Pre-Health Sciences Pathway to Advanced Diplomas and Degrees

This course covers key concepts in atomic structure, chemical bonding, nomenclature, chemical reactions, and quantities in chemical reactions. Data collection, data analysis and laboratory techniques will be covered in the laboratory component of the course.

As the first mathematics course for Pre-Health students, the content covers numeracy, percentages, proportions, conversions, and dosages using mental math. Fundamental algebra, linear functions and linear systems of equations, 2D and 3D geometry, and exponential and logarithmic functions are also explored. All concepts have a health care focus and include real world applications to the health sciences. 

This course enables the learner to develop a foundation in the fundamental concepts and applications of Biological Sciences. The learner studies and explores fundamental principles of cellular organization, structure and function as they relate to metabolism, interaction with its external environment, growth, disorders, cellular reproduction, inheritance, and the basis of microbes and infectious diseases. This course enables the learner to examine these concepts with a systemic approach to the study of the human body.

Students apply critical thinking and problem-solving techniques to physics concepts related to the health science field. Concepts studied include kinematics, forces, work, energy and power, thermodynamics, fluids and pressure, nuclear physics, electrostatics, magnetism, waves and electromagnetic radiation. 

Students explore trends, current and emerging technologies, careers, and the societal impact of the ever-changing healthcare field, in a seminar format. Students will benefit from hands-on experiences and discussions with industry experts from a variety of health-related fields. The course emphasizes the variable nature of healthcare in a connected world.

This course builds on the concepts developed in CHEM103 with emphasis on energy changes and rates of reactions, chemical systems and equilibrium, acids and bases, stoichiometric calculations, and oxidation-reduction reactions. Nomenclature and reactions of organic compounds including selected biomolecules are covered. An emphasis is placed on applications of these topics in health care and environmental issues. Data collection, data analysis, laboratory techniques, and report writing are covered in the laboratory component of the course.

Prerequisite(s): CHEM 103

This second level biology course builds upon the concepts introduced in BIOL 110. The course uses a systems approach to the study of the biological structures and physiological functions of the human body. Organ systems of the human body are explored with an introduction to common pathologies with examples taken from current scientific research.

Prerequisite(s): BIOL 110

This course introduces statistical terminology and diverse methods used in describing, analyzing, and interpreting health sciences data in a variety of formats. Empirical and theoretical probability and inferential statistics will be explored using numerical methods and statistical software

Students develop skills as writers and researchers in professional areas. Students apply critical thinking and analysis skills to assess, interpret, and extrapolate evidence as they explore issues in their professional areas. Emphasis is placed on the analysis and evaluation of issues within professional literature and communication with a variety of audiences.