Bachelor of Planning - Natural Resources Planning (Co-op)

at University of Northern British Columbia (UNBC) - Prince George Campus Canada

Computer Science
The Computer Science program gives students a thorough exposure to basic areas like computer architecture, programming languages and methodology, algorithms and data structures, systems programming, operating systems and networking, knowledge-based and database systems, software engineering, and theory. The student will develop the advanced practical computing and problem-solving skills required for professional work in modern industry, based on a strong conceptual foundation and on insights into the nature of this rapidly changing field. Each student will use advanced development tools, and will be encouraged to approach problem-solving from a multidisciplinary point of view.

Physics
Physics is the study of nature at its most fundamental level. As such, it is the science upon which all other sciences and technologies are based. Because it is so basic, a major in physics is ideal preparation, not only for further study in physics, but also for advanced study in such diverse fields as biophysics, medicine, astrophysics, chemical physics, engineering, meteorology, and computer science.

The Bachelor of Science (Integrated) provides a broad science base and integrates more than one area of study.  The program allows students to transfer into single-discipline science majors built on a foundation of Biology, Chemistry, Mathematics and Physics, or alternatively to switch from them to the BSc (Integrated).  Prior to starting the first year of study, students are strongly encouraged to consult with an appropriate Program Advisor for their anticipated area of concentration.

Areas of Specialization are:

• Biology, Ecology and Biochemistry & Molecular Biology
• Chemistry, Biochemistry and Molecular Biology
• Computer Science
• Environmental and Earth Sciences
• Geography (Science) and GIS
• Mathematics and Statistics
• Natural Resources and Forestry
• Physics

The BSc Wildlife and Fisheries degree at UNBC is administered by the Ecosystem Science and Management Program. It provides students with a solid foundation in wildlife and fisheries biology with considerable indoor and outdoor laboratory experience. It also exposes students to an integrated approach to resource issues that confront today's professionals. As such, the BSc Wildlife and Fisheries encompasses a combination of theoretical and applied ecology that prepares students for different avenues including public- and private-sector employment as well as  graduate studies.

Why Choose the Wildlife & Fisheries at UNBC?
The BSc in Wildlife and Fisheries at UNBC is one of very few degrees of its kind in Canada. It gives students the theoretical background they need to work as a biologist, but it also exposes students to extensive hands-on and practical labs and exercises. Consequently, a student graduating from this degree has a sound biological background for pursuing post-graduate studies as well as a degree that can lead them directly into the wildlife or fisheries professions. The relatively small class sizes in upper-division courses provide an ideal learning environment. Faculty teaching the courses for this degree are of extremely high calibre – many of them have  won UNBC teaching and research awards. As a student in the program, you benefit greatly from taking courses from faculty who are actively engaged in wildlife and fisheries research and who can bring examples and experience from their research to the classroom and lab.

To be able to work for the government (either employed by or as a consultant for) in British Columbia, it is important to be accredited as a Professional Biologist. Currently, a student taking all of the courses needed to complete the BSc Wildlife and Fisheries at UNBC should meet the education requirements for eligibility as a Registered Professional Biologist (RPBio) in BC.

Gain a deeper understanding of why chemical reactions are the basis of all life as everything we are or do depends in one way or another on chemistry. Learn to interpret and predict the behaviour of matter as it relates to the world around us.

Chemistry is a fundamental science dealing with the nature of substances and the changes they undergo. Considered the “central science,” you will take courses in organic, inorganic, physical, and analytical chemistry along with math, physics and biology. 

Students pursuing a BSc in Conservation Science and Practice focus on understanding and addressing the contemporary challenges facing the sustainable use and conservation of our environment. Navigating these challenges requires a strong scientific foundation, including the necessary appreciation for both the natural and human dimensions of conservation and management. This degree equips students with the knowledge to enter a solutions-based career that actively contributes to solving today’s conservation and management problems. Our goal is to provide students with the philosophical foundation, scientific theory, and technical skills to address the challenge of maintaining the functioning of ecosystems across developed, developing, and still-wild landscapes.

The BSc in Conservation Science and Practice allows students to pursue one of two majors:

•  Wildland Conservation and Recreation
• Landscape Conservation and Management

The major in Wildland Conservation and Recreation focuses on portions of the landscape where conservation values, including recreation and aesthetic values, are the priority land-use activities, and where these activities intersect with other values, priorities, and uses. Topics of study include: the promotion of and advocacy for conservation; integrated management of legally designated parks and protected areas; conservation area design; and human activities across these areas, including recreation, ecotourism and the associated positive and negative impacts on ecological integrity. Students develop the skills necessary to identify, plan, monitor, and manage conservation values within the parks, recreation and tourism sectors.

Chemistry
Chemistry is a fundamental science dealing with the nature of substances and the changes they undergo. Considered the “central science,” you will take courses in organic, inorganic, physical, and analytical chemistry along with math, physics and biology. 

Computer Science
The Computer Science program gives students a thorough exposure to basic areas like computer architecture, programming languages and methodology, algorithms and data structures, systems programming, operating systems and networking, knowledge-based and database systems, software engineering, and theory. The student will develop the advanced practical computing and problem-solving skills required for professional work in modern industry, based on a strong conceptual foundation and on insights into the nature of this rapidly changing field. Each student will use advanced development tools, and will be encouraged to approach problem-solving from a multidisciplinary point of view.

Canada's North is roughly 75% of the country's land mass. Despite the North's geographic significance, UNBC is one of only a few universities in Canada to have a major in Northern Studies. This program is integral to the overall mandate of UNBC and exposes students to myriad issues facing northern BC and northern regions around the world. This program draws upon the northern expertise of faculty from a wide array of programs. Students will gain an understanding of the whole North - its geography, peoples, and issues.Over the past few decades, the north has become an area of growing significance. At the centre of northern issues is non-renewable resource development, including mining, oil and gas and forestry. Related socio-economic and cultural issues, such as competing land use (i.e. recreation, protected areas), First Nations land claims, and rural infrastructure development (i.e. transportation, services), and renewable resource development are also important to developing the north. These issues have in turn led to unique opportunities to discover what the North means to the individual, the nation and world as a whole.

Every organization needs to keep track of its financial operations and financial position. Accounting is concerned with the measurement, provision, interpretation and application of financial and economic information for the efficiency and evaluation of an organization's operations. The information provided by the accounting function is employed for effective planning, control and decision making by management, and to report on the organization's financial operations to shareholders, debtholders, government and other stakeholders of the firm. Graduates with an Accounting major are in demand by all sectors of the economy, including government, business, and public accounting firms. An Accounting major is recommended for students who wish to become Chartered Professional Accountant (CPA).

Chemistry
Chemistry is a fundamental science dealing with the nature of substances and the changes they undergo. Considered the “central science,” you will take courses in organic, inorganic, physical, and analytical chemistry along with math, physics and biology. 

Physics
Physics is the study of nature at its most fundamental level. As such, it is the science upon which all other sciences and technologies are based. Because it is so basic, a major in physics is ideal preparation, not only for further study in physics, but also for advanced study in such diverse fields as biophysics, medicine, astrophysics, chemical physics, engineering, meteorology, and computer science.

As an environmental engineer, you can serve society by ensuring we all have clean air, water and soil, and by creating sustainable solutions to today’s critical environmental questions.

This program prepares you for important employment opportunities where your technical expertise and problem-solving skills as an engineer are required, in addition to your strong awareness and understanding of environmental issues and a passion to improve the communities you live in.

Program Details
You will take design courses that begin in your first year, giving you the chance to engage your creative thinking. Hone your problem-solving skills as you continue to take design courses in every year of the program. 

During the first two years, build a foundation in basic sciences, engineering tools and environmental issues. In the final two years, you will develop an in-depth knowledge of environmental engineering.

Along with developing a solid background in environmental engineering, you will also gain strong communication skills and the ability to work across various disciplines including resource-based industries, government departments, research organizations, and environmental engineering consulting.

Example projects that an environmental engineering graduate can work on include the following:

• Designing and building processes to bring clean drinking water to northern communities 
• Designing and building processes to treat municipal or industrial wastewater
• Designing and building processes to recover energy from municipal and industrial waste 
• Developing methods to clean contaminated soil
• Developing flood control plans
• Mapping groundwater flow and contaminant transport in subsurface environments