British Columbia Masters in Electrical Engineering Programs
Review Masters in Electrical Engineering programs on GradSchools.com the leading site for accredited colleges & universities offering Electrical Engineering Masters Degrees.
What Are Masters in Electrical Engineering Programs?
Masters in electrical engineering programs focus on the development of skills necessary to design and evaluate electrical systems. These systems include motors, radars, technical devices, navigational systems, even global positioning systems.
Why Earn a MSEE Degree?
Masters in electrical engineering programs deepen and broaden student’s base of knowledge in the field. Graduate students can earn a masters degree or eventual Ph.D. in electrical engineering. Graduate students seeking to earn a MSEE degree should ideally possess the following qualities:
- Strong mathematical skills
- Detail Oriented
- Strong analytical and problem solving skills
- Enjoy working on teams
Electrical Engineering Masters Program Curriculum
Students who earn a masters degree in electrical engineering seek to emerge from their studies with a firm grasp on how to successfully design and work with electrical systems. Many electrical engineering programs focus teaching students to analyze, construct, and adjust electrical configurations, designing programs and systems that improve the functioning of systems through electricity.
Electrical engineers study a wide variety of topics that vary according to their chosen institution, and focus, graduate courses might include:
- Power Sequence
- Fundamentals of Systems
- Computer Networking
- Engineering Management
- R&D Management
- Power System Security
Some electrical engineering graduate programs offer internships or practicums, and others do not. Internships and practicums may be a good option for students lacking hands on experience. The admissions office at the school of
your choice can provide more details regarding fieldwork options.
Masters in Electrical Engineering Career Paths
Electrical engineers commonly work as designers, researchers and developers, installation technicians, and equipment testers. They can use their skills to provide the oversight necessary to ensure the successful design, creation, and implementation of electrical equipment and systems. Graduates of electrical engineering programs commonly take positions in the fields of manufacturing, research and development, government, general engineering, and technology. Some common careers for electrical engineers include:
- Semiconductor and component manufacturing
- Research and development
- Navigational and control instruments manufacturing
- Electric power generation, transmission and distribution
- Architectural engineering
Masters in Electrical Engineering Salary
According to The Bureau of Labor Statistics in 2012 electrical engineers earned a median annual salary of $87,920. Electrical engineers working the field of semiconductor and component manufacturing earned a median salary or $94,990; engineers specializing in navigational, measuring, electromedical, and control instruments manufacturing earned $91,810. The median salary for engineers working the field of engineering services earned a median salary of $87,640. Electrical power generation and transmission distribution professionals earned a median salary of $85,350 and those in the machinery manufacturing industry earned $79,480. Salaries vary depending on location, industry, education and experience.
The graph below provides detailed 2012 median annual salary information for electrical engineers working in select industries.
- Burnaby, BCBurnaby, BC
Simon Fraser University
The M.Eng. program is designed for part-time study by practicing engineers and is based on a set of courses, normally offered in the evenings, plus a project performed in industry. The principal areas of study offered in the M.Eng. program are electroni...
- Vancouver, BCVancouver, BC
University of British Columbia
The department does research in a wide range of areas, from the very large scale (electric power systems) to the very small (microelectronics), from mechanical systems (robotics) to human systems (biomedical), to the way information can be transmitted (...
- Kelowna, BC
- Victoria, BCVictoria, BC
University of Victoria