Study Electrical Engineering in Canada — Engineering University

Electrical engineering is referred to as the design, building and maintenance of electrical control systems, machinery, and other equipment. It may seem like an isolated field, but it crossovers with mechanical and civil engineering more often than not. The term electrical engineering is often confused with electronics engineering. Given below are some of the differences between the two:

1. Electrical engineering deals with electrical machinery and issues regarding the generation, transmission and distribution of electrical energy, electric control functions in factories, motors, etc.

2. Electronics engineering, on the other hand, deals with devices like diodes, semiconductors, and fields like analog electronics, digital electronics, microelectronics and embedded systems, etc.

This article seeks to explore the top universities, courses and career options available to international students who wish to pursue a degree in electrical engineering in Canada.

Study Electrical Engineering in Canada — Universities and Courses

1. University of Toronto

- University of Toronto is the top ranked higher education institute in Canada. The About the courseElectrical Engineering courses offered by the university is taught by professors who are conducting cutting-edge research on topics like renewable energy networks, stable grid systems etc. At the U of T, the electrical and computer engineering programmes are housed within the same departments which allows the students to interact with their peers and professors from a related field. In fact both degrees share a common curriculum in the first two years, with subjects like engineering design, communication, math, digital systems, electronics etc. However, in the higher years of your programme, you will be focusing on one of the following areas of study:

• Analog and Digital Electronics
• Communications
• Signal Processing & Control
• Computer Hardware and Networks
• Electromagnetics & Energy Systems
• Photonics and Semiconductor Physics

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2. University of British Columbia

About the course — The Electrical Engineering programme offered by the UCB consists of a diverse field of study with students being able to focus on anything from electronic properties of microscopic devices to generation and power distribution on international power grids. The first year of the programme is devoted to bringing the fundamentals of the students up to speed while the later years of the programme are flexible with students being allowed to focus on the areas of electrical engineering they find most interesting. Some of the fields covered in the course are:

• Renewable and sustainable energy systems
• Grid operation and control
• Automotive electrical power systems
• Energy control for industrial and manufacturing processes

The university also offers courses in nanotechnology and microsystems to make sure that electrical engineers are aware of the latest advances that are impacting the field of electronics, computing and sensing.

3. University of Alberta

About the course — The University of Alberta is ranked highly in Canada and the world, and is a public research-oriented university that maintains an excellent reputation in fields like humanities, sciences, engineering, business etc.

The electrical engineering program at the University of Alberta is designed to equip you with the tools needed to navigate a career in this rapidly evolving field. You will gain foundational knowledge and hands-on experience in dealing with electrical devices, energy management and distribution systems and other avenues related to the field. The faculty of engineering is highly regarded due to the following factors:

• Globally renowned professors
• State-of-the-art laboratories
• Highly engaging methods of classroom instruction
• Access to highly specialised facilities and areas of research
• McMaster University

McMaster University is renowned for its 129-year old tradition of fuelling its student’s curiosity and leading them towards making new discoveries. It is one of Canada’s top 3 research intensive universities and has earned an international reputation for creating solutions to various problems that affect people in their daily lives.

The Bachelor in Electrical Engineering programme offered by McMaster is a broad and classical discipline with ample room for students to specialize in computer engineering and biomedical engineering based on the foundational knowledge of electrical engineering. The programme is focused heavily on:

• Physical design of electronics
• Electromagnetics and communication systems
• Power systems
• Sustainable energy
• Computer hardware/software

The programme also involves a capstone project which is open ended. It means that students will get the chance to apply their acquired knowledge and develop their own innovative technology to solve real-world problems.

4. University of Waterloo

The University of Waterloo has been ranked as Canada’s most innovative university by various academic ranking publications for the past 25 years. They offer the world’s largest co-operative education programme where students are given the chance to work for industry giants like Google, Facebook and Amazon while they are still earning their degrees.

The electrical engineering programme at the university teaches students the fundamentals of:

Students are also given the chance to gain industry experience directly from the first year by participating in paid co-op work terms in some of the best electrical engineering labs in North America.

Considered to be the best comprehensive learning institute in Canada, Carleton University is held in high regard due its dynamic and research-intensive learning environment. The university prides itself on being the chosen destination by students from over 100 countries. Carleton’s innovative approach to classroom instruction, interdisciplinary relationships between the learning programmes and an international outlook towards research are all factors that make it one of the top universities in the country.

The electrical engineering programme at Carleton allows the following specialisation to its students:

• Radiofrequency
• Microwave circuits
• Integrated circuit design
• Semiconductor and nanoscale technology
• Electrical energy and power distribution

Another important thing to note is that Carleton is one of the few universities in Canada that has facilities for manufacturing integrated circuits. Students can design and fabricate their own integrated circuits at the university.

NOTE: All course fees given above are an approximate representative of the total course fee for the duration of the programme. Students are advised to research carefully before applying as the cost may vary at the time of application.

Study Electrical Engineering in Canada — Career Options

Electrical engineering jobs generally entail being responsible for implementing and designing components for anything runs on electricity. After you have completed your degree, the following are the typical employers/industries for electrical engineers:

Electrical engineers generally get to work in a variety of places from laboratories to office buildings and construction sites. Your involvement and location generally depends upon your role in the project you have been assigned. As you advance in your career, electrical engineers also have the option to switch to more managerial duties where instead of working under a team leader, you are expected to lead a team of your own to complete a given project. The following are some of the tasks that are generally expected from an electrical engineer:

• Designing and maintaining electrical instruments and equipment
• Implementing and improving devices based on the project requirements
• Supervising and training project staff
• Inspecting completed projects to gauge their adherence to design standards
• Applying principles of electrical theory to engineering projects

An entry level electrical engineer with less than 1 year of experience can expect to earn an average of CAD 57,307 (excluding bonuses and overtime pay). The table given below breaks down the average salaries offered to mid-career (5–9 years experience) electrical engineers by some of the top employers in Canada:

Electrical engineers in Edmonton, Alberta earn an average of 16.2 percent more than the national average, with engineers in Montreal and Mississauga earning the least at 7.5% and 6.8% less than the national average respectively.

Study Electrical Engineering in Canada — FAQs

Q. What is electrical engineering?

A. Electrical engineering refers to the practice of designing, building and maintaining electrical control systems, machinery and equipment. The field isn’t isolated as it overlaps with mechanical and civil engineering disciplines.

Q. What is the difference between electronics and electrical engineering?

A. The terms ‘electronics engineering’ and ‘electrical engineering’ are sometimes used interchangeably by the general populace, but the two fields are separate from each other even if some of the areas they focus on might touch upon each other. An electrical engineer focuses on the large scale production and distribution of electrical power while an electronics engineer is more concerned about smaller electronic circuits and computational technologies.

Q. What is the curriculum of an electrical engineering degree like?

A. A majority of undergraduate degrees in electrical engineering contain elements of electronics engineering too. Overall, the focus is on developing your analytical, technical and engineering design skills. Throughout the duration of your course, you will be taught subjects like:

Q. What should I study in school if I want to become an electrical engineer?

A. Mathematics is one of the foundation stones of any engineering degree and you will be required to have done further or advanced mathematics by a large number of institutes that you apply to. In addition, science subjects like chemistry, physics along with computer sciences will give you a solid base to start your engineering degree. However, many universities also have an option where you can choose a humanities or social science elective to supplement your social and communication skills to help you in your professional career.

Q. Who are some famous electrical engineers from history?

A. The most famous electrical engineer of all time and the patron saint of the internet is Nikola Tesla. He was a physicist, inventor and mechanical engineer along with his credentials as the creator of AC current, discovery of the rotating magnetic field and the Tesla coil. He was also a pioneer in the discovery of radar technology, X-rays, remote controls and dynamos.

Originally published at https://admission.buddy4study.com on February 25, 2020.