Bachelor of Science, Major in Biotechnology

at University of Manitoba - Fort Garry Campus Canada

Genetics is the science of heredity, which deals with the mechanisms of inheritance. The Genetics program is interdisciplinary, comprising courses from Biological Sciences, Microbiology, Chemistry, Arts, Medicine and Agricultural and Food Science. The study of Genetics is divided into three broad areas: Classical genetics, population genetics, and molecular genetics. Students will study advances in medicine, agricultural techniques, heritable IQ, genetically modified organisms, genetic counselling and gene therapy. The Honours and cooperative work-study (co-op) programs provide experience in government, private sector and research laboratories.

The Department of Icelandic Language and Literature seeks to offer innovative and challenging courses in Icelandic language, literature, films and aesthetics, as well as Icelandic history and culture at both undergraduate and graduate levels. The Department also recognizes its commitment to the Icelandic community in North America by actively promoting North American-Icelandic history and culture. It has served to highlight the cultural contribution of Icelandic-Canadians to North America, and the curriculum includes courses dealing exclusively with Icelandic-Canadian literature and the poetics of immigration.

Biochemistry is the study of the chemical composition, activity and constituents of living systems. Both Microbiology and Chemistry share in the teaching and administration of the program. 

Interesting courses and unique opportunities
Within the Biochemistry programs, you can take courses and conduct research in topics ranging from chemistry to microbiology to biology including: cellular signaling and cancer biology, molecular biology, structural biology, biophysics and bioenergetics, genomics and genetics. Many courses include laboratory components to develop skills in scientific techniques. 

Biochemistry is the study of the chemical composition, activity and constituents of living systems. Both Microbiology and Chemistry share in the teaching and administration of the program. 

Interesting courses and unique opportunities
Within the Biochemistry programs, you can take courses and conduct research in topics ranging from chemistry to microbiology to biology including: cellular signaling and cancer biology, molecular biology, structural biology, biophysics and bioenergetics, genomics and genetics. Many courses include laboratory components to develop skills in scientific techniques. 

Biology is the study of life as it has evolved and is evolving on earth. All aspects of life are examined, from molecular processes inside cells, to large scale ecological interactions between organisms in their environment, and how the changing environment shapes these interactions.

Interesting courses and unique opportunities

• Vascular Flora of Manitoba
• Biology of Mammals
• Medicinal and Hallucinogenic Plants
• Genes and Development
• Principles of Ecology

Specializations

• Cell, Molecular and Developmental Biology
• Environmental and Integrative Physiology
• Evolution and Biodiversity
• Ecology and Environmental Biology
• Integrative Biology

The Master of Supply Chain Management and Logistics program delivers supply chain management and logistics education and advanced professional skills while guiding students in developing their understanding of and appreciation for the application of ethics, sustainability and professional practices in supply chains.

This program is a hands-on degree with a practical component, which gives students the skills and knowledge required to work professionally in supply chain management and logistics fields

Co-op placement or practicum
The Master of Supply Chain Management and Logistics degree includes a 4-month graduate co-op placement or practicum in which students gain hands-on experience in the supply chain management field. These placements are made possible by the Stu Clark graduate school’s network of connections within Manitoba and across Canada. 

Environmental Science examines the physical, chemical, and biological components of the Earth’s environment, its diverse systems, and the complex ways in which they interact. Environmental scientists use a variety of scientific and analytical techniques to measure environmental parameters, to evaluate the state of environmental systems, and to project the changes in environmental systems as a result of human activities and climate change. Natural and physical systems behavior is key to evaluating the implications of human activities such as agriculture, industry, and resource extraction, processing, and use. Environmental problems such as contamination and pollution, global warming, and biodiversity loss are studied with regard to past, present, and future practices and solutions.

Environmental Science examines the physical, chemical, and biological components of the Earth’s environment, its diverse systems, and the complex ways in which they interact. Environmental scientists use a variety of scientific and analytical techniques to measure environmental parameters, to evaluate the state of environmental systems, and to project the changes in environmental systems as a result of human activities and climate change. Natural and physical systems behavior is key to evaluating the implications of human activities such as agriculture, industry, and resource extraction, processing, and use. Environmental problems such as contamination and pollution, global warming, and biodiversity loss are studied with regard to past, present, and future practices and solutions.

The International Business major offers a variety of courses designed to help students understand and manage globalization from a strategic and functional perspective. Courses are taught by faculty members from diverse geographical backgrounds who have vast experience living overseas and conducting research and business abroad. In addition to imparting knowledge through relevant coursework, there are several international exchange programs that provide an opportunity for students to develop their skills in a direct manner by living and studying abroad. 

Environmental Science examines the physical, chemical, and biological components of the Earth’s environment, its diverse systems, and the complex ways in which they interact. Environmental scientists use a variety of scientific and analytical techniques to measure environmental parameters, to evaluate the state of environmental systems, and to project the changes in environmental systems as a result of human activities and climate change. Natural and physical systems behavior is key to evaluating the implications of human activities such as agriculture, industry, and resource extraction, processing, and use. Environmental problems such as contamination and pollution, global warming, and biodiversity loss are studied with regard to past, present, and future practices and solutions.