Diploma in Indigenous Communication Arts

at University of Regina Canada

The University of Regina joins a handful of Canadian universities to offer the Philosophy, Politics and Economics (PPE) undergraduate program, an internationally-acclaimed qualification offered by major universities around the world.

In the PPE program, you will be able to draw upon the three disciplines – philosophy, politics and economics – to examine today’s challenges using this interdisciplinary lens. Not only will you learn to identify these challenges, you will develop the knowledge and skills that could help solve them.

This 60 credit hour (20-course) certificate offered by the Faculty of Arts provides students with targeted exposure to a variety of criminal and social justice issues in the Canadian and international environments. Students will explore a wide range of disciplinary perspectives and approaches and apply them to the study of justice.

This Diploma program may be used as a ladder into 4-year major programs in Human Justice and Police Studies.

Make a sound investment in your future with a bachelor’s degree in economics from the University of Regina in Saskatchewan. Careers in economics consistently rank as one of the highest for lifetime earnings.

This economics bachelor’s degree program equips you with an understanding of how individuals, businesses, governments and nations make choices to advance their economic wellbeing.

As an economics major at U of R, you develop skills in analytical reasoning, problem solving, data analysis and financial literacy — real leadership thinking.

Our graduates say their economics degree helped them build solid foundations — thanks, in part, to close mentorship from U of R faculty members. They leave with the ability to think through economic concepts and measure economic outcomes in the real world. "I felt the professors were knowledgeable, friendly and always accessible for extra support," says Tanner Forster ’14.

Increasingly, humans are inhabiting areas of both natural and human-made geological hazards. In order to prepare for and manage potential hazards, we need to know more about the natural geological processes that affect them. New generations will need to know more about the earth to make the best decisions for humans’ well-being.

Geology emphasizes solid earth science and applications in mineral and oil and gas resources. It can be divided into two areas of concentrations:

• mineral exploration
• oil and gas exploration

Environmental geoscience focuses on applications in environmental studies.

Our programs have a well-rounded curriculum that promotes a solid understanding of the fundamentals of the earth sciences across all sub-disciplines, combined with extensive hands-on training, field-oriented class exercises, regular use of the Saskatchewan Geological Survey’s subsurface core repository, and two intensive field school courses. Our programs have an established reputation for training highly qualified graduates.

What is Geology and Environmental Geoscience?
Geology is the study of the processes and physical structure of the earth. Environmental Geoscience is the study of the geological and geographic composition of the environment and the forces that shape the earth.

The U of R’s geology and environmental geoscience programs are highly relevant to today’s world, where human societies require more and more mineral resources and energy sources from the earth. At the same time, environmental issues, including climate change, resource depletion, scarcity, and pollution are increasingly constraining sustainable economic development and affecting our living environment.

Computing affects virtually everything. All industries, organizations, and activities are facilitated and enhanced by computing. Many big decisions in the world today are already being made by computers, from what appears on your social media feed, to what stocks get bought and sold, to self-driving cars and speech recognition phones. If you understand computing, you will be able to elevate your career to a higher level.

In our computer science programs, you will learn how to program computers for simple and complex tasks on the web, on mobile, in virtual reality, and in the cloud. You will learn how computers and computer systems work, from the basics of logic to the complexities of big data analytics. You will also learn about security and integrity of networked systems, and how algorithms are assisting (and in some cases, replacing) today’s decision makers.

Bachelor of Science in Computer Science and Math (combined major)
In this program, you will build strong mathematical skills in addition to your computer science knowledge. This is advantageous in academic, research, and industry research and development fields.

The Master of Education degree in Educational Leadership (EDL) is designed to serve the needs of practicing school administrators, and for those who wish to prepare for a career in educational administration.

What is Environmental Systems Engineering?
Our Environmental Systems Engineering (EVSE) program is very popular with students and respected by industry, largely because of its timely combination of environmental concerns and the systems approach to addressing civil and industrial environmental issues. Areas of study include environmental system design and impact and risk assessment.

Our Program
The Environmental Systems Engineering (EVSE) program demonstrates and applies systems engineering principles to environmental issues associated with water resources, air pollution, transportation, industrial development, and waste management.

Linguistics is the scientific study of all forms of human language. It is a search for the patterns of sound, word-form, phrase structure, and meaning that underlie the languages we use. The languages and linguistics program is taught by faculty members in a variety of areas within the University. The Department of Indigenous Languages, Arts and Cultures, First Nations University of Canada (including the three full-time Linguistics faculty) offers a large number of courses;

The program in linguistics offers graduate work leading to a special case MA degree for students who have completed a B.A. Honours degree in linguistics, or equivalent. Applicants should send a transcript showing a linguistics degree or showing the courses in linguistics which they have taken, along with a statement of areas of linguistics in which they would like to do graduate research for their MA thesis. Participating faculty members can then assess whether more linguistics courses are needed in a qualifying year and which ones, or whether the student is eligible for admission as a fully qualified graduate student. The statement of research interests will help us design possible thesis topics and outlines with the applicant, and to see which faculty might serve on the thesis committee and as thesis supervisor. The student who is admitted to the MA program will take a minimum of 15 credit hours of graduate level courses, including Linguistics 830 and 880. In addition, a minimum of 15 hours of thesis research is required (Linguistics 901) which can be taken over several semesters.

Participating faculty are housed in various departments of the university and its federated colleges, the only full-time linguistics personnel being in the department of Indian Languages, Literature and Linguistics in the First Nations University of Canada on the university campus. As such, the program has a primary focus on the linguistic structure of First Nations languages of the Americas.

The film and video studies program results in a liberal arts degree where you will focus on media studies while developing skills in critical thinking, analysis, problem solving, decision making and communication. You will also develop transdisciplinary knowledge and a strong awareness of culture.

Sample Courses

• The Art of Motion Pictures
• Still Photography
• History of Film
• Traditions in Avant-garde Film
• Postmodern Cinema
• Censorship and Propaganda in the Media
• Traditions in Narrative
• Canadian Cinema

Software Systems Engineering’s objective is to train students to study, analyze, design and develop different software systems including web-based software systems, transaction-based systems, interactive multimedia systems, and management information systems, and to become knowledgeable in the process and life-cycle aspects of software development. The program also aims to teach students to apply computational theories to real-life programming techniques; analyze requirements; design, implement and test software systems; plan and manage software projects; solve technical problems; practice co-design and embedded systems construction.