Bachelor of Science in Geological Sciences - Geology (Honours)

at University of Manitoba - Fort Garry Campus Canada

As society increasingly moves into the digital age, our need for those who can understand the management of information technology and information systems grow.

If you like working with technology and people, then a major in Management Information Systems is for you. You will learn how to determine what the information needs of a company are and how to design information systems that get real business done. You will study various kinds of software and learn how to manage an IT Project from start to finish.

The job market for MIS professionals is growing with an ongoing shortage across Manitoba and Canada. Our alumni are workings at companies like Great West Life, IBM, Investors Group, Wawanesa, and Standard Aero. Organizations will always have a need for in-house personnel or consultants with the MIS skill set taught at the Asper School of Business.

Biotechnology is the application of the principles of chemistry, biochemistry and microbiology to the development of new technologies. Both Microbiology and Chemistry share in the teaching and administration of the program, The cooperative work-study (co-op) programs provide experience in government, private sector and research laboratories.

Interesting courses and unique opportunities

• Industrial Bioprocesses
• Biological Energy Transduction
• Drug Design and Drug Discovery

Mathematics is the study of quantity, structure, space, and change. Mathematicians seek out patterns and formulate new conjectures which provide the language, reasoning, and analytic tools that many other disciplines use to investigate their areas.

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.

The BFA Honours degree allows you to complete an additional year of study including art history and optional studio electives.

To transfer into the honours program, you must first successfully complete 69 credit hours of study in the Art History general program, with a degree GPA of 2.5. If you are a current student and wish to transfer to the BFA Art History honours program,

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.

Astronomy and astrophysics examine the universe, galaxies and stars as well as phenomena such as the birth of stars, how explosions of stars create fast moving cosmic ray particles and pulsars, and how the rotation of a galaxy reveals the presence of dark matter. A planetarium and two astronomical observatories enhance this program.  

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.

The Bachelor of Fine Arts is designed to provide a balanced learning of theory and practice. Studio courses focus on the production of art and design, though studio practice, related theory, and the technical education necessary to become an educator, or a professional creative artist in fine art or applied fields.

All undergraduate students take first and second-year studios in experimental and foundation studies, followed by more intensive study in specific fine art and design disciplines beginning third year. Students graduate with a Bachelor of Fine Arts degree and deep disciplinary knowledge along with strong critical thinking skills and the agility to problem solve and connect the dots across a wide range of fields.

The BFA Honours degree allows you to complete an additional year of study including electives, as well as self-directed studio work and research.

Political Studies examines the dynamics of human interaction in which individuals and groups compete, and cooperate, to achieve their goals, in the context of competing visions, values and interests. It is therefore a study of power, particularly in connection with law and public policy. Because people often disagree about, say, civil liberties, sustainable development, and distributive justice, they divide themselves into various groups: nations, political parties, trade unions, business associations, environmental organizations, to mention but a few. Political studies tries to understand what happens when individuals and groups struggle with one another to achieve their different goals. Within states there are mechanisms called governments to oversee and guide political struggle, and studying politics can help us better appreciate why various types of government behave the way they do.

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.