Mechanical engineering is the design, production and use of mechanical systems that control and transform energy.
- Four year degree
- Full-time program
- You can enter this program directly from high school
- You can begin this program off-campus
What you will learn
Mechanical engineers are trained in statics, dynamics and vibrations, heat transfer and fluid mechanics, solid mechanics and biomechanics, robotics, controls and mechatronics, materials science, analysis and synthesis of mechanical systems and manufacturing.
A first-year schedule sample
All first year engineering students will take a common set of classes before entering a specialization, such as mechanical engineering, in their second year.
|CHEM 114||General Chemistry for Engineers|
|COMM 102||Introduction to Business Management|
|GE 111||Introduction to the Engineering Profession|
|GE 124||Engineering Mechanics I|
|MATH 123||Calculus I for Engineers|
|HIST 125*||History Matters Indigenous Colonial and Post colonial Histories|
|GE 121||Engineering Design|
|GE 125||Engineering Mechanics II|
|MATH 124||Calculus II for Engineers|
|PHYS 155||Introduction to Electricity and Magnetism|
|PHYS 125*||Physics and Technology|
* These are elective courses. You'll have a number of courses to choose between.
The course and program catalogue has the full listing of required classes and their descriptions for this program.
Here are just a few of the classes you might take while you complete this degree:
EE 204: Basic Electronics and Electrical Power
This is a basic course on electrical topics for non-electrical engineering disciplines. It explores basic electrical and electronic devices as well as AC power and energy. Topics include force on a wire carrying a current, Faraday's and Lenz's Laws, electromagnetic induction, inductors, self and mutual inductance, DC inductive transient circuits, basic generator and motor principles, basic transformer operation, single-phase and three-phase complex power and power factor correction, transistor switches, basic logic, operational amplifiers and integrated circuits, microprocessor-based controllers, protection devices and basic test equipment.
ME 460: Automation and Robotics in Manufacturing
An introduction to production automation and robotic modelling. Topics include: flow line production, automated assembly systems and line balancing, industrial robotics, kinematics, dynamics and trajectory control of robots.
ME 495: Industrial Design Project
The synthesis and design of mechanical engineering components and systems. Students work in groups as a design team on selected projects submitted by industry. Oral and written presentations are made by students during the term with a formal oral presentation and final written report at the end of the course. Evaluations of oral and written presentations are made by supervisors as well as other outside examiners. Lecture material covers design processes and methodologies as well as design aspects related to occupational health and safety. This material is augmented through seminars given by industrial design specialists based on their design experiences.
Engineering at uSask involves hands-on education. You will use state-of-the-art technology in the lab to learn, experiment and test your ideas. From our wind tunnel to our anechoic chamber, our facilities can help you make textbook concepts tangible.
Education in our college is about more than sending you home with challenging assignments. You will work with students from your classes and other disciplines to get the most from your education, whether working on homework, building a space elevator, racecar, remote control plane, or creating an art display or design project.
Capstone Design Project
You will complete several design projects throughout your degree, but perhaps the most exciting is our fourth-year Capstone Design Project. The Capstone Design Project allows you to apply top-down design principles to a year-long project, starting with a basic description of the product or system and culminating in a presentation of a final working design. You will gain first-hand experience in the application of a formal design process while earning credit toward your degree.
The mechanical engineering profession offers a wide variety of career paths, including opportunities in the following:
- designing and manufacturing vehicles, from automobiles to spacecraft
- designing and developing advanced renewable energy systems like wind turbines and solar collectors
- designing mechanical devices for biomedical applications
- working in all aspects of the energy supply and delivery systems: power generation, pipelines and petroleum production
- designing heating, ventilating, air conditioning and building envelopes for efficient energy use
- designing and controlling robotic systems
Today’s mechanical engineers typically work in large multi-disciplinary teams. As skilled problem-solvers, they combine an in-depth understanding of physics, chemistry and mathematics with applied engineering science and the art of design.
|Canadian students||International students|
Tuition will vary depending on the type and number of classes you take in a year. This estimate reflects a typical amount you could expect to pay in your first year if you enroll in a full course load (the maximum number of courses allowed).
Fees are used to fund specific student benefits, including health, vision and dental coverage, a bus pass, recreational programs and fitness centre access.
The cost of books and supplies varies widely depending on the courses you choose. It is recommended that you budget between $1,000-$2,000 per year.
Bachelor of Science in Engineering (B.E.)
The Bachelor of Science in Engineering degree is a four year program offered by the College of Engineering.
While you complete your Bachelor degree, you can also enhance your experience with the following options:
The Mining Option in Mechanical Engineering is six courses and a twelve-month internship that provides a focus on mining industry topics.
The Engineering Professional Internship Program is a full-time internship opportunity which includes a minimum of eight months of professionally supervised work experience. By participating in an internship, you're able to apply the theoretical knowledge you've acquired in your undergraduate studies in a practical and challenging workplace environment.
As an intern you will earn a competitive salary and vacation pay, and may receive a benefits package. You will maintain your full-time student status during your internship. Aside from gaining practical and in-depth experience within a specialized field, interns typically develop strong interpersonal skills, the ability to write reports, present seminars and supervise others. These are employable skills that will allow you to better market yourself in a competitive job market.
Admission requirements and deadlines
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