Mechanical Engineering

Admission Requirements & Program Highlights

Mechanical Engineering includes two broad areas of study: thermofluids (which involves heat and power) and solid mechanics (involves designing mechanical parts, determining the forces on those parts during operation, and analyzing their performance as part of larger machines and systems). Choose to stay in the General stream and not declare an option, or choose one of the following:

Co-op Available

Learn the manufacturing, maintenance and logistics involved in serving the aerospace industry. Involves the application of aerospace-related skills toward developing the next generation of aerospace materials, production methods and components, and improving aerospace operational challenges.

Admission Requirements

Course Requirements

Minimum Average

ENG4U, MHF4U, SCH4U and SPH4U required. MCV4U strongly recommended. 74% average in all attempted Science and Math courses, excluding SBI4U and MDM4U.

74%^*

^* Average over six Grade 12 U or M courses

Course Requirements

Minimum Average

Grade 12 English, Grade 12 Advanced Functions, Grade 12 Chemistry and Grade 12 Physics required. Grade 12 Calculus and Vectors strongly recommended. 74% average in all attempted Science and Math courses, excluding Grade 12 Biology and Grade 12 Mathematics of Data Management.

74%^*

^* Average over six Grade 12 courses

Course Requirements

Minimum Average

74%^*

^* Average over six Grade 12 courses

Course Requirements

Minimum Average

Grade 12 English, Grade 12 Math, Chemistry, Physics. Calculus strongly recommended. A minimum 74% average in all attempted Science and Math courses (excluding Biology). Students may apply for optional co-op when applying for admission to the program.

74%^*

^* Average over six Grade 12 courses

Co-op Available

Study such topics as vehicle dynamics, internal combustion engines, diesel technology, and fuel cell technologies. Offers the opportunity to design, build and race vehicles in events sponsored by the Society of Automotive Engineers.

Admission Requirements

Course Requirements

Minimum Average

ENG4U, MHF4U, SCH4U and SPH4U required. MCV4U strongly recommended. 74% average in all attempted Science and Math courses, excluding SBI4U and MDM4U.

74%^*

^* Average over six Grade 12 U or M courses

Course Requirements

Minimum Average

74%^*

^* Average over six Grade 12 courses

Course Requirements

Minimum Average

74%^*

^* Average over six Grade 12 courses

Course Requirements

Minimum Average

74%^*

^* Average over six Grade 12 courses

Co-op Available

Learn how to apply mechanical know-how to solve the sustainability challenges facing our world. Combines mechanical engineering with courses in air pollution control, water/wastewater treatment, noise, environmental assessment and waste management.

Admission Requirements

Course Requirements

Minimum Average

ENG4U, MHF4U, SCH4U and SPH4U required. MCV4U strongly recommended. 74% average in all attempted Science and Math courses, excluding SBI4U and MDM4U.

74%^*

^* Average over six Grade 12 U or M courses

Course Requirements

Minimum Average

74%^*

^* Average over six Grade 12 courses

Course Requirements

Minimum Average

74%^*

^* Average over six Grade 12 courses

Course Requirements

Minimum Average

74%^*

^* Average over six Grade 12 courses

Co-op Available

Explore the structure and properties of metals, ceramics, polymers and composites. Specializations offered in processing operations such as casting, welding and metal forming.

Admission Requirements

Course Requirements

Minimum Average

ENG4U, MHF4U, SCH4U and SPH4U required. MCV4U strongly recommended. 74% average in all attempted Science and Math courses, excluding SBI4U and MDM4U.

74%^*

^* Average over six Grade 12 U or M courses

Course Requirements

Minimum Average

74%^*

^* Average over six Grade 12 courses

Course Requirements

Minimum Average

74%^*

^* Average over six Grade 12 courses

Course Requirements

Minimum Average

74%^*

^* Average over six Grade 12 courses

Functional Knowledge

Designing and executing original observational and experimental studies
Discerning and interpreting patterns, trends, and abnormalities in data sets; working with large amounts of data
Intuitively understanding abstract concepts and theoretical approaches to problems
Rigorously and methodically analyzing problems using established theoretical frameworks
Communicating mathematical arguments and concepts to diverse audiences with clarity and precision
Analyzing complex problems and breaking them down into steps/component parts

Apply to UWindsor

With the programs you want and smaller student-to-faculty ratios, you can get the hands-on learning that's sure to set you on a journey to a future you'll be proud of.

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Explore Opportunities

Explore a selection of recommended opportunities for students in this program. Below you'll find many options – you don’t have to do everything on it or limit yourself to it. Engage in opportunities from each of the three categories to set yourself up for success.

First Year

Take required courses that are common for all first year engineering students to provide flexibility in program choice
Review degree course requirements
Consider applying for co-op to begin work terms in second year HIP
Meet with an academic advisor such as the undergraduate coordinator or department head
Receive academic support, mentoring and advising from the WINONE office in the Centre for Engineering Innovation

Middle Years

Take required courses and check in with academic advisor to make sure you are on the right path
Look into completing a research project with a faculty member in final year HIP
Begin taking courses in accordance with Electrical Engineering major requirements
Consider completing Aerospace, Automotive, Materials or Environmental option with degree
Seek out courses that offer field experience HIP
Start taking courses required as pre-requisites for graduate/professional school
Consider declaring a minor and/or specialization

Final Year

Meet with an academic advisor to go over degree requirements
Complete all required courses for your degree
Apply to graduate through MyUWinsite Student Portal
Work with a faculty member on a research project or publication HIP
Consider completing required courses for Honours Certificate in Civil, Environmental, Electrical or Industrial and Management Engineering to pair with degree
Choose a capstone project to optimize your senior experience HIP

First Year

Explore co-op options and consider applying in fall of second year HIP
Apply for a co-curricular experience such as VIP HIP
Investigate research opportunities as part of the Outstanding Scholars program HIP
Aid fourth-year students with their research for their final year capstone project HIP
Gain experience by taking on a summer job
Research student exchange opportunities for middle years HIP
Join a club like the the Engineering Student Society, SAE Baja, or Students Offering Support
Participate in the Bystander Initiative workshop to gain skills that will help you be an effective and supportive ally to prevent sexual assault on campus

Middle Years

Join a professional association in your field such as the Canadian Society for Mechanical Engineering
Participate in the UWill Discover undergraduate research conference HIP
Seek out opportunities to get experience at a local mechanical engineering firm and network with industry professionals
Apply to co-op in fall of second year HIP
Complete co-op work term I in the summer of second year and work term II in winter of third year HIP
Apply for student exchange HIP
Expand your skills by working full time in your off semesters or taking on a part-time or volunteer position during your academic terms
Look for a leadership role in a club or society

Final Year

Complete co-op work term III in the fall semester HIP
Take part in SAE Collegiate Design Series or similar industry sponsored competition
Become a tutor for Students Offering Support (SOS) HIP
Utilise your knowledge and skills to complete a design experience project in final-year collaborative capstone course HIP
Complete all required technical and approved non-technical electives

First Year

Create lists of things that you enjoy, areas in which you excel, and your skills
Meet with a career advisor in Career Development and Experiential Learning (CDEL) for help developing a plan for your future years
Consider a career assessment workshop or appointment to help you identify possible career paths
Get involved with a part-time job, volunteer opportunity, campus group, or research assistantship
Attend CDEL workshops to learn how to find a summer or part-time job and write a resumé and cover letter
Drop in to meet with one of CDEL's peer advisors to get answers to your career and job search questions

Middle Years

Research career fields and occupations with the help of a CDEL career advisor
Explore opportunities and meet employers through job fairs and employer networking events
Explore further educational opportunities by attending the Graduate and Professional Schools Fair and researching admission requirements for programs you are interested in
Attend CDEL’s Using Social Media to Leverage Your Career workshop
Create a LinkedIn profile and have it critiqued
Take part in informational interviews and use sources like LinkedIn and Ten Thousand Coffees to meet people in your targeted profession
Search job postings to learn what skills, knowledge, and credentials you will need for potential careers

Final Year

If you are considering applying to graduate or professional school, be aware of early application deadlines
Meet with CDEL to prepare application documents like a resumé, cover letter, CV, or personal statement for jobs and education programs you are applying to
Attend an Interview Skills Workshop and Job Search Tips Workshop
Use InterviewStream to practice your interview skills online
Set up an in-person mock interview with a career advisor for professional school or job applications
Meet employers at the annual job fair in January
Compose a portfolio of relevant academic and work experience

HIP

High-Impact Practices (HIP)

A HIP is an enriching educational experience that can be life-changing and often includes learning outside of the classroom while encouraging meaningful interaction and collaboration.

Let's Talk About Mechanical Engineering

We’re here to help you along the way. Contact us to learn more about our program options.

Career Planning

Intentional career planning will help you prepare for your next step after graduation. It is a fluid, dynamic, and continuous process, meaning you can move on or return to an earlier stage at any time. You can even work through simultaneous cycles, like one for your long-term dream job and another for a summer job.

Manage Your Career - 1. Asses Yourself - 2. Explore Careers - 3. Expand Skills - 4. Market Yourself - 5. Find a job

Build your Skills and Experience

Your UWindsor experience is more than attending classes. It is a combination of academics, co-curricular activities, and extracurricular involvement. By making the most of all three elements of your university experience, you will maximize your opportunities to build your skills, broaden your personal network, and clarify your long term academic and career goals.

Curriculum

Courses of study specific to each program

Co-Curriculum

Activities and experiences that complement coursework (Outstanding Scholars, peer mentoring, VIP)

Extracurriculum

Activities falling outside of the scope of set curriculum (Part-time job, clubs, volunteering, athletics

Visit UWindsor

Windsor/Essex County is a beautiful region situated in the heart of the Great Lakes. We enjoy the warmest climate in Ontario, with a long Summer and short Winter. Come see us, you won't want to leave.

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Life After Graduation

“What an incredible experience! My project with FCA was interesting and the coursework was challenging. The highlight for me was living in Italy, learning creative ways to manage the language barrier, and meeting some of the greatest people I know. In the end, this program led me to my current job at FCA, for which I am extremely thankful.”

Ashley Lehman –
BASc in Mechanical Engineering [2013];
MASc in Automotive Engineering [2015]

195

Number of Mechanical Engineering Graduates (2017)

93.2%

Employment rate of graduates 2 years following degree completion (OUGS Engineering, 2014)

Common Industries for Mechanical Engineering Graduates

Academia and research
Education
Engineering
Energy/utilities sector
Government
Industry and manufacturing
Logistics and operations
Patent/intellectual property law

Career Tracks^*

Academia
Agricultural equipment
Automotive
Aerospace
Energy generation
Forestry
Heavy industry equipment
Logistics
Manufacturing
Marine equipment
Medical devices
Military/defence
Mining
Nuclear
Petroleum
Plastics
Railway
Steel/Metal production
Telecommunications
Transportation

* Additional education and/or training required for some of the above careers.

Let's Connect

You probably have a lot of questions. We're here to help. Connect with us and we'll discover your higher education needs together.

1-800-864-2860 ask.UWindsor Faculty of Engineering Mechanical Engineering

Admission Requirements & Program Highlights

Aerospace Option

Co-op Available

Admission Requirements

Automotive Option

Co-op Available

Admission Requirements

Environmental Option

Co-op Available

Admission Requirements

Materials Option

Co-op Available

Admission Requirements

Functional Knowledge

Apply to UWindsor

Explore Opportunities

First Year

Middle Years

Final Year

First Year

Middle Years

Final Year

First Year

Middle Years

Final Year

High-Impact Practices (HIP)

Let's Talk About Mechanical Engineering

Career Planning

Build your Skills and Experience

Curriculum

Co-Curriculum

Extracurriculum

Visit UWindsor

Visit UWindsor

Life After Graduation

Common Industries for Mechanical Engineering Graduates

Career Tracks*

Let's Connect

Continue Exploring UWindsor

1. Explore

2. Connect

3. Visit

4. Apply

5. You're In!

Career Tracks^*