Bachelor of Recreation Management and Community Development

at University of Manitoba - Fort Garry Campus Canada

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. The Honours and cooperative work-study (co-op) programs provide experience in government, private sector and research laboratories.

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. 

Psychology is the scientific study of behaviour and mental processes. It is also the profession that applies the accumulated knowledge of this science to practical problems. Psychologists and their work can be classified into three general categories: Research Psychology, Applied Psychology, and Clinical/Counselling Psychology.

Anthropology is a biocultural discipline grounded in a comparative and cross-cultural perspective and concerned with diverse aspects of human life. While broadly educated, individual anthropologists generally specialize in particular approaches, collectively contributing to a rich and holistic view of humanity. The University of Manitoba offers undergraduate and graduate training in anthropology’s four sub-disciplines: cultural anthropology, archaeology, physical anthropology, and anthropological linguistics.

Geophysicists use the principles of physics and mathematics to study the Earth’s surface, internal structure and composition, atmosphere and magnetosphere. The many overlapping fields in Geophysics include: Earthquake Seismology, Exploration Seismology, Electromagnetic Geophysics, Gravity and Magnetic Geophysics, Geodesy, Geomagnetism as well as Geodynamics and High-Pressure Geophysics.

Psychology is the scientific study of behaviour and mental processes. It is also the profession that applies the accumulated knowledge of this science to practical problems. Psychologists and their work can be classified into three general categories: Research Psychology, Applied Psychology, and Clinical/Counselling Psychology.

The Art History program offers students an opportunity to consider, in a cultural context, both Western and non-Western artistic traditions with an emphasis on the former from the Renaissance to the present. While all courses acknowledge methodological issues, the program also offers courses in art theory and criticism at the second- and third-year levels. Students enrolled in this program broaden their knowledge of art production with studio electives.

In your first year, you will gain knowledge about the development of art worldwide from the prehistoric period to the present, learning about artists, art movements, directions, styles, and social contexts. 

Second year courses offer concentration in specific areas such as the Medieval to Renaissance era, the Renaissance to the Baroque, the Modern to the Contemporary as well as courses that have a single focal area such as Indigenous Art History, Women in Art History, and Art Writing. 

As you progress through your degree, more defined curriculum related to one artistic movement or era will be explored, such as Contemporary Art, Canadian Art History, Bauhaus, Art in New Media, History of Photography, History of Ceramics, Islamic Art, and Curatorial Studies. Special Topics courses address faculty and student interests in current issues and new approaches to the discipline of art history. Seminar courses such as Contemporary Indigenous Art and Manitoba Modernism focus on student-driven discussions.

Actuarial mathematics involves the application of mathematical disciplines, particularly probability, statistics, and risk theory, to real-life financial problems involving future uncertainty. This analytical approach helps people and organizations quantify and reduce financial risk in areas as diverse as life, health, disability, marine, property and casualty insurance; annuities; and pension and employee benefits plans.

Interesting courses and unique opportunities

• Actuarial Aspects of Investment Practice
• Economic & Financial Applications
• Life Insurance Products and Employee Benefit Plans
• Introduction to Risk Management
• Financial Derivatives for Actuarial Practice
• Actuarial Modeling Methods
• Managing Insurance Operations in the International Business Environment
• Theory of Interest

Mechanical engineering is the use of principles of mechanics, materials and energy to design machines and processes. The Mechanical Engineering program allows great flexibility and choice with an Aerospace Option and Manufacturing Option, and specialties in energy systems, advanced materials and solid mechanics.

Physical Geography examines the natural and physical systems of the Earth including the atmosphere, biosphere, cryosphere (ice and snow), hydrosphere (water) and lithosphere (land surface). Physical geographers also look at the connections between these systems, how they change over time, and the implications of these changes. Atmospheric science covers topics such as climate change, storms (including tornadoes), weather systems and other atmospheric phenomena. Biogeography is the study of the biosphere, and examines the geographic nature of plants, animals, and ecosystems. Hydrology is the study of the Earth’s water in its many forms including ice, snow, rivers, lakes, and groundwater. Lastly, geomorphology examines the nature of the Earth’s land surface features such as mountains and river.

Biosystems Engineering brings engineering to life by integrating life sciences with engineering, from the molecular to the ecosystem. Biosystems engineers help to create new technologies for the well-being of humans and animals, and the preservation and enhancement of natural resources and the environment. The main areas of study are environmental engineering, bio-processing (food and pharmaceutical), bio-environmental control, bio-medical engineering, soil and water engineering, agricultural equipment, and light structures. Biosystems Engineering also provides an excellent pathway to the Faculty of Medicine.

Interesting courses and unique opportunities

• Bio-processing (food and pharmaceutical)
• Bio-environmental control
• Soil and water engineering
• Air pollution control
• Environmental impact assessment
• Assistive technologies for physically challenged persons
• Structural design
• Animal and plant environment