Associate of Science Biology
| Type | |
|---|---|
| Length |
Courses
Required courses
Typical Offerings
| Timing | Fall/Spring Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
This course is an introduction to the theory, techniques, and applications of differential calculus. It constitutes the first half of the two-semester first-year calculus sequence for students studying pure or applied science. Together, Math 101 and Math 102 satisfy the first-year mathematics requirement in all university transfer science and applied science programs. Topics include theory of limits, continuous and differentiable functions, algebraic and transcendental functions, basic optimization theory, and applications.Typical Offerings
| Timing | Fall/Spring Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
This course is an introduction to the theory, techniques, and applications of integral calculus. It constitutes the second half of the two-semester first-year calculus sequence for students studying pure or applied science. Together, Math 101 and Math 102 satisfy the first-year mathematics requirement in all university transfer science and applied science programs. Topics include antiderivatives, differential equations, definite and indefinite integrals, techniques of integration, transcendental functions, area, volume, arc length, improper integrals, infinite sequences and series, and applications.Typical Offerings
| Timing | All Terms, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
A study of grammar, composition, and style. A vigorous program of essay-writing plus a variety of writing assignments or exercises dealing with specific problems in essay-writing. Strongly recommended for students who wish to improve their writing skills.Typical Offerings
| Timing | Fall/Spring Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
This lecture and lab-based course is an introduction to the biological sciences, with emphasis on the chemical nature of life, cell structure and function, metabolism, DNA replication, gene expression, and ecology. The laboratory component includes experiments that reinforce core concepts from the lecture. This course is intended for science majors.Typical Offerings
| Timing | Spring/Intersession Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
An introductory course exploring topics in the mechanism of inheritance at the organismal and molecular levels, evidence for and mechanisms of evolution, ecological relationships, and animal behaviour. The laboratory will include several long-term investigations, including laboratory experiments on organism? environmental relationships and optional field work.Typical Offerings
| Timing | Spring Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
The physical and chemical aspects of the biological structure and function of eukaryotic cells is explored, with emphasis on the experimental techniques used to understand cell biology. Additional topics include the evolutionary history of cells and key cell events, such as cell division, cell signalling, cell death, and cell renewal. Laboratory exercises provide an opportunity to perform basic techniques, highlight structures and functions of organelles, and develop skills in experimental design.Typical Offerings
| Timing | Spring Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
An introductory biochemistry course focusing on the chemical basis of life. This course emphasizes the biochemistry and function of proteins, DNA, carbohydrates and lipids in living systems. Other topics covered include bioenergetics, properties of enzymes, regulation of enzymatic activity, and current laboratory technology used in the recovery and analysis of DNA and proteins.Typical Offerings
| Timing | Fall Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
The course provides an introduction to organic chemistry. A survey of structure and reactivity for the major functional groups is followed by an introduction to analysis and structure determination using nuclear magnetic resonance (NMR) and infrared (IR) spectroscopy. A major topic on chirality and conformational analysis is included. Laboratory experience includes an introduction to synthetic methods.Typical Offerings
| Timing | Spring Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
Mechanism and synthesis are discussed as central themes in organic chemistry. This course surveys substitution, addition, elimination, rearrangement, and oxidation reduction reactions for the functional groups introduced in CHEM 203. Additional topics in carbonyl and carbohydrate chemistry are included. Laboratory experiments provide experience in contemporary synthetic methods.Typical Offerings
| Timing | Fall Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
This course introduces students to the diversity of the microbial world through a basic taxonomical survey of prokaryotes, eukaryotes, and viruses with emphasis on prokaryotic cell structure, growth & control, metabolism, and genetics. Students will also be introduced to the basic principles involved in the microbiology subdisciplines of microbial ecology, industrial microbiology and medical microbiology. The laboratory component will require proficiency in the basic microbiology laboratory techniques.Typical Offerings
| Timing | Fall Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
An introductory course exploring the mechanism of inheritance at the cellular and molecular levels. Topics include the chemical nature of DNA, DNA replication, gene expression, DNA repair, genomics, Mendelian and non-Mendelian genetics. The laboratory will include several long-term investigations, many of which employ the use of the important model organism, Drosophila melanogaster. Experiments include genetic mapping of drosophila genes, population genetics, genome database searches/bioinformatics, and human genome analysis.CHEM 111 or 113
Typical Offerings
| Timing | Fall Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
This course is designed for students who have taken a Chemistry 12 equivalent course within the past 2 years. Topics covered include the electronic structure of atoms, trends of the periodic table, modern bonding theories, intermolecular forces and organic chemistry. A strong understanding of stoichiometry is recommended. Students who take this course cannot take CHEM 113 for additional credit.Typical Offerings
| Timing | Fall/Spring Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
This course is primarily intended for students without a Chemistry 12 equivalent prerequisite. Topics covered include stoichiometry, solutions, the electronic structure of atoms, trends of the periodic table, modern bonding theories, intermolecular forces and organic chemistry. Students who take this course cannot take CHEM 111 for additional credit.CHEM-112 or 114
Typical Offerings
| Timing | Spring Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
Together with CHEM 111, this course provides credit for first-year university chemistry. Topics covered include thermochemistry and chemical thermodynamics, properties of solutions, solution stoichiometry and aqueous equilibria, chemical equilibrium, acid-base equilibrium, electrochemistry and reaction kinetics. Students who take this course cannot take CHEM 114 for additional credit.Typical Offerings
| Timing | Fall/Spring Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
This course, together with CHEM 113, provides credit for first-year university chemistry. Topics covered include thermochemistry and chemical thermodynamics, reaction kinetics, properties of solutions, solution stoichiometry and aqueous equilibria, chemical equilibrium, acid-base equilibrium, and electrochemistry. Students who take this course cannot take CHEM 112 for additional credit.PHYS-101 or 105
Typical Offerings
| Timing | Fall Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
This course is an algebra-based introduction to physics for students in the life and environmental sciences. Topics include kinematics, dynamics, energy, fluids, geometric optics, temperature, and heat.PHYS-102 or PHYS-106
Typical Offerings
| Timing | Spring Only, Every Year |
|---|---|
| Locations | |
| Requisites |
|
Description
This course is an algebra-based introduction to physics for students in the life and environmental sciences. Topics include momentum, rotational motion and dynamics, Newtonian gravitation, rotational equilibrium, vibration and waves, wave optics, electricity, and magnetism. This course, along with PHYS 105, satisfies physics requirement for those whose program areas require a year of university-level (non-calculus) physics.ENGL choice
Humanities or Social Science
Elective Arts, Sciences that transfer to SFU UBC UNBC UVIC
Entry Requirements
While it wasn’t always easy combining classroom time and field trips on top of the hours for studying and homework, it’s been great to gain so much hands-on experience during the courses.
I like the problem-solving nature of millwrighting. I love how diverse the trade is. There’s always something new and different to work on.
This program gives you the ability to have a lot of hands-on time in the clinic where you can practice the skills you are learning and get a bit of an idea of what it is like to be a dental assistant.
Taking this program is one of the most exciting things I could've done. It helped me grow into a professional, while also growing personally. I have carried my knowledge forward and will always hold the program and faculty close to my heart.
Get More Information