FOOD PRODUCTION. ENVIRONMENT. SCIENCE & SOCIETY.
Welcome to Agricultural Biotechnology
This program focuses on the life sciences, with prominence given to the application of biotechnology in agriculture.
Studying agricultural biotechnology will give you a strong science and economics background rooted in both theoretical knowledge and practical experience, and focusing on the issues, research and course materials relevant to agriculture. In this lab-extensive, hands-on learning environment, you will concentrate on the physiology of microbes, plants and animals, as well as the systems they thrive in — helping you build technical skills in areas such as biochemistry and molecular biology. As a multidisciplinary major, agricultural biotechnology takes full advantage of resources and course offerings in the Departments of Biological Sciences, Chemistry & Biochemistry and Economics. This multi-faceted approach allows you to explore new applications in science and develop fresh perspectives about how to address challenges in food production through changes in economics, production or diversification.
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Program Highlights
6th Annual Undergraduate Research in Science Conference of Alberta (URSCA)
The University of Lethbridge is proud to have the opportunity to showcase the outstanding original research produced by Alberta’s undergraduate students at URSCA 2020. During this unprecedented time, we remain committed to highlighting undergraduate research in science, and although we can't gather in person, there is nothing stopping us from moving this conference to an online format.
The Undergraduate Research in Science Conference of Alberta (URSCA) is a celebration of Alberta's discovery and innovation at the earliest stage of postsecondary education. Gone are the days when most researchers began their original research at the graduate level. Increasingly, student-focused, research-intensive institutions are not only encouraging hands-on research in the laboratory and in the field at the undergraduate level.
Undergraduate Courses in Agricultural Biotechnology
Students who pursue an undergraduate degree in agricultural biotechnology will take courses in agricultural studies, biochemistry, biological sciences, chemistry, economics, mathematics and physics. They may also take courses recommended for the degree in neuroscience and statistics. Topics covered may include the evolution of agriculture, genetics, biochemistry, molecular biotechnology, ecology, evolution, plant biotechnology, animal physiology, probability & statistics, organic chemistry, physics, microbiology, agricultural policy and agricultural economics
Course Highlight: Agricultural Studies 1000 | The Evolution of Agriculture
A survey of the major achievements in agriculture, spanning its origins until the present. Particular emphasis on agricultural-related activities in Europe and North America. The role of Indigenous peoples and women in agriculture, world food issues, and the environmental consequences of modern agriculture.
U of L researchers awarded more than $1.8 million in NSERC funding
Eleven University of Lethbridge researchers have been awarded Natural Sciences and Engineering Research Council (NSERC) Discovery Grants worth approximately $1.8 million, payable in instalments of anywhere from one to five years.
“University of Lethbridge researchers were very successful this year, with 11 out of 14 applications being awarded funding,” says Dr. Erasmus Okine, U of L vice-president (Research). “This funding of almost $2 million demonstrates the calibre of research our scientists are engaged in and I congratulate each one of them.”
Career Bridge | Co-operative Education & Applied Studies
Put Your Knowledge to Work
Whether you’re looking for a more in-depth learning experience by assisting with research projects on campus or by testing your knowledge in a real-life work setting, we can help! The programs available in the Career Bridge office will provide you with a solid foundation for further studies and an excellent framework for a challenging and rewarding career — whatever direction you decide to go. Explore career options, participate in research and develop skills that complement your degree.