Master of Social Work - (Research Practicum)

at University of Regina Canada

The Department of Music’s MMus and MA degrees can lead to career opportunities in performance, education, library science, music publishing, media, and arts administration, among others. It also provides exciting potential for further studies at the doctoral level. Our programs promote study in areas as traditional or contemporary as you are, with individualized instruction, and excellent performance and rehearsal facilities. There is also ample opportunity to explore interdisciplinary studies with the other Media, Art, and Performance areas.

Master of Music (MMus) in Performance (Voice)
This 30 credit hour program offers advanced studies in the above areas of specialization, as well as directed studies in the repertoire of the student’s instrument. Students study solo repertoire, participate in chamber ensembles, and undertake leadership roles in the ensemble most relevant to them (orchestra, concert band, wind ensemble, concert choir, or chamber choir). This program includes the performance of two full-length recitals. All students also take graduate courses in critical theory in the fine arts, and in research techniques specific to music. Graduate students in Performance participate in workshops with internationally renowned guest artists and are encouraged to perform in competitions at the national and international levels.

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 Master of Public Policy (MPP) provides students with opportunities to conduct research and contribute to the study of public policy and the application of policy expertise in the real world. Students graduating from this program possess the research skills necessary to play integral roles in the civil service, research organizations and industry associations. Top students from this program may go on to doctoral programs in public policy.

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 Department of Music’s MMus and MA degrees can lead to career opportunities in performance, education, library science, music publishing, media, and arts administration, among others. It also provides exciting potential for further studies at the doctoral level. Our programs promote study in areas as traditional or contemporary as you are, with individualized instruction, and excellent performance and rehearsal facilities. There is also ample opportunity to explore interdisciplinary studies with the other Media, Art, and Performance areas.

Master of Music (MMus) in Composition
This 30 credit hour program offers the opportunity for intensive individualized studies in Composition. Over four semesters, students create a portfolio of compositions for varying performance mediums, including one work of at least 12 minutes duration, accompanied by a written analytical commentary. All students also take graduate courses in critical theory in the fine arts, and in research techniques specific to music.

Programs in chemistry at the University of Regina encompass the study of analytical chemistry, physical chemistry, environmental chemistry, and organic chemistry. A closely related program in Biochemistry allows students to explore other avenues of chemistry.

Studying Chemistry at the University of Regina
Chemistry is one of only six subjects that has been taught since the University of Regina began as Regina College in 1911. Full chemistry degree programs may have begun in 1974, when Regina Campus became the University of Regina.

We offer high-quality undergraduate and graduate programs. The undergraduate programs have strong hands-on components as many courses include laboratories developed and overseen by four full-time laboratory instructors. Junior and senior students also benefit from small classes (5 - 25 students). 

Research
Our programs offer experiential learning in the classroom, lab, and field settings. Undergraduates have the opportunity to do their own, independent research projects, learning alongside graduate students and experienced faculty, while our graduate students can build their skills working closely with supervisors who will guide and support their growth as researchers.

Sample courses

• Organic Chemistry
• Quantum Chemistry
• Organometallic Chemistry of the Transition Metals
• Mordern Organic Synthesis
• Computational Chemistry
• Chemistry of Food and Cooking

Actuarial Science is the application of mathematics, statistics, and risk theories to the design of insurance and pension programs.

Actuaries' areas of expertise are extensive and involve a wide range of business aspects such as operations research, finances, economics, investment analysis, analysis of medical risk, accounting, legal and regulatory aspects of insurance and pensions, among others. In other words, actuaries apply mathematical skills to the business environment, and they are experts in risk management. The actuarial profession offers continuous challenges and it requires a strong mathematical ability along with proficiency in various business skills. It is also a rewarding career with excellent opportunities for intellectual development and financial gain. The Actuarial Science Program provides students with a strong facility in actuarial methodology and applications. There is 12 month internship program that is also available to students.

Graduates from the Actuarial Science Program have close to 100% hiring success in the Actuarial Industry. The BSc in Actuarial Science is the only program of its kind in Saskatchewan, and it is one of only 11 programs nationally that are accredited by the Canadian Institute of Actuaries.

Research

• Experiential learning occurs through job placements. There is 12-month internship program that is available to students.

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.

The Master of Fine Arts (MFA) in Media Production is a 42 credit hour program designed for advanced studies in Media Arts Production. Students can work in dramatic, documentary, animation and experimental cinema and media, through a range of artistic, aesthetic, technical, and theoretical approaches. Courses offer a combination of general and specialized study in Film and Media Arts production. An intensive investigation of critical issues in Film and Media Arts theory will develop the student’s abilities in cultural and artistic discourse at an advanced level and will contribute to the shaping of sophisticated and versatile graduates from this program.

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.