Diploma in Plant Science Technology

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.

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.

Chemical Engineering combines the principles of mathematics, chemistry and physics with engineering practices in order to improve the human environment. Chemical engineers deal with the transformation of raw materials into products we use every day – from soaps and cosmetics to plastics and food processing. Chemical Engineers have been long been regarded as the most versatile of all engineers; yet many opportunities exist to specialize in a particular area.

Our MREM program is one of Canada’s longest running and most recognized Master of Resource and Environmental Management programs. The full-time, 16-month program combines coursework with real life experience including Canada’s only paid internship program during your first year. We help students pursue what they are passionate about. You’ll build a well-rounded combination of knowledge and experience that will serve you well on any career path you choose.

Chemical Engineering combines the principles of mathematics, chemistry and physics with engineering practices in order to improve the human environment. Chemical engineers deal with the transformation of raw materials into products we use every day – from soaps and cosmetics to plastics and food processing. Chemical Engineers have been long been regarded as the most versatile of all engineers; yet many opportunities exist to specialize in a particular area.

Whether caring directly for patients, conducting valuable research or engaged in public policy advocacy, nurses make a difference in the quality of people's lives. Dal's Nursing program will prepare you to apply current evidence and respond with professionalism to the health and illness needs of people in a variety of health-care settings: hospitals, homes, schools, businesses, clinics and communities. At Dal, you'll find flexible program options and hands-on learning opportunities alongside world-class faculty.

Discover the complexity of the human mind
Psychology encompasses all aspects of human and animal behaviour. Dalhousie offers the largest Psychology department in the region and you'll have plenty of opportunities to get involved in research. In addition to offering insight into the way people think and behave, our program will provide you with skills in critical and analytical thinking that will serve you in any of your future career paths.

What will I learn?
If you’ve ever wondered why we do the things we do or how people think, behave and interact with others, then you’ve wondered about topics studied in psychology. When you study psychology at Dalhousie, you'll learn about experimental design, statistical analysis, brain function, language development, learning mechanisms, psychopathology and treatment and more.

In your first year of study, you'll take introductory courses in psychology and neuroscience to provide you with a foundation for more in-depth studies in upper years. Fourth-year students will have the opportunity to complete their own honours research project to discover topics that are of personal interest.

Sample courses:
Methods in Experimental Psychology
Abnormal Behaviour
The Science of Sleep

WHY STUDY VETERINARY TECHNOLOGY AT DAL?
Make a difference in an animal's life
Do you want to become an integral part of a veterinary medical team? The Veterinary Technology program at our Agricultural Campus in Truro, N.S. will get you there. This program is accredited by the Canadian Veterinary Medical Association so you’ll be prepared to work as a technician with practicing veterinarians, researchers and other professionals who work with animals in medical or scientific environments.
What will I learn?
In this two-year diploma program, you’ll take a variety of courses in animal medicine and nursing, clinical exercises and pathology, anatomy, physiology and pathophysiology. To reflect the majority of employment opportunities in Atlantic Canada, the program is oriented mainly towards companion animals. However, you'll also learn about large animal practice, lab animals and alternative pet medicine. 

We’ll provide opportunities for you to learn outside the classroom through an off-campus externship at the Atlantic Veterinary College in Charlottetown, P.E. and in general veterinary practices. You can also work in our on-campus animal clinic, where you’ll learn the skills required to be successful in a companion animal veterinary practice.

Sample courses:

• Animal Medicine and Nursing I to IV
• Clinical Exercises I to IV
• Companion Animal Behaviour
   

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.

BENG IN INDUSTRIAL ENGINEERING
Industrial Engineers optimize processes and systems by finding ways to save time, money, energy, and materials. Through mathematical models, Industrial Engineers design systems and methods that will help businesses meet their production goals. Whether it's streamlining the manufacturing processes of automobiles to make cars more affordable or optimizing the nursing staff at a hospital to improve patient care, career options span a range of industries.

Co-op options
Co-op students take the same academic program as the non co-op program; however, our co-op option gives you an opportunity to complement your studies with three paid work terms.

Dalhousie's Agricultural Business program is where science meets business, bringing the best of both worlds together. At the Agricultural Campus in Truro, N.S., you'll experience a hands-on scientific education with practical work in the lab and in the field.

What will I learn?
Agricultural Business introduces current issues, challenges and opportunities in the agricultural and related sectors to prepare you for a rewarding career. Courses cover business management, natural science and agriculture, so you can approach these industries with a well-rounded foundation of essential knowledge.

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.