Bachelor of Management( Internship optional)

at Dalhousie University Canada

Engineering touches everyone's lives in countless ways. The opportunities in engineering are virtually limitless, allowing you to pursue a career in almost any field, in any industry, in any location around the world.

If you thrive in a smaller campus environment with average class sizes of 20 to 30 people, consider doing the first two years of your degree on our Truro campus. After completing your first two years (and earning an Engineering diploma), you will move to the Halifax campus to complete the final two years of your degree.

Mechanical Engineering
Mechanical engineers play an essential role in industries ranging from manufacturing to health care to the renewable energy, designing everything from medical devices to engines.

In our programs, our expert faculty teach how parts, machines and systems work and how to design and analyze them. Our students understand and apply concepts in solid mechanics, control and thermofluids.

In addition to building a strong theoretical foundation in engineering, you'll work with new technology and apply your knowledge in hands-on design projects.

Pharmacists take medication histories, identify goals for drug therapy, provide education to patients regarding medications, make recommendations to other health-care providers about drug therapy, and much more. You'll gain the knowledge and skills to provide drug therapy toward improving patient health. The program’s curriculum offers problem-based learning (PBL) and other types of courses, which may include tutorials, lectures, labs, and practical experience in various settings.

What will I learn?
The pharmacy program delivers course content primarily through problem-based learning (PBL) modules. In the first year of the program, you’ll take courses in biomedical sciences, covering all essential subjects including anatomy, biochemistry, microbiology, pharmacology, and physiology. 

These courses are fully integrated in years two through four, covering not only the scientific side of pharmacy, but also the social. You'll look at such topics as therapeutics, pharmaceutical care, inter-professional relations, law and ethics, social and administrative pharmacy issues, and the role of pharmacy in the health-care system.

Engineering touches everyone's lives in countless ways. The opportunities in engineering are virtually limitless, allowing you to pursue a career in almost any field, in any industry, in any location around the world.

If you thrive in a smaller campus environment with average class sizes of 20 to 30 people, consider doing the first two years of your degree on our Truro campus. After completing your first two years (and earning an Engineering diploma), you will move to the Halifax campus to complete the final two years of your degree.

CIVIL ENGINEERING
Civil engineers provide a major contribution to society. They design and construct the infrastructures we use every day, from the roadways we travel on to the power stations that provide our homes with electricity.

Areas of focus
Students who choose to complete a degree in Civil Engineering will choose one of two distinct areas of focus:

• Option 1: Infrastructure
  • Students who choose structural engineering and materials will focus on the design, construction, and maintenance of infrastructures, including buildings, bridges, highways, airports, power plants and tunnels and the materials that will ensure their resiliency and sustainability. This stream allows students to choose technical electives from any of the sub-disciplines in Civil Engineering.
• Option 2: Earth and Environment
  • With a focus on water and wastewater treatment, solid waste management, and environmental systems analysis, students will learn to identify and design solutions to mediate and mitigate human impacts on the environment. Students in this option may choose to specialize in the Earth Sciences and Environmental Sciences courses that are directly relevant to the Civil Engineering profession.

Chemical principles govern most aspects of life, from the food we eat to the technology we take for granted. Understanding chemistry helps us protect our environment and influence people’s daily lives. As a Dalhousie chemistry student, you’ll notice the dedication our award-winning faculty have to teaching and mentoring students.  

What will I learn?
Studying chemistry at Dalhousie involves training in the four major branches of chemistry: inorganic, organic, analytical and physical. Through courses and labs you’ll acquire a range of skills from organizing large bodies of information, to quantitative analytical skills. You’ll learn to describe your work clearly, both orally and in writing. You’ll learn how to reliably generate data, and asses the meaning of your results.

First-year students begin by taking foundation courses in chemistry, physics and math. These courses will give you the background for more in-depth studies in topics such as materials science, chemistry of living systems and quantum mechanics and chemical bonding.

Students who want a challenging program have the opportunity to complete an honours degree in their fourth year by conducting an independent research project. Co-op Education opportunities are also available to students who wish to put learning into practice and gain career-related experience while completing their degree.

Studying Integrated Environmental Management at Dalhousie's Agricultural Campus in Truro, N.S. will offer you training in green science and technology. Founded on the four pillars of bio-resources - technology, energy, water and waste - you’ll gain the skills to create sustainable solutions to our national and global resource management and food production needs.

What will I learn?
Studying Integrated Environmental Management at Dalhousie means you’ll learn about real-world problems and how to solve them. First-year students begin by building a foundation in the core sciences of agriculture, biology, chemistry and calculus. In upper years, you’ll study technologies associated with biological and environmental systems as they apply to fiber fuel and food. Plus, you’ll apply your knowledge to solve industry-related problems.

Courses cover a wide variety of topics including agriculture, water and food processing systems, mechanics of materials, structures and their environment, renewable energy and engineering measurements and controls. You can also choose from numerous electives to tailor your degree to your interests.

In addition to classroom learning, you’ll take part in experiential learning activities such as labs and experiments. You’ll have access to cutting-edge research opportunities, advanced technology and exceptional learning facilities.

WHY STUDY MARINE BIOLOGY AT DAL?
The sea's the limit
If you’re passionate about the ocean, Dalhousie is where you want to be. We’re a national leader in marine biology education and research. You’ll learn in the classroom, lab and out in the field. You could find yourself on the water studying the behaviour of sperm whales, running your own underwater experiments, examining the diet of grey seals or assessing the diversity of marine birds.
What will I learn?
There’s no better place to learn about the ocean than right here in Halifax, Nova Scotia. You’ll venture out to the ocean, both on shore and on the water. You’ll observe examples of Atlantic Canada’s spectacular marine life. You’ll get first-hand experience in various research methods, like gathering live samples and collecting and assessing data. These are just a few of the advantages of studying marine biology at Dalhousie.

During your first two years, you’ll take general biology courses and foundation-building science courses. In third and fourth year, you’ll explore the ecology, diversity, physiology and other aspects of marine animals and plants in greater depth. Many marine biology students combine their studies with courses in chemistry or physics of the ocean, which are offered through the Department of Oceanography.

Sample courses:

• Marine Mammalogy
• Deep Sea Biology
• Introduction to Aquaculture
   

WHY STUDY KINESIOLOGY AT DAL?
Learn how the human body moves as a complex living system
Are you interested in physical activity, cardiac health and ergonomics? We’ve got you covered. Kinesiology is a multidisciplinary approach to the study of human movement and our program offers you a wide variety of classes taught by professors known for their research. Tailor your degree to your interests with the option to focus on a specific study stream — fitness and lifestyle, ergonomics, or coaching science — or pursue an all-around combination of classes.

What will I learn?
The courses you take will depend on your personal interests. You’ll gain a broad background in various subdisciplines of kinesiology, including anatomy, physiology, neurophysiology, biomechanics, movement control and psychology of performance. You’ll also be exposed to the foundational sciences such as biology, physics, psychology and mathematics.

In your upper years, you can choose whether you’d like to do a general degree in kinesiology or apply to one of the three focused streams: ergonomics, fitness and lifestyle or coaching science. If you’re accepted into one of the streams, you'll need to take certain courses to complete your degree.

Along with your course learning, you’ll also gain experience in research methodology and have the opportunity to complete an independent research project. The 25-hour practicum in your final year will allow you to enhance your studies and put learning into practice in a professional setting.

Sample courses:

• Psychology and Physical Activity
• Introductory Biomechanics
• Prevention and Care of Injuries
   

Engineering touches everyone's lives in countless ways. The opportunities in engineering are virtually limitless, allowing you to pursue a career in almost any field, in any industry, in any location around the world.

If you thrive in a smaller campus environment with average class sizes of 20 to 30 people, consider doing the first two years of your degree on our Truro campus. After completing your first two years (and earning an Engineering diploma), you will move to the Halifax campus to complete the final two years of your degree.

MINERAL RESOURCE ENGINEERING
Mineral resource engineers develop economically and environmentally responsible ways of extracting and processing minerals from the Earth. Mineral resource engineers evaluate the economics of mineral deposits; develop plans for surface mines, roadways and tunnels; design underground mine plants and ventilation systems; ensure mine safety and environmental protection; and develop innovative mine technology.

Engineering touches everyone's lives in countless ways. The opportunities in engineering are virtually limitless, allowing you to pursue a career in almost any field, in any industry, in any location around the world.

If you thrive in a smaller campus environment with average class sizes of 20 to 30 people, consider doing the first two years of your degree on our Truro campus. After completing your first two years (and earning an Engineering diploma), you will move to the Halifax campus to complete the final two years of your degree.

ENVIRONMENTAL ENGINEERING
A rapidly growing discipline within the engineering profession, environmental engineers develop solutions to environmental problems – from ensuring our drinking water is clean to remediation of environmental hazards. You'll learn various approaches to environment-based design, waste management, water and soil quality, energy conservation and renewables, and air quality.

Do you want to become part of the solution to our world’s complex environmental issues and help improve our quality of life in the future? The Environmental Sciences program offered through Dalhousie's Faculty of Agriculture at the Agricultural Campus in Truro, N.S. can get you there. Our program teaches students to analyze complex environmental issues and develop practical solutions that consider the impacts on the environment, society and our economy.

What will I learn?
Dalhousie’s Environmental Sciences program is a multi-disciplinary program that offers diverse courses, personalized attention and quality instruction. It merges the physical and natural sciences to give you a unique and marketable education.

Alongside the core sciences, you'll also learn about ecosystems, conservation, water quality, waste reduction, site remediation and resource management and policy. You’ll put your classroom learning into practice through lab and field work. You'll also get an opportunity to practice environmental sampling and analysis.

Once students have identified their personal interests, they’ll be able to select one of the following specializations for their degree: Environmental Biology, Environmental Chemistry, Environmental Economics, Environmental Soil Sciences, Pest Management (minor) or Waste Management.