Bachelor of Environmental Studies (Major)

at University of Manitoba - Fort Garry Campus Canada

The Faculty of Science provides excellent training in scientific areas. The Bachelor of Science General degree provides breadth and depth of scientific understanding and comprises introductory Science courses and upper level Science courses from two departments of your choice. This is a flexible degree program – students can switch to a Major or Honours program at any point in their studies (subject to eligibility) and is a great preparation for further study in professional faculties, such as Medicine.

Program options:
Degree options

• B.Sc. Bachelor of Science Major
• B.Sc. (Hons.) Bachelor of Science Honours
• B.Sc. Bachelor of Science General

Program options:

• Actuarial Mathematics 
• Astronomy
• Biochemistry
• Biological Sciences
• Biotechnology (*As of Fall 2018, admission to the Biotechnology program has been temporarily suspended. Contact a Faculty of Science Academic Advisor for further information.) 
• Chemistry
• Computer Science
• Genetics
• Mathematics
• Microbiology
• Physics
• Psychology 
• Statistics
• Preparing for Health Related Programs

Environmental Studies focuses on the complex relationships between humans, whether as individuals, communities or institutions, and the environment. It examines the social, cultural, institutional, political, policy and legal aspects surrounding environmental issues and concerns. The Environmental Studies Program uses not only scientific approaches but also traditional knowledge, and in doing so broadens the ways in which the environment is viewed. This is illustrated using local, regional, and international case studies, which reveal the implications of diversity and inequality. Students gain a broad and integrated understanding of diverse fields, and develop a wide awareness of human and environmental concerns, such as human health, community and urban planning.

The Electrical Engineering and Computer Engineering (ECE) programs prepare students for a career in Engineering by engaging them in studies related to core and specialty areas through both theoretical and hands-on teaching methods. ECE students have many courses in common, including math, physics, circuits and electronics, programming, microprocessors, digital systems, economics, engineering law, technical writing, technology and society, and a complementary studies elective in an Arts or Management discipline. In their final year, students participate in a team-based group design project that allows them both the opportunity to put into practice knowledge and skills acquired throughout their program and the exposure to the concepts of team work and project management.

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.

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 Human Nutritional Sciences program includes foundation courses in basic sciences, fundamental courses in metabolic and applied nutrition, and applied courses in food utilization and management with an overall emphasis in human nutrition in any of the options that are available. Students will master key competencies in specializations in nutrition, foods or the food industry. All students receive a solid theoretical foundation in both food and nutritional sciences. Topics of study include energy and exercise, nutrients and nutritional supplements, food labels and health claims, diet and disease prevention, nutrient metabolism and disease states, nutrient requirements and diet evaluation, nutrition education and dietary change, and food quality and ingredient technology. 

The Department of Religion at the University of Manitoba focuses on three areas of study: religions in the West (especially Christianity and Judaism), religions in the East (Islam, Hinduism, Yoga, Buddhism), and religion and culture. Method and theory is an integral part of our program as is an emphasis on world religions. Courses are mainly tradition based or topics based. Our topical courses are comparative, for example, dealing with death and mourning rituals in world religions.

The Geological Sciences or Earth Sciences are multidisciplinary sciences that apply principles from many different fields to deal with all aspects of the solid Earth and its interactions with the hydrosphere, atmosphere, biosphere and Solar System. Quantitative data is provided through fieldwork, laboratory analysis and theoretical modeling for understanding the physical, chemical and biological behaviour and characteristics of Earth materials – rocks, minerals, fossils, liquids and gases. Once the nature and extent of the Earth’s natural evolution is understood and quantified, as well as the more recent environmental impact of human activity, they can help tackle many resource extraction, mineral processing and environmental problems, and predict future changes to the Earth.

Entrepreneurship is about creating value through identifying opportunities and gathering and managing resources to capitalize on those opportunities.

Students in the Entrepreneurship/Small Business major explore new venture startups, social initiatives, small business management and family business.

Students will encounter questions including:

• What is creativity and how does it relate to entrepreneurship?
• What is opportunity and how do businesses start in response to perceived opportunities?
• How does family involvement impact the business and family?
   

Civil engineers plan, design, supervise construction, manage, and maintain facilities that are familiar to most people. They are involved with infrastructure and environmental projects such as bridges, dams, highways, water and waste-water treatment plants, airports, and flood control systems. Civil engineers increasingly use new technologies such as Geographical Information/Positioning Systems, advanced materials, remote sensing and monitoring in their projects.

Courses include engineering materials, fluid mechanics, structural design, infrastructure engineering and construction management, finite element method, application of geographic information systems, economics, transportation planning, environmental analysis and design, hydrology, and technology and society.