Bachelor of Arts in East Asian Studies

at University of Alberta - North Campus Canada

The Geophysics program uses principles from Physics to understand the structure and dynamics of the Earth below its surface. Geophysical surveys can be used to locate energy sources, mineral and petroleum deposits, artifacts, and more. By undetanding the Earth & amp;apos;s core, Geophysicists can also assess natural hazards like earthquakes and volcanoes.

This program is designed to provide a strong education in the areas of mathematics, finance, economics and actuarial science. Graduates of our program can apply mathematical and statistical techniques to analyze financial products and manage financial risk.

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

Why take the Nanoengineering Option in Electrical Engineering?

This program provides an introduction to the principles of electronics, electromagnetics, and photonics as they apply at the nanoscale level. By selecting this option, students will learn about the processes involved in the fabrication of nanoscale structures and become familiar with the computer-aided design tools necessary for analyzing phenomena at high levels of miniaturization.

This Option is taken as part of an Electrical Engineering degree.

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.

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.

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.

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.

Study the processes that occur within all living organisms, including the regulation of functions at the sub-cellular, cellular, tissue, organ, and whole-organism levels, as well as their interactions and integration. Specific areas of study include endocrinology, neurophysiology, developmental biology, immunology, cell signaling, toxicology, and environmental physiology in a wide variety of organisms.

The Bachelor of Science General degree offers a wide variety of majors and minors, allowing you to create a diversified degree based on your interests. Majors must be in Science, but minors can also be from courses offered by Arts; Business; or Agriculture, Life and Environmental Sciences. You can also take a double major in Science.

Why study Physical Sciences?

• This program allows you to study topics in both chemistry and physics, then branch out in the direction that suits you best. You can choose from a wide breadth of courses in astronomy, biochemistry, chemistry, geophysics, mathematical physics, and physics, giving you the ability to pursue a truly customizable and interdisciplinary degree.
• Physical Sciences can only be taken as part of a BSc General degree or BSc/BEd Combined degree. This major can be taken with a Business minor.

Our Bachelor of Science in Forestry degree in the Faculty of Agricultural, Life and Environmental Sciences will prepare you for a dynamic career in forestry and related industries. You’ll learn forest management techniques, including the protection and use of forested areas, while ensuring sustainability and other social and cultural needs are met. You’ll also have the opportunity to participate in a field school where you will learn first-hand about forestry operations. This program also prepares you to become a Registered Professional Forester (RPF).

Why study Environmental Earth Sciences? (Specialization program)

This program examines how human behavior and activities affect our environment, both globally and locally. This is extremely important considering the impact of global warming and other environmental concerns we face today..

Environmental Earth Sciences can also be taken as part of a BSc with Honors 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 Honors 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.

All students in the Elementary degree program are enrolled in a Generalist program that prepares you to instruct all of the required elementary-school subjects. Unlike Secondary Education, you will not select a major in a specific area of study.

Why study Elementary Education at the University of Alberta?

Teaching is a calling, and elementary education is a truly special career. Our Bachelor of Education (Elementary) degree in the Faculty of Education prepares you to facilitate the learning of all children from Kindergarten to Grade 6 within our diverse and multicultural society.

The Elementary Education program includes a five-week Introductory Professional Term (IPT) and a nine-week Advanced Professional Term (APT). This degree can be taken as a four-year program or as an after-degree. Upon completion of this program, you will earn a Bachelor of Education degree (BEd) and be recommended for teacher certification in Alberta.

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.