Chemistry is the science of all matter - an area of study that is vast, fascinating, and related to everything in our material world. Chemistry touches on every aspect of our lives and is essential for meeting our world’s basic needs of food, health, energy, shelter, clothing, and clean air, water, and soil.
The Chemistry Major in VIU’s Bachelor of Science (BSc) program focuses on experiential learning in small classes and labs. Chemistry students studying in the Major or Minor have the opportunity to pursue undergraduate research with instructors who care about their success.
Chemistry students can expand their learning with VIU’s state-of-the-art Applied Environmental Research Laboratories (AERL). They can work on collaborative research projects with the private sector and community partnerships.
B.Sc., Major in Chemistry: The program's goals are to provide students the opportunity to pursue employment and post-graduate opportunities in Chemistry. The curriculum provides a molecular-level understanding of biological, chemical, and physical processes and builds a strong appreciation for the underlying principles that govern structure reactivity and bonding.
The program builds foundational knowledge in the traditional sub-disciplines of chemistry, with a particular emphasis on the theory and practice of analytical and green chemistry.
In the upper years, students can choose to specialize in their Major in Chemistry by selecting electives in Environmental Chemistry or Biological Chemistry. Students will appreciate the role of chemistry in many aspects of modern scientific inquiry, and all students will gain hands-on experience with modern chemical instrumentation and techniques.
The program has been designed to be at the forefront of teaching and learning in the chemical sciences by incorporating an emphasis on conceptual learning and integrating inquiry-based learning experiences, computer-assisted learning, and undergraduate research opportunities.
Chemistry is taught through a combination of lectures and laboratory exercises, with close student-instructor interactions and mentorship being a hallmark of the program. Current issues such as the fate and distribution of chemical species in the environment and biological systems, bio-mimetics, environmental ecology, toxicology, molecular design, catalysis, and the development of modern instrumental methods are introduced.
Critical thinking, problem-solving, and communication skills are emphasized throughout the program and refined in the integrated laboratory experience and independent student projects.
Students graduating from the program have gained highly transferable employment skills. They will have a wide range of career opportunities in fields including secondary education, chemical forensics, chemical analysis, environmental monitoring, consulting, science communication, manufacturing, medical lab science, instrument development, and sales, food science, material science, pharmaceuticals, quality control, remediation, food security, academic and government research, science policy and government regulation.
The program provides a solid foundation for students who wish to further their studies in professional programs such as medical, dental, law, and pharmacy schools and graduate studies at the M.Sc. and Ph.D. level. Graduates with this degree will be qualified to apply for a 'Professional Chemistry' designation.
A Minor in Chemistry may also be obtained and used in combination with another science Minor for a general B.Sc. degree (double Minor) or augment another science, Major. The Minor in Chemistry will be of particular interest to students proceeding towards a career in Primary and Secondary Education, with plans for teaching a science curriculum. For additional information on the program, faculty, and undergraduate research, please visit the VIU Chemistry website.
UNDERGRADUATE
Undergraduate research allows students to integrate and reinforce their chemistry knowledge, develop their scientific and professional skills and become active participants in their discipline rather than passive observers. Integrating research into the curriculum as early as possible increases the student’s interest in the field and understanding of how scientists think and work on real problems.
Students at VIU have the opportunity to work with faculty members on a variety of chemistry-related projects and may enroll in an Undergraduate Research Project course (CHEM 491).
Projects support deep learning, promote critical thinking, provide experience with instrumental methods, and exposure to the chemical literature. The geographic proximity of VIU to coastal British Columbia provides unique opportunities to incorporate real-world field studies into the curriculum and research experience in both environmental and biological chemistry.
The Major in Chemistry is closely integrated with the internationally recognized Applied Environmental Research Laboratories (AERL), which provides authentic experiential learning opportunities with real-world outcomes. This facility provides hands-on experience and student-faculty engagement in part-time work, internships and summer research assistantships for undergraduate students.
AERL
The Applied Environmental Research Laboratories (AERL) conducts pure and applied research in analytical mass spectrometry and environmental chemistry. The group develops new and improved strategies for the measurement of chemical determinants of environmental and human health.
This work focuses on real-time, in-situ chemical analysis in complex real-world samples with applications to the protection of the environment and improving human health. The AERL team collaborates widely with regional, national, and international partners in academia, government agencies, and the private sector enabling solutions to regionally relevant and globally significant problems.
The facility supports the training of a wide spectrum of highly qualified personnel ranging from undergraduate students to post-doctoral research fellows. In addition to state-of-the-art instrumentation for air, water, and soil analysis, the AERL specializes in portable, direct analysis mass spectrometry techniques that provide spatially and/or temporally resolved chemical measurements.
This work is positioned on the leading edge of bringing high precision chemical measurements to the sample rather than bringing discrete samples back to the lab. The facility is supported by the Canada Foundation for Innovation, the British Columbia Knowledge Development Fund, and Canada's Natural Science and Engineering Research Council.
Canadian citizens and those with permanent residence status in Canada are eligible for admission to University Academic programs if they meet one of the following conditions:
The English Language Proficiency (ELP) requirements for Chemistry(BSc) in Canada: are:
Items | Costs | ||||||
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Application Fees | CA$41.72 | ||||||
Living Cost | CA$12,000.00/year (CA$1,000.00/month) |
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Student Earning | CA$18,688.00/year |
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You will earn CA$18,688.00/year by working (20h * 4 weeks * 8 months * CAD 14.50/h) + (40h * 4 weeks * 4 months * CAD 14.50/h) at minimum wage of CA$14.60/hour. |
Items | Costs | ||||||
---|---|---|---|---|---|---|---|
Application Fees | CA$41.72 | ||||||
Living Cost | CA$12,000.00/year (CA$1,000.00/month) |
||||||
Student Earning | CA$18,688.00/year | ||||||
This is just an estimate. You don't have any work hour limit. You will earn CA$18,688.00/year by working (20h * 4 weeks * 8 months * CAD 14.50/h) + (40h * 4 weeks * 4 months * CAD 14.50/h) at minimum wage of CA$14.60/hour. |
Chemistry is central to many scientific careers and provides a range of employment opportunities in the academic, commercial, and public sectors.
Trained chemists have important employment skills identified by the Conference Board of Canada, such as critical thinking, problem-solving, observational and communication skills, and knowledge of science, technology, and mathematics. The American Chemical Society Employment and Salary outlook/survey indicate continuing low unemployment trends and competitive salaries for skilled chemists.
Analytical chemists, in particular, have been identified as having growing job opportunities. Identified attributes that employers were looking for included; hands-on experience, particularly with mass spectrometry and nuclear magnetic resonance spectroscopy, digital information retrieval and ability to apply knowledge to solve problems in novel ways, internship and research experience with instrumentation, experience, and coursework outside of the immediate discipline, most notably in biology, biochemistry and materials science.
In addition to continuing their education at the post-graduate level, graduates of the program will possess sufficient knowledge and skills to pursue the following careers;
Students graduating from the program will have career opportunities in secondary education, chemical forensics, chemical analysis, environmental monitoring, consulting, science communication, manufacturing, medical lab science, instrument development and sales, food science, material science, pharmaceuticals, quality control, remediation, food security, academic, and government research, science policy and government regulation.
The program provides a strong foundation for students who wish to further their studies in professional programs such as medical, dental, law, and pharmacy schools and graduate studies at the M.Sc. and Ph.D. level in Chemistry or related disciplines. Graduates with this degree will be qualified to apply for a 'Professional Chemist' designation.
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