Bachelor of Applied Computer Science (Co-op)

at Dalhousie University Canada

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.

WHY STUDY HEALTH SCIENCES AT DAL?
We’re a nationally accredited school that offers a Bachelor of Health Science (BHSc) in four professional disciplines: Diagnostic Medical Ultrasound, Nuclear Medicine Technology, Radiological Technology, and Respiratory Therapy. We also offer Medical Laboratory Technology in the Post Diploma program. We’re the only fully integrated four-year university-based program of this kind in Canada.

DIAGNOSTIC MEDICAL ULTRASOUND
Who are Sonographers?
Sonographers are highly skilled health care professionals who use ultrasound (sound waves) to look inside a patient's body, evaluate the condition of various organs and record digital pictures.

Sonographers evaluate organs and structures such as the liver, kidneys, heart, thyroid, blood vessels, muscles, ovaries and developing babies. Sonographers provide a summary of what they've discovered and discuss their findings with specialized doctors, who use this information to make a diagnosis.

 How do I become a Sonographer?
The School of Health Sciences offers a four year Bachelor of Health Science (BHSc) degree program, which includes theory and practice. Students will take core professional development courses with a concentration on ultrasound specific knowledge and skills. A diploma option is possible after completion of Year 3.  The program curriculum offers the necessary competencies to challenge the Sonography Canada professional examinations.

Examples of courses in the program:

• Human Anatomy & Physiology
• Pathophysiology for Health Sciences
• Sonography in Obstetrics
• Sonography of the Abdomen and Superficial Structures
• Health Care Ethics
• Foundations in Health Care Practice
• Statistics
• Digital Imaging
• Introduction to Health Research

The Bachelor of Social Work encourages understudies to build up a wide scope of aptitudes and hypothetical points of view that are utilized in an assortment of occupation settings. You'll be presented to courses that grasp a basic and against the harsh way to deal with social approach, proficient qualities, hypothetical viewpoints, and practice techniques. 

Our as of late overhauled courses assist you with building up a more extensive scope of abilities, so you'll be set up for a more extensive assortment of profession ways. You'll graduate with a decent comprehension of subjects, for example, the chronicled and present-day appearances of disparity, how social work both blocks and advances cultural equity and how to draw in and work with administration clients.

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.

WHY STUDY RECREATION MANAGEMENT AT DAL?

Earn two degrees at once and expand your options
This unique program is offered jointly by Dalhousie's School of Health and Human Performance and the Faculty of Management. After five years, you'll graduate with a Bachelor of Science (Recreation) and a Bachelor of Management—with a strong background in both the recreation and management fields. You'll have the business know-how and recreation management skills you'll need to start an exciting career in the growing recreation and leisure service industry. Our alumni and practicing professionals help guide our curriculum, which means you'll receive the skills and knowledge that employers are seeking.

What will I learn?
You'll have a wide variety of courses to choose from as you complete your degrees. In your first year, you'll take a mixture of introductory courses in Management, Economics, Sociology and Social Anthropology, Leisure Studies, and Health and Human Performance.

In subsequent years, the required Leisure Studies and Management courses become more specialized, while opportunities open up for other electives. Your courses will provide you with not only the theories of leisure studies and health promotion, but also the business skills and knowledge needed to effectively manage recreation programs and facilities.

The 14-week internship in the final year of the program takes you out of the classroom and provides you with hands-on work experience to enhance your studies. Please note: students who entered the program in September 2018 and onward will be required to do a 16 week internship.

WHY STUDY LANDSCAPE ARCHITECTURE (BTECH) AT DAL?
When you study Landscape Architecture at Dalhousie's Agricultural Campus in Truro, N.S., you'll learn scientific concepts and horticulture and design principles. Guided by experienced faculty members, you'll also learn how to apply these principles to the creation of innovative, sustainable residential neighbourhoods, parks, conservation areas, historic sites and more.

Real-world design projects require students to confront current challenges including climate change, ecosystem disruption and the need for sustainable human settlements. Project work emphasizes inclusion and the equitable treatment of all people, and celebrates human diversity.

What will I learn?
Students learn about ecological processes, plants, construction and maintenance methods, graphic communication and plan making for construction documents and landscape history. In a series of four design studios students apply their learning and develop their ability to shape natural, built and cultural places. Courses enable students to understand problems and design solutions that meet high standards for function, sustainability, aesthetic value and meaning.

Students develop new skills through hands-on learning activities in surveying, arboriculture, landscape installation and landscape maintenance. You will also develop the ability to create maps, models, and images used in professional portfolios and presentations. Program courses include:

• Construction and detailing
• Ecohydrology
• Environmental Processes and Natural Landscape Functions
• Horticultural Therapy
• Landscape Architecture Studio (4)
• Landscape Plants I & II
• Nature’s Image: A Survey of Landscape Art
• Urban Tree Management

Bridge the gap between technology and business
Learn the skills to design, manage and deploy complex technologies within organizations. By gaining knowledge on how to lead teams to analyze and tackle problems, you can help organizations overcome challenges and succeed in today’s increasingly connected world.

Information technology is transforming modern business, accelerating discovery in science, revolutionizing medicine, and expanding the reach of social enterprises. The Bachelor of Applied Computer Science (formerly Informatics) provides students with a deep understanding of how to develop, manage, and deploy technologies and build solutions for organizations. Students are equipped with the knowledge to put their deep understanding of technology with skills to succeed in project management, communications, and management skills to bridge the gap between business and the growing IT job market.

What will I learn?
Develop solutions to real-world problems using proven technologies. You’ll learn to combine a deep understanding of technology with problem-solving, communications, and management skills. You'll analyze problems, manage and lead teams to tackle those problems, and communicate solutions and opportunities back to the wider organization.

You can follow along with our suggested course schedules or you can tailor your degree and experience by choosing from a range of options including co-op, certificates and minor options, or diving into the world of emerging technologies.

Sample courses:

• Introduction to Database Systems
• Designing User Interfaces
• Multidisciplinary Management I

In our unique project course, you’ll have the chance to apply your skills to tackle problems and opportunities for real non-profit clients from our community. And you can enhance your studies with career-focused co-op work experience.  

The Faculty of Science at Dalhousie University is the primary centre for education and research in science in Atlantic Canada. With over 180 full-time faculty members in eight departments, plus allied science faculty in Medicine, Dalhousie offers a breadth of programs and classes, and a depth of expertise. You will learn with Dalhousie Science faculty who have won national and international awards for excellence in teaching and research.

The Faculty is dedicated to excellence. Our professors rank in the top five in the country by research achievements, our students rank in the top ten nationally by high school performance, and we attract the highest percentage of out-of-province students for any major research university. Students are challenged to develop the capacity for enquiry, logical thinking and analysis, to cultivate the ability to communicate with precision and style, and to acquire the skills for lifelong learning.

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.

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.