Bachelor of Science in Animal Health

at University of Alberta - North Campus Canada

Why study Mining Engineering?

Most resources that cannot be grown or harvested need to be extracted from the Earth by mining engineers. Mining engineers are involved in every aspect of resource extraction, applying science and technology to plan, design, manage, and optimize mining and mineral projects around the world.

The Mining Engineering program at the University of Alberta is the biggest of its kind in Canada, offering a broad-based program covering subjects ranging from surface and underground mining to physical and mathematical sciences. Our graduates are well equipped to compete and succeed in a variety of careers in industry and government.

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.

Computer engineers play a key role in designing, constructing, and integrating the technology that continues to change our lives every day. Our Computer Engineering program provides you with a broad background in the theory and application of hardware and software technologies. As a result, graduates are qualified for positions ranging from traditional computer engineering positions (e.g. software designer, computer systems designer) to positions often associated with electrical engineering (e.g. electronics circuit designer).

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.

Specialization option
As part of this program, you can choose to take a Software Option (Co-op only) or a Nanoscale System Design Option.

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 Mathematics and Economics? (Specialization program)

By choosing this unique program, you will not only learn the essentials of economics and the related mathematical and statistical tools, you’ll also gain a better understanding of the mathematics and statistics behind these tools. This program offers a diverse education in mathematics, finance, economics and actuarial sciences, providing an excellent background if you are interested in a finance or business-related career.

This program 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.

Why study Chemical Engineering?

Chemical engineers play an important role in society, finding new ways to convert raw materials into finished products and make improvements to daily life. The impact chemical engineers are having on our environment and our world are being realized right now from the oil sands of Fort McMurray to the desert sands of the Sahara.

Our Chemical Engineering program is regarded one of the leading programs of its kind in North America and is distinguished for its oil sands and biomedical research. You will learn from professors who are leading researchers in their field and well respected in both academic and industry circles.

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.

Specialization option
As part of this program, you can choose to take the Computer Process Control Option.

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.

Why study Astrophysics? (Specialization program)

Our Astrophysics program explores a wide range of questions about the physics and properties of stars, galaxies and the universe. You will study the properties of and physics behind astrophysical objects, and, through computational lessons, develop the tools and techniques to solve physics and geophysical problems. The learning process is enhanced through access to department resources including the Astronomical Observatory, which is available for solar and evening observing.

Astrophysics can also be taken as part of a BSc 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.

The most intensive of all our programs, admission to the Bachelor of Music (B.Mus.) program is dependent on a successful performance audition and the completion of a music rudiments placement test.
All Bachelor of Music students take a common first year that includes applied music lessons, courses in music theory, music history, aural skills, and large ensemble performance. This introductory year also includes studies in English as well as an elective of the student's choice from outside the Department of Music.
At the end of this introductory year, and once the student has had the opportunity to assess their particular strengths and interests, a specific route of study is normally identified in consultation with the student's principal instructor and/or the undergraduate advisor.
In all program routes, the core subjects - music theory, music history, aural skills, large ensemble - continue into the second year. Greater concentration in the specific route of study occurs in years three and four. Applied music and ensemble performance study continues through all years of the Bachelor of Music programs, with the exception of the Composition and Sonic Arts Route.
All programs consist of four years of study. To be eligible to continue in any of these program routes, students must maintain a minimum grade point average (GPA) of 2.3.
Students may choose to concentrate on one of the following routes: General, Performance, or Composition and Sonic Arts. Students who have already completed a previous degree-in music or otherwise-may also opt to complete a B.Mus After-Degree.

General Route
This curriculum allows for flexible programming to accommodate individual backgrounds and interests, allowing this route to be as general or as specialized as a student wishes.

Performance Route
This route is designed to focus on solo instrumental/vocal study and performance. Admission into this route is dependent upon the recommendation of a jury and the consent of the Department. Public recitals are required in each of the final two years. Students may major in one of the following instruments:

• Keyboard (Organ, Piano)
• Percussion
• Strings (Cello, Double Bass, Guitar, Harp, Viola, Violin)
• Voice
• Winds (Bassoon, Clarinet, Euphonium, Flute, Horn, Oboe, Saxophone, Trombone, Trumpet, Tuba)

Composition and Sonic Arts

• This route focuses on the creation of original music and an understanding of theoretical principles and technologies involved in contemporary musical practice. Our faculty specialize in music of all kinds, including contemporary acoustic composition, electroacoustic music, sound art, free improvisation, and collaborative work with artists in other media. Students work with our world-class performance and composition faculty, student ensembles, and professional musicians from the city of Edmonton to produce their own compositions, featured in concerts open to the public every semester. To be considered for this route, students are required to submit a portfolio of recent compositions. Please visit the Music Composition & Sonic Arts website, or contact the department for further information.

Why study History?

History is the study of written records and relics, which informs us about the people, relationships, and cultures of the past. Historians are interested in how people and groups engage with each other, with power structures, with their natural environments, and the creation and transformation of culture and cultural ideas. Our History program offers a courses covering many different periods and topics. As a History student, you’ll develop research, writing, and critical thinking skills.

This major can also be taken as part of a BA Honors degree.

Why study Arts at the University of Alberta?

The Faculty of Arts boasts one of the most diverse Arts programs in Canada, offering top quality educational opportunities that prepare students for successful careers in every sector of society. With over 900 distinct courses in the humanities, social sciences, and fine arts, you will find an academic pathway for you. Your studies will be enhanced by the rich insights that our nationally and internationally recognized faculty members bring to the classroom through unique insights drawn from their research and advancement of human knowledge. Academic excellence, innovative problem-solving, and experiential learning opportunities beyond the classroom, such as Community Service-Learning and Arts Work Experience programs, will give you the tools to thrive in a diverse and increasingly complex workplace.

This program gives you the opportunity to focus on the emerging field of nanotechnology, giving you an introduction to the processes involved in the fabrication of nanoscale integrated circuits and in designing the tools necessary for the mass production of nanoscale systems.

The University of Alberta is a leader in nanotechnology and nano-scale engineering. We are home to the NanoFAB Micromachining and Nanofabrication Facility, the Integrated Nanosystems Research Facility, and the Nanotechnology Research Centre.

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.

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.

Why study Ecology, Evolution, and Environmental Biology? (Specialization program)

This program focuses on the interactions of organisms with their environment, the diversity of organisms, adaptations, and the mechanisms underlying evolutionary change. You’ll gain foundational knowledge in plant, animal and microbial ecology and evolution, studying at the level of individuals, populations, communities and ecosystems, and at a variety of spatial and temporal scales.

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