- HBA · 4 years
- Work experience details
- ~High 80s to low 90s



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Duration (years)
4 years normally; 5 years with the optional co-op route
University of Regina · Chemistry and Biochemistry undergraduate co-opWork experience
Optional co-op adds three required work terms for its designation, with an optional fourth. The department describes a four-year degree plus 12 months of practical experience over five years. Entry requires at least 21 BSc credits including CHEM 104/140, at least 70% overall and major GPA, and three further chemistry/biochemistry courses before the first placement. Continue with at least 70% GPA and 12 study-term credits; one of the first two placements must be in Fall/Winter.
University of Regina · Chemistry and Biochemistry undergraduate co-opAcademic minimum
The university publishes a 70% academic minimum, not an entering-average range.
University of Regina Fall 2027 high-school admission requirementsSee the published deadlines below.
Domestic Ontario high school applicants to the faculty linked from this programme
Domestic Ontario high school applicants to the faculty linked from this programme
Domestic Ontario high school applicants to the faculty linked from this programme
Domestic Ontario high school applicants to the faculty linked from this programme
Domestic university or college transfer applicants to the faculty linked from this programme
Domestic university or college transfer applicants to the faculty linked from this programme
Domestic university or college transfer applicants to the faculty linked from this programme
Domestic university or college transfer applicants to the faculty linked from this programme
Domestic transfer applicants to Chemistry and Biochemistry through Science; exact programme exceptions are separate.
Internal faculty-transfer applicants to Chemistry and Biochemistry, as scoped in the current calendar.
Optional co-op adds three required work terms for its designation, with an optional fourth. The department describes a four-year degree plus 12 months of practical experience over five years. Entry requires at least 21 BSc credits including CHEM 104/140, at least 70% overall and major GPA, and three further chemistry/biochemistry courses before the first placement. Continue with at least 70% GPA and 12 study-term credits; one of the first two placements must be in Fall/Winter.
University of Regina · Chemistry and Biochemistry undergraduate co-opBSc
Study chemical processes in living organisms through Chemistry and Biology.
Course examples named on this program page, with exact codes and credits resolved against the current Fall 2026 undergraduate course catalogue. These are examples, not a complete calendar or required-course list. Separate 2026–27 Chemistry and Biochemistry BSc requirements. The departmental Fall 2027 planning sequences are shown by subject.
Choose PHYS 109 or PHYS 111. The timetable also has an elective.
Introduces atomic structure, chemical bonding, quantitative reactions, energy changes, solutions and organic compounds alongside laboratory work.
University of Regina Fall 2026 Course Catalogue · CHEM 104Introduces single-variable calculus for algebraic and trigonometric functions, with limits, differentiation, integration, optimization and area problems.
University of Regina Fall 2026 Course Catalogue · MATH 110Continue with PHYS 119 after PHYS 109 or PHYS 112 after PHYS 111. The timetable also has an elective.
Extends introductory chemistry to reaction rates, equilibrium, acid–base systems, thermodynamics, electrochemistry and nuclear chemistry, with laboratory experiments.
University of Regina Fall 2026 Course Catalogue · CHEM 105Introduces organic functional groups, compound naming and reaction mechanisms, with practice in organic laboratory methods.
University of Regina Fall 2026 Course Catalogue · CHEM 140Extends calculus to exponential and logarithmic functions, advanced integration, limits of indeterminate forms and infinite series.
University of Regina Fall 2026 Course Catalogue · MATH 111Choose PHYS 109 or PHYS 111. The timetable also has an elective.
Introduces atomic structure, chemical bonding, quantitative reactions, energy changes, solutions and organic compounds alongside laboratory work.
University of Regina Fall 2026 Course Catalogue · CHEM 104Introduces single-variable calculus for algebraic and trigonometric functions, with limits, differentiation, integration, optimization and area problems.
University of Regina Fall 2026 Course Catalogue · MATH 110The timetable also has an elective.
Extends introductory chemistry to reaction rates, equilibrium, acid–base systems, thermodynamics, electrochemistry and nuclear chemistry, with laboratory experiments.
University of Regina Fall 2026 Course Catalogue · CHEM 105Introduces organic functional groups, compound naming and reaction mechanisms, with practice in organic laboratory methods.
University of Regina Fall 2026 Course Catalogue · CHEM 140Extends calculus to exponential and logarithmic functions, advanced integration, limits of indeterminate forms and infinite series.
University of Regina Fall 2026 Course Catalogue · MATH 111The calendar specifies separate Physics and Computing choices and two 400-level Chemistry courses.
Introduces atomic structure, chemical bonding, quantitative reactions, energy changes, solutions and organic compounds alongside laboratory work.
University of Regina Fall 2026 Course Catalogue · CHEM 104Extends introductory chemistry to reaction rates, equilibrium, acid–base systems, thermodynamics, electrochemistry and nuclear chemistry, with laboratory experiments.
University of Regina Fall 2026 Course Catalogue · CHEM 105Introduces organic functional groups, compound naming and reaction mechanisms, with practice in organic laboratory methods.
University of Regina Fall 2026 Course Catalogue · CHEM 140Physical Chemistry I explores equilibrium and chemical thermodynamics, and includes a lab component with experiments in equilibria and thermodynamics.
University of Regina Fall 2026 course catalogue · CHEM 250Physical Chemistry II explores chemical kinetics and includes an introduction to molecular electronic spectroscopy. The lab component involves experiments in chemical kinetics and techniques in absorption and fluorescence spectroscopy.
University of Regina Fall 2026 course catalogue · CHEM 251Quantum Chemistry studies the fundamental principles of quantum mechanics and the application of quantum mechanics to chemical and spectroscopic problems. This course includes an introduction to computational chemistry.
University of Regina Fall 2026 course catalogue · CHEM 360Introduces single-variable calculus for algebraic and trigonometric functions, with limits, differentiation, integration, optimization and area problems.
University of Regina Fall 2026 Course Catalogue · MATH 110Extends calculus to exponential and logarithmic functions, advanced integration, limits of indeterminate forms and infinite series.
University of Regina Fall 2026 Course Catalogue · MATH 111Develops applied linear algebra through systems of equations, matrix operations, determinants, vectors and inner products.
University of Regina Fall 2026 Course Catalogue · MATH 122Studies differentiation and integration in several variables, constrained optimization and coordinate changes for multiple integrals.
University of Regina Fall 2026 Course Catalogue · MATH 213Develops critical reading and composition through literary and non-literary texts and connects reading strategies with writing.
University of Regina Fall 2026 Course Catalogue · ENGL 100Continues the writing practice from ENGL 100 through a selected literary topic and may include non-literary texts.
University of Regina Fall 2026 Course Catalogue · ENGL 110The calendar specifies Biochemistry level requirements and choices in Biology, Chemistry, Physics and Computing.
This course covers chromosome theory of inheritance/eukaryotic transmission genetics. Topics include: nature of genetic material, DNA replication, mechanism of mutation, natural recombination, artificial recombination, recombinant DNA technology/genetic engineering, and population genetics.
University of Regina Fall 2026 course catalogue · BIOL 205Introduces atomic structure, chemical bonding, quantitative reactions, energy changes, solutions and organic compounds alongside laboratory work.
University of Regina Fall 2026 Course Catalogue · CHEM 104Extends introductory chemistry to reaction rates, equilibrium, acid–base systems, thermodynamics, electrochemistry and nuclear chemistry, with laboratory experiments.
University of Regina Fall 2026 Course Catalogue · CHEM 105Introduces organic functional groups, compound naming and reaction mechanisms, with practice in organic laboratory methods.
University of Regina Fall 2026 Course Catalogue · CHEM 140Introduces single-variable calculus for algebraic and trigonometric functions, with limits, differentiation, integration, optimization and area problems.
University of Regina Fall 2026 Course Catalogue · MATH 110Extends calculus to exponential and logarithmic functions, advanced integration, limits of indeterminate forms and infinite series.
University of Regina Fall 2026 Course Catalogue · MATH 111Introduces statistical inference and probability through sampling distributions, variance analysis, regression and categorical data.
University of Regina Fall 2026 Course Catalogue · STAT 160Develops critical reading and composition through literary and non-literary texts and connects reading strategies with writing.
University of Regina Fall 2026 Course Catalogue · ENGL 100Continues the writing practice from ENGL 100 through a selected literary topic and may include non-literary texts.
University of Regina Fall 2026 Course Catalogue · ENGL 110This course introduces students to key Indigenous bioactive (medicinal) plants, their biologically active compounds, and their importance in Indigenous culture. Students will use multidisciplinary and cross-cultural approaches to understanding plants and their medicinal properties.
The Enzymes course discusses the fundamentals of enzyme chemistry: kinetics, inhibition, structure and mechanism, activity control, protein folding and evolution.
Chemical biology is an interdisciplinary science where chemistry is applied to problems in biology. Topics include protein engineering/directed enzyme evolution, chemical genetics, genomics/proteomics, DNA/protein microarrays, catalytic antibody, ribozyme/DNAzyme, metabolic engineering, combinatorial biosynthesis, DNA nanotechnology, chemical ecology, bio-mimicry, biosensors, membrane transporters, and more.
University-published career examples for Chemistry and Biochemistry, including its published routes; some require further training or registration. These are examples, not ranked graduate outcomes.
Career examples published for this programme area, not measured graduate outcomes for this exact route.
Science
2026–27 · Fall 2026 · Per credit hour · CAD
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Published tuition · Other charges extra
Housing and meals are outside this estimate.
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