introduces students to the principles of chemistry. Topics include basic principles and definitions, stoichiometry, chemical equilibrium, moles, gas laws, atomic structure, periodic relationships, and chemical bonding. The practical component develops essential laboratory skills.

General Chemistry I Laboratory is corequisite with the course General Chemistry I. This course covers a range of topics from the course.

Math for Biological Sciences consists largely of precalculus topics but also includes a substantial treatment of probability. The "precalculus" topics include relations, functions, coordinate systems, graphing, polynomials, trigonometric functions, algebra and logarithmic and exponential functions. Probability topics include random experiments and random variables, algebra of sets, methods of enumeration, sampling, conditional probability, and distributions of discrete types.

Choose one course from electives, based on availability. See Academic Calendar for full list of electives.

General Chemistry II covers chemical equilibrium, solutions, acid-base and complex formation equilibria, electrochemistry, reaction rates and mechanisms, and organic compounds. Laboratory sessions reinforce these theoretical concepts.

General Chemistry II Laboratory is corequisite with the course General Chemistry II. This course covers a range of topics from the course.

Scientific Inquiry will enable students to develop skills related to scientific reasoning and problem solving. In addition, it will introduce students to the basics of the design and execution of research

Choose one course from electives, based on availability. See Academic Calendar for full list of electives.

Organic Chemistry I offers students the opportunity to learn the nature of carbon in organic compounds. It presents general principles of organic chemistry related to structure, stereochemistry, nomenclature, synthesis, uses and reactions of alcohols, ethers and aliphatic hydrocarbons; alkanes, alkynes, alkenes, cycloalkanes.

Organic Chemistry I Laboratory is corequisite with the course Organic Chemistry I. This course covers a range of topics from the course.

Medical and Scientific Communication is designed to introduce students to the fundamentals of effective communication. Both written and oral communication will be addressed. It will consider the importance of communication and cover speech building (including the collection and collation of material, structure, and content), speech writing, elements of effective written communication and medical/scientific event management.

Choose one course from electives, based on availability. See Academic Calendar for full list of electives.

Organic Chemistry II is an advanced course in the structure and reactivity of functional groups (aromatic compounds, carbonyl compounds, carbohydrates, organometallic compounds, carboxylic acids and their derivatives, amines, and amino acids). This course covers all the essential prerequisite material needed for Biochemistry.

Organic Chemistry II Laboratory is corequisite with the course Organic Chemistry II. This course covers a range of topics from the course.

Introduction to Biostatistics is designed to assist students in acquiring a good intuitive grasp of statistics, specifically in terms of what they are, how and when to apply various statistical techniques, how to interpret results, and how to draw meaningful conclusions from the data.

Mammalian Anatomy covers feline, canine, bovine, equine, and porcine anatomy, focusing on gross anatomy and system differences. Students learn anatomical terminology and explore skeletal, muscular, respiratory, and lymphatic systems through virtual labs.

Physics for Life Sciences introduces fundamental physics principles, including units, vectors, kinematics, dynamics, circular motion, gravitation, equilibrium, fluids, waves, sound, electromagnetism, light, optics, heat, and introductory atomic/nuclear physics.

Mammalian Anatomy teaches gross anatomy, terminology, and system variations (circulatory, nervous, digestive, urogenital) across feline, canine, equine, bovine, and porcine species. Virtual labs enhance learning.

Animal Histology & Embryology teaches the microscopic study of domestic animal tissues and organs. This foundational knowledge is crucial for understanding physiology, health, nutrition, reproduction, and pharmacology. It provides essential background for various animal science courses.

Molecular Biology explores cellular function in health and disease. Topics include macromolecular function and regulation, gene expression, inheritance, cell structure, and diagnostic biotechnology. This course provides a foundation for pre-medical studies.

Molecular Biology Laboratory is corequisite with the course Molecular Biology. This course covers a range of topics from the course.

Mammalian Physiology I explores feline, canine, bovine, equine, and porcine physiology, focusing on system function and terminology. It compares skeletal, muscular, respiratory, and lymphatic systems across these species, providing a foundational understanding of mammalian physiological processes.

Introduction to Health Research Methods examines philosophical and methodological foundations of health science research. Several quantitative and qualitative research approaches are explored, and students work in teams reviewing and critiquing peer-reviewed research articles associated with the approaches examined.

Microbiology introduces the microbial world, covering microbial physiology, growth, control, nutrition, and ecosystem interactions. The course explores microbes within humans, human disease, biotechnology, and industrial applications. Virtual lab exercises are a component of this course.

Mammalian Physiology I covers circulatory, nervous, digestive, endocrine, and urogenital systems in common domestic animals. Students learn physiological terminology and compare system functions across species. Virtual labs enhance understanding of these vital mammalian processes.

Choose one course from electives, based on availability. See Academic Calendar for full list of electives.

Animal Health & Disease teaches animal health parameters and disease identification. Students learn terminology, recognize illness signs, and understand prevention/treatment. Common conditions in various Canadian animals are covered, emphasizing veterinary collaboration. Virtual tutorials support theoretical learning.

Animal Nutrition covers nutrient processes and digestive tract comparisons across species like bovine, canine, and avian. It examines how diet influences digestive evolution and analyzes species-specific nutrient needs based on age and life stage. Virtual tutorials complement the theoretical content.

Choose one course from electives, based on availability. See Academic Calendar for full list of electives.

Biochemistry explores biological molecule structure, enzyme function, and metabolic pathways. It emphasizes integrating biochemical knowledge with functional significance and regulatory mechanisms. Labs teach experimental techniques for studying macromolecules, connecting theory to practical application.

Biochemistry Lab is corequisite with the course Biochemistry. This course covers a range of topics from the course.

Immunology covers innate and acquired immunity, exploring cellular and molecular defense mechanisms against infection. Students learn immune function, diagnostic tests, and vaccine roles in disease prevention. The course emphasizes understanding how the body responds to disease exposure.

Choose one course from electives, based on availability. See Academic Calendar for full list of electives.

Genetics covers classical, molecular, and population genetics, tracing heredity's history and gene function advancements. Students develop problem-solving skills, applying genetic principles to medicine. The course emphasizes practical applications and understanding genetic mechanisms.

Choose one course from electives, based on availability. See Academic Calendar for full list of electives.

Animal Breeding explores its history and scientific principles, focusing on production enhancement and species preservation. Topics include quantitative genetics, selection, crossbreeding, genetic parameters, mating systems, and biotechnology applications like gene mapping. Students learn to develop breeding programs and understand animal diversity.

Animal Reproduction explores reproductive anatomy and physiology across species. Topics include gamete development, endocrine control, pregnancy, and parturition. Students learn how reproductive physiology informs management and reproductive technologies like artificial insemination and embryo transfer.

Choose one course from electives, based on availability. See Academic Calendar for full list of electives.