Best Schools for Master’s in Electrical Engineering in Canada
Master’s in Electrical Engineering in Canada
A Master’s in Electrical Engineering in Canada is a graduate-level program for students who have completed a Bachelor’s or have equivalent work experience. This type of Master’s program offers an advanced education in specialised electrical engineering topics. The high-level curriculum prepares graduates for success in their fields and imparts valuable research skills.
What Is a Master’s in Electrical Engineering?
Many Canadian schools offer Master’s in Electrical Engineering programs. These programs usually take about two years to complete if undertaken on a full-time basis. Most schools offer part-time options for students who wish to continue working while obtaining their degree.
The Master’s in Electrical Engineering coursework typically includes a wide variety of choices for advanced study and specialisation. Students may also be required to complete an independent research or practical engineering project for their thesis. Some programs also require electrical engineering students to present one or more seminars.
Specialisation areas within the electrical engineering field may include communications, electronic materials, power systems and digital systems. In addition to fundamental courses in engineering research methods and laboratory practice, students can expect to choose among the following array of courses:
- Data Science
- Pattern recognition
- Biomedical device
- Smart grid and renewable energy
- Microseismic fault location
- Digital signal processing
- X-ray lithography
- Integrated circuits
- Energy storage
- Opto-electronic materials
- Computer engineering
Students may take courses that incorporate other disciplines such as computer science, operational logistics, biomedicine and statistics.
Canadian schools usually offer an integrated approach to classroom learning, independent research and practical skills. Students often have many options for pursuing their area of interest. The structure of Canadian Master’s programs is also adaptable to meeting students’ needs and goals.
What Are the Benefits of Getting a Master’s in Electrical Engineering in Canada?
Many Canadian schools have established, internationally recognized engineering departments that offer a Master’s degree program. Electrical Engineering programs usually offer a broad array of courses for students to choose from, balanced with required fundamentals. Many programs also offer courses that require students to practice leadership and communication skills.
Earning a Master’s in Electrical Engineering allows students to gain advanced knowledge in the specialisation of their choice. With today’s digital advances, many types of electric systems are implicated in most industries and sectors. An advanced degree in electrical engineering offers an avenue for exploring exciting new developments in the field. Whether you have just completed your undergraduate studies or have been a practicing engineer for many years, the Master’s degree curriculum offers an opportunity to study cutting-edge advances.
What Kind of Career Can You Expect With a Master’s in Electrical Engineering?
Earning a Master’s in Engineering is an excellent way to gain advanced expertise in your field and qualify for leadership positions. Many industries employ electrical engineers in many types of roles. Flourishing electrical industries include:
- Power and energy
- Oil and Gas
- Consumer goods manufacturing
- Biomedical research and development
Even industries that do not focus on the production of electronics or utilities need a variety of electrical systems to function. Whether you specialise in power grid design or microcircuits, electrical engineering professionals are crucial to keep many industries running. Electrical engineers can find employment with governments, non-profits, mining companies, retailers, utilities, manufacturers and research facilities.
Materials and metals specialists are often in demand for process control in manufacturing plants. Private and governmental security and defence entities also depend on electric systems for communication, surveillance and other technologies. In the consumer goods sector, electrical engineers are needed to control a number of processes, from manufacturing, to delivery to logistics. A background in electrical engineering and rigorous scientific training also prepares graduates to continue interdisciplinary learning in the workplace and optimise performance.
In addition to electrical engineering work in the field, many Master’s graduates pursue careers in research. While some prefer academic research, others may be employed by private research corporations, governments or non-profits. Some go on to earn advanced academic degrees in electrical engineering and pursue careers in teaching. Electrical engineers with advances knowledge are also in demand as consultants in many industries, from manufacturing to healthcare.