Bachelor of Science in Palaeobiology

at University of Saskatchewan Canada

Study the histories of the visual arts which include photography, sculpture, painting, architecture, video, performances, installation, film, and digital imaging, among other media.

What you will learn
In addition to studying more traditional art history such as Renaissance and Baroque art you will be exposed to such areas as First People's Art History; Postcolonial Issues in Contemporary Canadian Art; Art of the Internet; Contemporary Performance Art Theory and Praxis; and Studies in Visual Culture. You will learn how visual forms from painting to film to the Internet and popular media, produce meaning in contemporary everyday life.

Agricultural Biology provides students with the ability to apply scientific principles to biotechnology, genetics, evolution and wildland ecology including but not limited to wildlife and conservation biology, toxicology and environmental conditions, and wildlife and domestic animals.

What you will learn
With focus on particular areas relevant to agriculture—such as biotechnology, genetics and evolution, plant pathology, plant molecular biology and wildlife ecology—you will examine situations that are relevant to Saskatchewan. Our close associations with government and private research institutions that have considerable expertise provide opportunities for you to gain practical hands-on experience through student employment programs.

Planners balance science, aesthetics and community interests in the planning of healthy urban, rural and regional communities and environments. They work with community members, developers and elected officials to create places that optimize the use or preservation of society’s environmental, economic, social, cultural aesthetic, and infrastructure assets.

What you will learn
You will learn about the challenges of managing urbanization in a variety of contexts and about the latest innovations in planning policy and design. Some of the topics you’ll study include: land-use planning that integrates modern technologies, active transportation and transportation infrastructure, climate change solutions, energy conservation, protecting water supplies, and caring for natural areas. You will learn about community engagement, policy analysis and government processes, economics, planning and development law, geomatics, and conflict resolution.

French is spoken in 57 countries worldwide and is one of Canada's official languages. With globalization progressing at a rapid speed, studying French and the cultures where it’s spoken will provide you with valuable communicative skills and a competitive edge in any career.

What you will learn
You will be offered instruction in French language and literature, both in the original and in translation, and courses in the civilizations and cultures of France and French-Canada. You will study canonical writers and works of historical and global significance as well as Francophone writers and works from Saskatchewan and the prairies.

Computer engineers create and improve the technologies and hardware that shape our modern world.

What you will learn

• We’ve redesigned first-year engineering at USask to help you succeed and make engineering more fun. We call the new first year RE-ENGINEERED. It’s the only program of its kind in Canada. It will get you excited and inspired about engineering.
• In RE-ENGINEERED, instead of high-stakes exams, you will do more assignments and quizzes so you can improve your mark if you stumble early. Daily tutorials are part of the schedule so you can get help when you need it. And instead of final exams, you will explore the different branches of engineering in hands-on courses.
• You will choose your engineering specialty – known as your major, or discipline – at the end of your first year. This is the area you will study in-depth in your upper-years classes.

Geological engineers connect the worlds of nature and engineering. They apply engineering principles to the natural materials and fluids found in the earth, including rocks, soils, groundwater, petroleum and natural gas.

What you will learn

• We’ve redesigned first-year engineering at USask to help you succeed and make engineering more fun. We call the new first year RE-ENGINEERED. It’s the only program of its kind in Canada. It will get you excited and inspired about engineering.
• In RE-ENGINEERED, instead of high-stakes exams, you will do more assignments and quizzes so you can improve your mark if you stumble early. Daily tutorials are part of the schedule so you can get help when you need it. And instead of final exams, you will explore the different branches of engineering in hands-on courses.
• You will choose your engineering specialty – known as your major, or discipline – at the end of your first year. This is the area you will study in-depth in your upper-years classes.

This program examines human behaviour, institutions and culture in order to reveal and analyze the gender assumptions on which they are based. It examines the changing positions of women and men, gender nonconformity, queer studies, activism and the evolving understanding of gender.

What you will learn
You will examine the portrayal of femininities and masculinities in advertising, news media, literature, art, music, pornography, religion and films. You will study the relation between biology and gender constructions, gendered patterns of language use, the role of gender in processes of identity formation and socialization and women's changing economic and political roles.

In this professional program, you'll transcend disciplinary boundaries to manage complex problems and address sustainability challenges from the local to the global context. You'll develop your professional skills and address real-world issues by working with a public, private or not-for-profit partner organization as you complete the degree requirements with an applied project.

Regenerative Sustainability: The mission of the Regenerative Sustainability stream is to empower our graduates to catalyze positive, transformative, changes in socio-ecological systems by engaging with the latest developments in sustainability thinking and practice.

Students are challenged to think outside the boundaries of traditional disciplinary programs to address environmental and sustainability challenges with regional, national, and international significance. These programs expose graduate students to a variety of unique environmental learning and research experiences and help nurture students to become critical thinkers capable of addressing pressing challenges associated with environmental change and sustainability.

Chemistry focuses on what happens to matter at the molecular and subatomic levels. In other words, it is the study of how virtually everything in the world really works. Chemists are at the forefront of scientific discovery in a wide variety of fields such as medicine, drug discovery, nanotechnology, new material design and the environment.

What you will learn
You will learn how molecules interact, how and why chemical reactions occur and how to control these processes. You will learn how to find answers to important questions such as: how do we harvest light to make energy, how do we build molecules that cure disease and how do plants protect themselves from pathogen attack? Through appropriate course selection, you can specialize in analytical, bioorganic, computational, inorganic, organic, organometallic, physical or theoretical chemistry.

Physics is the study of matter and energy and how they interact. Physics helps us understand how the world, and everything in it, really works. Physicists study all aspects of nature—from the study of subatomic particles to the study of astronomical objects many times larger than the sun.

What you will learn
You will discover the particles that make up the universe and the forces with which they interact. You will learn about black holes, atmospheric phenomena, new materials, quarks and gluons. You will investigate such phenomena as the big bang, quantum mechanical paradoxes and superconductivities. You will experiment using telescopes, satellites, radar, tokamaks, synchrotron and particle accelerators, and conduct space weather observations and atmospheric ozone monitoring.