Bachelor of Arts in Film Studies

at University of Alberta - North Campus Canada

Paleontology is the study of the history of life as preserved in the fossil record, examining the patterns and processes of evolution and extinction.

Our Paleontology program is world-renowned, with leading researchers, extensive collections, and access to digs, bone beds, and work experience opportunities you won’t find anywhere else.

The Paleontology Specialization program concentrates on the study of fossils and ancient life forms. It is an interdisciplinary program designed to give you a strong background in paleontology, earth sciences, and biological sciences, and prepares you for graduate-level studies.

Can’t wait to study Paleontology? Check out our Dino101 Massive Open Online Course (MOOC).

Paleontology can also be taken as part of a BSc with Specialization degree.

This program provides you with the skills and knowledge needed to succeed in the rapidly evolving field of software engineering and development. You will build on your foundational knowledge in computing by studying areas such as discrete and continuous mathematics, physical science, logic, and engineering design principles through to application and development of software systems of all sizes. As a co-op program, course material is augmented with industry and research experience.

Co-op option
This degree can be taken as a Co-op (co-operative education) program. Through the Co-op program, you will have the opportunity to complete paid, supervised work terms throughout your degree. Co-op programs are great way to challenge yourself, gain relevant work experience, and make connections to industry before you graduate!

Most co-op programs include five work terms lasting four months each, in addition to the usual eight terms (four years) of full-time study. Therefore, co-op programs require five years to complete.

Our Fine Art programs develop your ability to use your technical, formal, and critical thinking skills to explore contemporary issues through visual art. Learn to see the world more clearly while you build your drawing and painting skills; investigate video, installation, and public art; learn traditional printmaking techniques and combine them with the latest digital technologies; or sculpt with welded steel, clay, plaster, and anything else you can imagine. Courses in the history of art, design, and visual culture complement our studio programs and provide a lively intellectual cross-fertilization of theory and practice.

This route provides valuable insight into the relationship between industrial design and engineering, as well as the understanding of engineering fundamentals that is critical for close collaboration between industrial designers and engineers.

The engineering courses in this route will help you become a valuable contributor to the development of user-friendly and effective products. You’ll develop a solid framework for combining unique knowledge of the human factors involved in product design with the expertise of engineers.

Why study Cell Biology? (Honors)

Cell Biology takes a coordinated approach to the study of cells – the basic units of life. It integrates all the other life sciences in studying cells from the point of view of how they function. Courses in protein function, gene expression, and developmental biology will provide you with a comprehensive cell biology background and prepare you for entry into the workforce, graduate school, or a professional program such as medicine.

Cell Biology can also be taken as part of a BSc with Specialization degree.

Why take the BSc Specialization degree?

The Bachelor of Science Specialization degree provides a focused education in one program. You will take most of your courses in your main subject area, and are expected to maintain a higher standard of academic achievement. A Specialization degree can provide the background to help you proceed to a higher degree, but its primary function is to provide a comprehensive education at the undergraduate level.

This program can also be taken as part of a BSc Specialization degree.

Why study Science at the University of Alberta?

The Faculty of Science at the University of Alberta delivers high-quality programs that investigate, explain, and explore the real science behind issues that affect our daily lives. With nearly 60 degree programs in 39 subject areas, we are one of the most comprehensive science faculties in Canada, with state-of-the-art teaching and learning facilities, opportunities for undergraduate research, and professors who are leading researchers in their fields.

Why take the Environmental Engineering Option in Civil Engineering?

Environmental engineers apply their knowledge of the natural sciences — chemistry, biology, and microbiology — with their expertise in civil engineering to design municipal services and solve environmental problems. As an environmental engineer, you might be involved in performing an environmental impact assessment, or in designing or managing systems for water distribution and collection, water treatment plants, solid waste handling and processing facilities, landfills, and air treatment plants.

This Option is taken as part of a Civil Engineering degree.

Co-op option
This degree can be taken as a Co-op (co-operative education) program. Through the Co-op program, you will have the opportunity to complete paid, supervised work terms throughout your degree. Co-op programs are great way to challenge yourself, gain relevant work experience, and make connections to industry before you graduate!

Most co-op programs include five work terms lasting four months each, in addition to the usual eight terms (four years) of full-time study. Therefore, co-op programs require five years to complete.

Why study Engineering at the University of Alberta?

The Faculty of Engineering is widely recognized as one of the top Engineering schools in Canada, with globally renowned professors, state-of-the-art labs and teaching spaces, and highly specialized facilities and areas of research.

Throughout your degree, you’ll have the opportunity to gain hands-on experience, participate in research, and contribute to team projects both inside and out of the classroom.

We are centrally located within the heart of western Canada's energy and resources industries, with strong connections to industry and unmatched work placement opportunities.

Please note: If you are applying directly from high school, you must apply to the qualifying first year of Engineering. After you complete your first year you will have the opportunity to choose a specific degree program.

The Bachelor of Kinesiology degree provides a multidisciplinary approach to the study of human movement that includes both the art (e.g., psychology, sociology, history) and science (e.g., physiology, motor learning and control, biomechanics) of human movement as it relates to exercise science, athletic performance and promotion of long term health outcomes. In this program students select one of the following majors, enabling them to focus their learning in senior courses according to a specialized area of interest:

• Adapted Physical Activity:
  • provides students with theoretical knowledge and practical skills to facilitate physically active lifestyles for people with impairments.
• Physical Activity and Health:
  • provides students with an understanding of and appreciation for the importance of physical activity as it relates to health, fitness, and well-being over the lifespan. Biopsychosocial factors influencing acquisition and maintenance of physical activity and health will be emphasized.
• Sport Performance:
  • provides students with an understanding of the theoretical underpinnings of the multifaceted aspects of sport performance.
• Sport Coaching:
  • provides students with a range of knowledge and experiences to become a competent practicing sport coach. Theories and areas of practice covered include the scientific, social scientific and pedagogical aspects of coaching. Clear links will be made to real-life coaching scenarios with a focus on understanding the integrated and complex nature of coaching and all that underlies the practice of quality sport coaching.
• Individualized Major(self-designed)
  • this major affords students the opportunity to design a combination or collection of courses that meets their individual interests and needs, provided that an opportunity to pursue their area of interest is not available through the other four majors. It may also enable students who choose to spend one term or year abroad an opportunity to design a major area of study around their international courses. This must be done in consultation with an Undergraduate Programs Advisor and requires approval of the Associate Dean (Undergraduate Programs).

The Computer Process Control curriculum is built around the Chemical Engineering program core. You will take all the required chemical engineering courses (including material and energy balances, thermodynamics, fluid mechanics, heat transfer, separation processes, and chemical reactor analysis), as well as additional specialized courses that help to develop your skills as a computer process control engineer.

Why study Materials Engineering?

Materials engineers work to produce, process, and manufacture raw materials and finished products, impacting the world around us in immeasurable ways.

The University of Alberta is the only university in western Canada to offer a Materials Engineering program; our graduates are in demand across Canada and around the world in industries as diverse as energy, biology, medicine, consumer products, and communications.

Co-op option
This degree can be taken as a Co-op (co-operative education) program. Through the Co-op program, you will have the opportunity to complete paid, supervised work terms throughout your degree. Co-op programs are great way to challenge yourself, gain relevant work experience, and make connections to industry before you graduate!

Most co-op programs include five work terms lasting four months each, in addition to the usual eight terms (four years) of full-time study. Therefore, co-op programs require five years to complete.

Why study Engineering at the University of Alberta?

The Faculty of Engineering is widely recognized as one of the top Engineering schools in Canada, with globally renowned professors, state-of-the-art labs and teaching spaces, and highly specialized facilities and areas of research.

Throughout your degree, you’ll have the opportunity to gain hands-on experience, participate in research, and contribute to team projects both inside and out of the classroom.

We are centrally located within the heart of western Canada's energy and resources industries, with strong connections to industry and unmatched work placement opportunities.

Please note: If you are applying directly from high school, you must apply to the qualifying first year of Engineering. After you complete your first year you will have the opportunity to choose a specific degree program.

The Computer Process Control curriculum is built around the Chemical Engineering program core. You will take all the required chemical engineering courses (including material and energy balances, thermodynamics, fluid mechanics, heat transfer, separation processes, and chemical reactor analysis), as well as additional specialized courses that help to develop your skills as a computer process control engineer.

Co-op option
This degree can be taken as a Co-op (co-operative education) program. Through the Co-op program, you will have the opportunity to complete paid, supervised work terms throughout your degree. Co-op programs are great way to challenge yourself, gain relevant work experience, and make connections to industry before you graduate! Most co-op programs include five work terms lasting four months each, in addition to the usual eight terms (four years) of full-time study. Therefore, co-op programs require five years to complete.