As an electrical engineer, you will design communications systems, electrical power grids, circuits, electric motors, electronic sensors, and many more of the technologies and applications that are so important to society today.
Bachelors 2017 in Windsor Canada. As an electrical engineer, you will design communications systems, electrical power grids, circuits, electric motors, electronic sensors, and many more of the technologies and applications that are so important to society today.
Provides experience with some of the fastest-changing and exciting technologies that shape our world
Involves the development and upgrading of electrical systems—the products, processes and energy systems on which our modern society depends
Includes specialized subjects such as microelectronics, computer engineering, robotics, communications, power generation and distribution
Electrical Engineering encompasses a large number of exciting and diverse areas of study. Areas such as: electronics, computer systems and networks; communications; energy systems; computer-aided design; control systems, robotics and multimedia are only a few of the directions that Electrical Engineering students can choose after graduation. The program of study includes co-operative work terms for qualified students that are designed to enhance the knowledge and professionalism of the student.
The program of study encompasses courses outside Electrical Engineering and provides a professional education sufficiently fundamental in nature so as to allow the student to choose his or her specific area of professional specialization after graduation. This philosophy of education recognizes that the professional responsibilities of graduate engineers evolve throughout their careers. Student may select courses from the list of electives during the fourth year so as to meet their needs more effectively.
Graduates of this program are able to engage, from the outset of their career, in decision making with a much broader perspective than is possible when excessive specialization at the undergraduate level is permitted. The program of study also provides excellent preparation for those students who may wish to continue their formal education with graduate study and research.
Students must participate in a fourth-year team-based capstone design project that develops leadership skills and professionally maturity. Students are encouraged to participate in seminars and in other professional development activities as organized by the Department, as well as off-campus professional activities. The Institute of Electrical and Electronics Engineers (IEEE) has an active student chapter on campus which includes a Women in Engineering AffinityGroup (WIE).
Note: The baccalaureate degree program in Electrical Engineering is accredited by the Canadian Engineering Accreditation Board of the Canadian Council of Professional Engineers.
A Rigorous, Enriching Program
After first year, you will take courses in numerical programming, circuit analysis, digital design, electromagnetic fields and photons, signals, and physical electronics.
Third- and fourth-year courses include microprocessors, analog communications, intelligent computing, power electronics, computer networks and security, wireless communications, and digital computer architecture. In fourth year, you can select technical electives that focus on Communications, Computer Engineering, Electronics, or a cross between various areas
What You Will Take First Year
All engineering programs begin with a general first year providing students flexibility in program choice. In your first year, you will learn and explore subjects important to engineering, including:
Forces, motion and movement
Electricity and magnetism
Mathematics and its applications
Design and graphical communications
Chemical and material interactions
Professional issues in the engineering disciplines
Thermodynamics, fluids and heat transfer
All Engineering streams require a minimum 74% average from the top six high school courses, as well as an average of 74% between MHF4U, SCH4U, and SPH4U. MCV4U is strongly recommended.
A First-class Facility
Our new, $112-million Ed Lumley Centre for Engineering Innovation (CEI) rivals the technical sophistication of any postsecondary institution in Canada. The CEI was constructed to meet the highest environmental standards and to provide learning opportunities throughout the facility.
OUTLINE OF STUDIES
Note: All students will follow the sequence of study terms shown in their program of study.
Common to all Engineering programs
85-111. Engineering Mechanics I
85-133. Engineering and Design
62-140. Differential Calculus
62-126. Linear Algebra
85-118. Engineering and the Profession
Students who wish to enter into the Electrical Engineering program will have to declare their major in this semester and register for the following courses.
85-120. Engineering Thermofluids
62-141. Integral Calculus
64-141. Intro. Physics II
59-110. Topics General Chemistry
85-119. Technical Communications
Students must have completed at least nine (9) of their 1st year courses before being allowed to register into the 2nd year courses including all pre-requisite courses required for registration into the 2nd year courses.
88-211. Computer-Aided Analysis
88-214. Circuit Analysis
85-222. Treatment of Expt. Data
62-215. Vector Calculus
62-216. Differential Equations
64-220. EM Fields and Photons
88-217. Digital Logic Design I
88-224. Signals and Systems
88-225. Physical Electronics
88-226. Electronics I
88-228. EM Waves and Rad. Syst.
Students must have completed all the 1st year courses and at least 10 of their 2nd year courses before being allowed to register into the 3rd year courses courses including all pre-requisite courses required for registration into the 3rd year courses.
*** Students opting for the Integrated BASc/MASc program:
The Faculty of Engineering offers a Bachelor's/Master's Integrated Engineering Degree program which allows students with outstanding academic ability to achieve both a B.A.Sc. and M.A.Sc. degree in a time period as short as five years. This program treats the educational process through the B.A.Sc. to the M.A.Sc. degree as a single coherent integrated whole, while ensuring that the requirements for both degrees are fully satisfied. This structured program represents a complementary alternative to the existing separate undergraduate and graduate degree programs.
Application to the Integrated B.A.Sc./M.A.Sc. can be made early in the Winter semester of the student's third year of undergraduate B.A.Sc. study. Normally, only applicants who have a cumulative average of at least 77%, and a semester average of 77% in the Fall semester of their third year of undergraduate B.A.Sc. study may be granted admission to the integrated program which confers conditional admission status to the M.A.Sc. program.
85-313. Engrg. Economics
88-313. Electromech. Sys. I
88-316. Electronics II
88-330. Dig. Logic Design II
Technical or Non-Technical Elective*
88-324. Control Syst. I
88-329. Analog Comm.
Technical or Non-Technical Elective
Select one course from the list below:
34-129. Contemporary Moral Issues
45-160. Issues in World Politics (section must cover topics of environmental stewardship; sustainable development)
34-228. Technology, Human Values and the Environment
45-212. Environmental Policy and Politics
27-385. The Green Corridor
66-201. Science, Technology and Society
66-213. Geology and the Environment
67-200. Principles of Resource Management
*Students must select a total of one technical and one non-technical elective during the third year from the approved list available in the Department.
Students cannot register into any of the 4th year courses until all Electrical Engineering courses from 1st , 2nd and 3rd year have been completed.
4rth year students are required to take a total of five technical electives in 4th year.
Core Subjects - All Students
88-400. Capstone Design Project
88-431. Control Systems II
88-457. Fundamentals of Digital Signal Processing
Electives Select electives from the list below
[Students opting for the Integrated BASc/MASc program will need to register in two graduate courses spread over the Winter-Summer terms (one graduate course per term). Admission requirements for the Integrated BASc/MASC are shown in the third year course sequence.]
88-419. Digital Communications
88-436. Computer Communications
88-437. Intelligent Computing
88-443. Embedded Sys. Design
88-444. Analog Int. Circuit Design
88-445. Power Electronics
88-448. Digital Comp. Arch.
88-449. Automotive Sensors
88-450. Power Systems I
Core Subjects - All Students
85-421. Engineering and Society
88-400. Capstone Design Project
88-432. EM waves and Rad. Sys. II
Electives Select electives from the list below
[For the students who are registered in the Integrated BASc/MASc program see the conditions outlined in the 4th year Winter semester.]
88-433. Digital Integrated Circuits
88-434. Automotive Electronics
88-435. Microelectromech. Systems
88-438. Coding and Info. Theory
88-439. Multimedia Systems
88-440. Wireless Communications
88-447. Comp. Networks & Security
88-460. Power Systems II
Taking courses out of sequence can be allowed for special cases transfers, advanced credit, etc. at the discretion of the Department Head.
State-of-the-art manufacturing and production
Pollution control and prevention
Advanced computing and communications
Medicine and medical technology
Research and development
Construction and infrastructure renewal
Scheduling and optimization
Project, process and systems management
Robotics and advanced electronics
Power generation and distribution
Excellent Student Support
The Faculty of Engineering WINONE Office provides additional counselling, explains the educational requirements of your degree and gives you extra support to help you succeed. Our Undergraduate Student Advisors Program connects you with a select group of senior and intermediate engineering students who can:
Assist you in understanding key concepts
Advise you on how to handle tests and projects
Suggest student clubs and activities
At the University of Windsor, we offer 190 high-quality programs in an international setting.
Equally important, you can experience a broad range of opportunities outside the classroom:
Explore exchange opportunities with dozens of universities around the world.
Enhance your work experience through co-op programs, internships and paid, research assistantships.
Student-led organizations play a vital role on campus and in the broader community.
The diversity of our students—where they are from, what they believe and how they think—will expand your mind.