Degree Entrance Scholarship Available
Once you’ve applied for admission to this program, we’ll automatically consider you for this award.
4 yrs (8 semesters)
For details on how Sheridan programs will be delivered in upcoming semesters, please review our Fall 2022 Program Delivery Modes.
Theory is important, but so is the opportunity to put it into practice. Because our electrical engineering degree is one of the few in Canada that embrace the CDIO Initiative (Conceive, Design, Implement and Operate), you’ll spend up to 50% of your class time working in labs. By using the systems you build, you'll learn what it takes to imagine and develop user-friendly solutions.
In the third and fourth years of your electrical engineering courses, you'll have the opportunity to specialize in one of two technical streams — energy or mechatronics. Our energy stream prepares you for work in the electrical utility sector. In the mechatronics stream, you'll gain the skills necessary to work in the fields of automation and instrumentation.
Build working relationships with potential employers while you're still in school! Our program features a four-month electrical engineering internship after your second year, plus the option for a co-op work term of up to 16 months following your third year. These experiences, combined with cross-disciplinary projects in each year of your studies, ready you to work as soon as you graduate.
As one of our newest programs, Sheridan's electrical engineering degree features cutting-edge curriculum and the latest technology. You'll work in small classroom environments with expert professors who hold PhDs, have P.Eng (professional engineering) designation and have years of industry experience.
Once you’ve applied for admission to this program, we’ll automatically consider you for this award.
Check out the work that our graduating class has produced throughout the last school year.
Creative, innovative learning is at the core of all Sheridan’s courses. Here are the courses you’ll take in this program.
|MATH 15382D||Calculus 1||4|
|MATH 15325D||Linear Algebra||4|
|PHYS 12904D||Fundamentals of Physics 1||4|
|ENGR 12984D||Exploring Engineering||4|
|ENGR 15900D||Engineering in Society — Health & Safety||3|
|ENGL 17889GD||Composition & Rhetoric||3|
|MATH 15121D||Calculus 2||4|
|CHEM 12123D||Intro. to Chemistry for Engineers||4|
|PHYS 15924D||Fundamentals of Physics 2||4|
|ENGR 18922D||Engineering Design and Problem Solving||4|
|ENGR 11833D||Computer Programming||4|
|COMM 15027GDA||Technical Communication||3|
|MATH 20405D||Differential Equations||4|
|ELEE 20047D||Fundamentals of Digital Systems||4|
|ELEE 28706D||Algorithms and Data Structures||4|
|ELEE 21870D||Electronic Circuits 1||4|
|ELEE 23499D||Electrical Circuits and Power||4|
|Breadth Elective Course||3|
|MATH 21084D||Numerical Methods||4|
|ELEE 28845D||Signals and Systems 1||4|
|ELEE 21013D||Fundamentals of EM Fields||4|
|ELEE 26795D||Electronic Circuits 2||4|
|ELEE 22672D||Microprocessor Systems||4|
|COWT 10023||Co-operative Education Internship Forum – Degree||1|
|SOCS 29413GDA||Teamwork and Leadership for Engineers||3|
|ENGR 31469D||Statistics and Quality||3|
|Signals and Systems 2||4|
|Mechatronics||Embedded Software Fundamentals||4|
|Modeling and Simulation||4|
|Power & Energy||Electric Power Gen. and Transmission||4|
|Power & Energy||Introduction to Energy Systems||4|
|Breadth Elective Course||3|
|Design of Digital Systems||4|
|Mechatronics||Embedded Appl. Development||4|
|Kinematics and Robotics||4|
|Power & Energy||Power Electronics||4|
|Power & Energy||Power Distribution System Design||4|
|Engineering Internship Preparation||0|
|Engineering Project Management||3|
|Capstone Project (C&D)||4|
|Mechatronics||Microelectromechanical Systems (MEMS)||4|
|Power & Energy||Power System Analysis||4|
|Power & Energy||Alternative Energy Systems||4|
|Engineering Economics and Entrepreneurship||3|
|Technology, Society and Sustainability||3|
|Capstone Project (D, I & O)||5|
|Mechatronics||Embedded Systems Design||4|
|Mechatronics||Mechatronic System Design||4|
|Power & Energy||Power System Control & Protection||4|
|Power & Energy||Intelligent Power Systems||4|
|Law, Ethics and Professional Engineering Practice||3|
Ontario Secondary School Diploma or equivalent, including the following required courses:
(Completing both Physics and Chemistry is recommended, but not required.)
Two semesters of postsecondary education including required courses with a minimum 70% overall average, and 70% in each Math course.
Sheridan is pleased to provide an Entrance Scholarship to select applicants in this degree program. View Sheridan Degree Entrance Scholarship details for eligibility criteria and more.
Sheridan has been granted a consent by the Ministry of Training, Colleges and Universities to offer this degree for a seven-year term starting April 29, 2019 and subject to renewal thereafter. Application to the Ministry for renewal of the consent is a prescribed and cyclical requirement for degree programs at all Ontario colleges. Sheridan will ensure that all students admitted to the Bachelor of Engineering (Electrical Engineering) program during the period of consent will have the opportunity to complete the program within a reasonable time frame. Credentials earned during the period of consent remain valid, even if Ministry consent to offer the program is withdrawn in the future. Prospective students are responsible for satisfying themselves that the program and the degree will be appropriate to their needs (e.g. acceptable to potential employers, professional licensing bodies, or other educational institutions).
As a graduate of Sheridan's electrical engineering degree program, you'll be prepared to perform electrical engineering work in the energy or automation sectors.
Fields you could potentially work in include:
Graduates of this program will be able to:
Fees shown here are estimates only. Fees are in Canadian dollars and include tuition, health insurance and ancillary charges.
The fees shown here are for the 2022–2023 academic year, and are subject to change. The fees displayed are for the first two (2) academic terms of study at Sheridan unless otherwise noted; fees for subsequent terms are not reflected on this website.
Your education is a big investment, and we're here to help! Keep an eye on our Financial Aid & Awards page for regular updates, and check out these important links:
All new international students beginning their full-time postsecondary studies (ESL excluded) in Spring 2022, Fall 2022 or Winter 2023 semesters in Year 1 (Semester 1) will receive an entrance scholarship ranging from $1,000 to $2,000.
The annual Bursary Program for grade 12 students pursuing careers in the justice sector at an Ontario university or college is now open! Bursaries are offered by the Association of Justices of the Peace of Ontario (AJPO), the Association of Ontario Judges (AOJ) and the Ontario Superior Court Judges’ Association (OSCJA). Each association offers one bursary per year in each of their judicial regions for a total of 22 bursaries province-wide!
Applications close on May 27, 2022. Spread the word to students! Visit the Bursary web page for more information.
Sheridan’s BEng in Electrical Engineering offers the following advantages:
The Co-op Office will help you find and secure a position. They do this through:
In addition to the above, you are required to conduct your own independent job search. This includes researching companies of interest, attending networking events, making phone calls or sending emails and promoting yourself. Although Sheridan’s Co-op Office has a long, well-established history of success, securing a position is not guaranteed and will, like any course, require your commitment of time and effort in order to achieve a successful outcome.
You and all other students must complete the mandatory four-month internship to graduate. To be eligible, you must complete all of the courses from the first two years of the program and be in good academic standing. The engineering co-op work term after Year 3 is optional and students who are interested must apply.
Sheridan may put in place a maximum number of “seats” in the co-op program which would make entry into co-op a competitive process and take your GPA into consideration. As this is a new degree program, the co-op application process is still being developed and more information will be available in 2020.
If you have a recognized three-year advanced diploma in Electrical Engineering Technology or related programs from a recognized Ontario community college, we are currently considering pathway options that will require you to complete a number of reach-back courses from the Bachelor of Engineering degree program before joining either the second or third year. There will also be a minimum GPA requirement. You and all other students will be assessed on a case-by-case basis, depending on your academic background.
Pathways will be designed to ensure all students graduating from the program meet the requirements of the Canadian Engineering Accreditation Board. Students applying for a pathway option will not be considered until September 2021, at the earliest. At this time, you may consider starting in Semester 1 for fall 2020.
Transfer students will be considered on a case-by-case basis. The equivalency of incoming courses will be assessed based on the Sheridan credit transfer policy and requirements of the Canadian Engineering Accreditation Board.
Sheridan’s Electrical Engineering degree has been designed to meet the Canadian Engineering Accreditation Board’s (CEAB) requirements. New engineering programs can seek accreditation from the CEAB once they produce their first graduating class. That means Sheridan can seek accreditation for its Electrical Engineering degree program when its first cohort graduates in 2024.
At that point, the CEAB will review Sheridan’s self-evaluation of the program and conduct an on-campus evaluation of its own. Once Sheridan’s Electrical Engineering degree program receives accreditation from the CEAB, any students who graduated from the program that year or thereafter will be considered to have graduated from an accredited program.
In general, a Bachelor of Engineering degree is designed to meet the Canadian Engineering Accreditation Board requirements, and when the program is accredited, graduating students will have satisfied the academic requirements to apply for licensure as a Professional Engineer. On the other hand, a Bachelor of Technology degree program may not be designed to meet the Canadian Engineering Accreditation Board requirements.
As a result, graduates from this program may need to satisfy additional academic requirements such as the completion of technical examinations to become a licensed Professional Engineer. Further information can be found on the Professional Engineers Ontario website.
In our Honours Bachelor of Computer Science program, you'll learn foundational skills that prepare you to work in any area of computer science. But you’ll also have the chance to specialize in one of four emerging fields that interests you the most.
In the first year of the program, you’ll be introduced to each of these four fields: cloud computing, data analytics, game engineering, and network engineering.
Then, you’ll focus your studies on your selected specialization. You’ll take eight courses in your specialization of choice, gaining specific skills that are not taught in traditional diploma and degree programs. Your computer science specialization will give you a competitive advantage when you graduate.
Get a deeper understanding of cloud computing — the delivery of computing system resources such as software, databases, servers, data storage, and more — over the Internet. Learn the advantages and disadvantages of private, hybrid or public cloud delivery.
Learn how to apply statistical analysis, data mining and other advanced techniques to draw new and useful insights from large data sets. Confidently interpret and share information about the data patterns you discover.
Master the algorithmic, programming and mathematical techniques used to develop software components for computer games.
Learn the specialized skills needed to plan, construct, optimize and manage the computer networks that businesses and organizations rely on every day.
Our mission is to utilize harmonious, comprehensive and specialized training to empower our learners with the knowledge, skills and attitude required to demonstrate the Professional Competencies for Canadian Pharmacy Technicians at Entry to Practice.
Our vision is to graduate highly-skilled life-long learners who uphold professional integrity and promote quality and safety in practice.
Upon graduation, students in Sheridan’s Pharmacy Technician diploma program will have demonstrated the ability to pursue the career of pharmacy technician and to practice safely in a community or hospital while adhering to the scope of practice for pharmacy technicians.
Full-time 4 years Program code: PBENE
|Sep 2022||Davis Campus (Brampton)||Available|
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