Master of Science in Biochemistry (Thesis)

at University of Regina Canada

The Bachelor of Applied Science in Software Systems Engineering from the University of Regina in Saskatchewan prepares you to develop software solutions from concept to completion.

Because this software systems engineering bachelor degree is accredited by the Canadian Engineering Accreditation Board (CEAB), you graduate fully qualified to register with provincial/territorial engineering associations – the first step toward being a professional engineer!

U of R’s bachelor’s degree in software systems engineering features dedicated software development labs. These are available only to software systems engineering students so that you have access to the equipment you need to build critical skills.

You will learn from faculty with experience in everything from multimedia and mobile computing to transactional systems and security. Challenge yourself in classes such as:

• Artificial intelligence
• People-centered design
• Internet-of-things
• Networking and full-stack development

The Religious Studies program offers students the opportunity to examine critically the realm of religion in its varied manifestations. It includes several religious traditions, thematic, and methodological studies. Religious Studies offers an M.A. program consisting of a minimum of 15 credit hours of courses at the 800 level and 15 credit hours of thesis research. Students are encouraged to focus their thesis work on comparative topics in religion.

Students can complete the qualifying university requirements for the Chiropractic program at the Canadian Memorial Chiropractic College (CMCC). Students are required to complete a minimum of three years (90 credit hours) of undergraduate university study in any discipline prior to admission to the Chiropractic program. Although there are no specific required courses, CMCC does recommend courses in specific subject areas. The Doctor of Chiropractic (DC) at the CMCC is a four year program following admission. The CMCC welcomes applications from Canadian and international students. The courses completed at the University of Regina as part of this program can be used toward variety of degree programs at the University of Regina.

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.

Geography and environmental studies differ from other subjects due to their emphasis on space, place, and how humans connect and interact with their environment. Major global challenges of our time, such as climate change, depletion of natural resources, water availability, migration, war and conflict are better understood and addressed by those who have an in-depth knowledge of geography and environmental studies. The subject is diverse and is based on both natural science and social studies.

What is Geography and Environmental Studies?
Geography and Environmental Studies encompasses three areas:

• Human geography
• Physical geography
• Environmental studies

Human geography analyses the way humans use and understand the world and addresses the spatial differentiation and organization of human activity and its interrelationships with the physical environment.

Physical geography—a component of Earth sciences—is the study of the natural processes that occur at and above the surface of the Earth.

Geography is one of mankind’s earliest scientific disciplines and studies the environment – everything that surrounds us, including human beings.

Environmental Studies encompasses the study of the planet and its intricate variety of living and non-living elements and processes, how human beings connect with the physical structures, institutions and economies we build, and the politics, language and culture by which we communicate.

The major areas of specialization are in manufacturing, control, process engineering and energy systems. Activities include CAE, Facilities design, Quality control, Performance evaluation of manufacturing systems, Fatigue analysis, Vibration and noise analysis, Design and manufacturing of pressure vessels, Non-linear dynamics fracture mechanics, Modeling/simulation/ design/ implementation of robotic human powered , Sensor-based motion planning, Optimal control, Artificial Neural networks, Virtual reality, Artificial/Computational sapiens (wisdom), Metabotics, Greenhouse gas technology control including Solubility of gases in liquids, PVT studies, Mass transfer with chemical reactions, Kinetics, Corrosion and degradation, Calorimetry, Physical and transport properties measurements, Pilot plant design and operations, Fuel cells, Biomass, Modeling and simulation of industrial systems, Renewable energy studies dealing with wind and solar energies.

The Master of Engineering degree program requires each student to complete a two semester project, and is oriented towards students desiring professional rather than academic careers. With careful planning and outside study, students may be able to quality for professional licensing in either Canada or the United States. The MEng complements the Graduate Cooperative Education Program which seeks to integrate the academic experience with professional, on-the-job experience to facilitate professional development. Students are encouraged to consult with APEGS in order to acquire the academic qualifications for registration as a P.Eng or an Engineer-In-Training in Saskatchewan.

If you care about global warming, pollution, ozone depletion and their impact on local communities and people around the world, choose the University of Regina's unique Environmental Systems Engineering program and prepare for a rewarding career tackling critical issues in environmental systems engineering.

Accredited by the Canadian Engineering Accreditation Board, the environmental systems engineering bachelor's program features faculty members conducting ground-breaking research:

• Climate simulation
• Cold region engineering
• Drinking water and sustainable wastewater treatment
• Energy and environmental economics
• Environmental risk management
• Sustainable environmental systems infrastructure

What Is Environmental Systems Engineering?
Communities around the world and closer to home face many environmental challenges that require ethical, comprehensive solutions. The best answers break down boundaries and lift up the co-operation needed for real change.

With a U of R environmental systems engineering degree, you learn how to play an important role in tackling looming issues that put human safety, agriculture sustainability and other important industries at risk. Consider it your superpower.

Harness your methodical and creative mindset to engineer new systems. Learn to think ahead to implementation, integration and day-to-day management over the long term.

As an environmental systems engineering student at the University of Regina, learn to:

• Conduct environmental impact, risk assessment and remediation studies
• Use applied probability to make confident, well-informed decisions

The bachelor’s degree in electronic systems engineering from the University of Regina in Saskatchewan prepares you to become an effective engineer with career options across many areas of specialty, including:

• Wired and wireless communications
• Embedded systems
• Electric power
• Control and automation for natural resource and manufacturing industries

Accredited by the Canadian Engineering Accreditation Board (CEAB), this electronic systems engineering bachelor degree qualifies you to register with provincial/territorial associations, which puts you on the path to becoming a professional engineer.

U of R’s systems approach to electronic engineering focuses on critical technical engineering content as well as safety, environmental, social and economic considerations.

The department has particular strengths in the following general areas: political economy; Marxist and critical theory; political sociology; sociology of environment, development and sustainability; social justice; sociology of knowledge, science and technology; social science methodology and quantitative social research techniques; Canadian studies; social history; gender and women's studies; and rural sociology. As well, the department maintains a commitment to a strong interdisciplinary social science program which can draw on the resources of other departments and academic areas.

The department offers a graduate program leading to the MA degree in Sociology or in Social Studies. Successful applicants for entrance to the Master's program will be advised and supervised in their work by a committee of faculty.

Course based MA Program Description
The program requires the completion of 30 credit hours in courses, including 9 credit hours of required cores courses.  The remaining courses (21 credit hours) are selected from two or more of the social sciences, or approved courses in graduate programs other than the social sciences. A Program Advisor is assigned to assist students in developing a program of courses.  The proposed program will be submitted to the Department's Graduate Program Committee for approval.