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University Programs

The University of Sherbrooke offers a wide range of programs for students.

Program Categories

• Communication and marketing
• Law and politics
• Environment and earth sciences
• Engineering
• Management and economic sciences
• Letters and languages
• Music and arts
• Aid relationships
• Physical activity sciences
• Health and medical sciences
• Life sciences
• Educational sciences and teaching
• Human sciences
• Computer sciences
• Pure sciences

Program Structure

The university offers programs at various levels, including:

• 1st cycle (undergraduate)
• 2nd cycle (master's)
• 3rd cycle and postdoctoral stage

Admission Process

To apply, students must:

1. Validate their eligibility
2. Choose a program
3. Plan their application
4. Submit their application
5. Follow up on their application

Tuition Fees and Financial Aid

• Tuition fees vary depending on the student's origin (Quebec, Canada, international)
• Additional fees apply for certain services
• Financial aid is available in the form of scholarships, bursaries, and government programs

Research Areas

The university is involved in various research areas, including:

• Engineering
• Health sciences
• Environmental sciences
• Social sciences
• Humanities

Campus Life

The university offers a range of services and activities to support students, including:

• Academic support
• Career counseling
• Sports and recreation
• Cultural events
• Community engagement

International Students

The university welcomes international students and offers support services to help them adapt to life in Canada.

Program Details

Specific program details, such as course descriptions and requirements, can be found on the university's website or by contacting the relevant faculty or department.

Specific Program: GMC743 - Turbulence: Experimentation and Modeling

Presentation

This course is offered by the Faculty of Engineering and is worth 3 credits.

Objectives

The objectives of this course are to:

• Understand the main characteristics of turbulent flows
• Describe the main analysis tools for turbulent flows
• Develop analytical equations for incompressible turbulent flows
• Learn about numerical approaches and models used in practice
• Introduce numerical simulations of turbulent flows

Content

The course covers topics such as:

• Mathematical, statistical, and experimental analysis tools for turbulence
• Equations of motion for incompressible turbulent flows
• Numerical simulation of turbulent flows (DNS, LES, RANS)
• Homogeneous and isotropic turbulence
• Shear and wall-bounded turbulent flows

Target Audience

This course is offered as part of the following programs:

• Bachelor's in Mechanical Engineering
• Doctorate in Mechanical Engineering
• Master's in Aerospace Engineering
• Master's in Mechanical Engineering