Electrical Engineering Master Online
Electrical Engineering curricula at Stanford are planned to offer the breadth of education and depth of training necessary for leadership in the profession. Additional graduate study is desirable. The master’s degree program provides advanced preparation for professional practice or for teaching at the junior college level.
If you aspire to a rewarding career in electrical engineering - especially if your sights are set on management or design positions - an online master's in electrical engineering can put you at a distinct advantage. Bureau of Labor Statistics projects a employment growth for electrical engineers through 2026, and from Georgetown's Center on Education and the Workforce indicate increased salary potential for graduate degree holders. In wireless communications, robotics, and photonics, a master's degree is typically required. Some companies also invest in their employees by subsidizing the cost of a graduate degree, so be sure to check with your employer. You can look forward to fascinating coursework and concentrations for a master's in electrical engineering program. Sample classes include embedded systems design and architecture, digital signal processing, power system dynamics, advanced robotics, renewable energy integration, and solid state electronics. Most programs offer thesis and non-thesis degree paths comprising 30-36 units of coursework, including six to 12 credits of electives and independent study.
Business professionals focused on management and practical aspects of engineering may elect to pursue a non-thesis path. Other available options include GRE waivers for eligible applicants, customized degree plans, and opportunities to complete coursework in related departments, such as physics, computer science, mathematics, or aerospace engineering. Some schools maintain membership in regional consortiums, and agree to accept transfer credits from affiliated schools for up to half of the required coursework.
Exceptional undergraduates can also pursue accelerated programs in which they earn both a bachelor's and master's degree. The motto of TheBestSchools.org is Finding the best school for you.
Here is how we do it:The value of any ranking list of schools and/or degree programs depends on having a methodologically sound assessment of each school’s/program’s characteristics, especially insofar as these can be objectively measured. A college or university is a complex entity, with numerous factors to consider, and distilling these down to the place where meaningful comparisons can be made to form a defensible ranking list becomes part science and part art.To meet this challenge—and thereby provide you with the most useful and insightful educational rankings on the Internet — TheBestSchools.org formulates our rankings based on five informational categories (six, when considering online schools). The major metrics and qualities for which we rank are these (with expanded, detailed considerations and weights listed):1. UF students must maintain a 3.0 GPA and earn a grade of C or better in all program coursework. Each student submits a program of study, and only courses on their approved plan count toward the degree; students can adjust the plan with their advisor's assistance. Students complete program outcome assessment forms in three of five available areas: analysis, design, oral communication, plan of study, and technical writing. Transfer students may bring up to 15 previous credits earned with a grade of C or better.
The curriculum comprises breadth courses, depth courses, and 21 units of additional electrical engineering courses. Breadth courses create a foundation for students' future learning and include a 200-level electrical engineering class outside their selected depth area.
Students use the depth requirement to specialize in an area of interest, such as fields, waves, and radio science; electronic devices, sensors, and technology; signal processing; or network systems. Students complete at least nine units in their chosen depth area and must maintain a 3.0 GPA in depth courses. Students tailor the degree to their interests and career goals by choosing an emphasis, such as computer and systems engineering, signal and image processing, solid and state physical electronics, or communication systems and theory. Available interdisciplinary courses include biological modeling, solar energy, and bioelectrical sciences. Students choose between two plans. Plan A requires 14 major credits, six credits of coursework outside the major, 10 thesis credits, and an oral final exam.
Plan C requires 18 to 24 major credits, six to 12 credits outside the major, and no final exam. Located in South Carolina, Clemson offers an program with thesis and non-thesis options. The non-thesis, all-coursework option requires 33 credit hours, at least 18 of which must be in 800-level courses. The thesis option requires 30 credit hours, 12 of which must be in 800-level courses, and a master's thesis research course. Students who plan to work as research assistants or to pursue a doctoral degree are encouraged to choose the thesis option.
Both options require a final exam; the thesis option requires an oral defense of the completed thesis. UC delivers courses in seven-week terms, and full-time students typically complete the program in 18 months.
Applicants must have earned a bachelor's degree with a minimum 3.0 GPA and must submit two letters of recommendation, a current resume, and a statement of purpose. UC does not require GRE scores from applicants who meet these requirements. International applicants must provide English proficiency exam scores, unless they have earned a bachelor's or master's degree in English from an accredited institution in the United States, United Kingdom, New Zealand, Australia, England, or Canada. OSU offers an that is available as an academic-based program and as a professional-based program. The 30-hour academic-based program covers topics including electric power and energy, digital and analog electronics, communications, control systems, signal processing, photonics, and electromagnetics. Students complete three credit hours in a technical elective outside their department, 18 credit hours of graduate-level courses, three credit hours of the most advanced courses in their department, and a six-hour thesis course. Applicants must have earned a bachelor's degree from a regionally accredited institution with a minimum 3.0 GPA and must submit GRE scores.
Best Online Masters Electrical Engineering
Applicants who do not meet U of I's GPA requirement may be eligible for admission if they have at least five years of experience in the profession and submit a letter of support from a university faculty member and a personal statement about their professional experience and desire to continue their education. All online students pay in-state tuition rates, regardless of residency. The program requires 30 credits, but the curriculum varies by emphasis.
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Georgia Tech Online Masters Electrical Engineering
The electric power systems emphasis covers computer engineering methods, applied probability theory and random processes, and advanced systems theory. The communication and networking emphasis requires coursework in wireless communications, advanced digital design, and engineering project management.
Students pursuing the electric power systems emphasis complete six core credits and 24 elective credits, while students earning the communication and networking emphasis complete 18 core credits and 12 elective credits. UM–Dearborn students must maintain a cumulative GPA of at least 3.0. Credits earned with a grade below B- do not count toward the degree. Students must complete four to six cognate credits outside their academic discipline, and students without adequate experience in electrical or computer engineering complete preparatory courses. Applicants must have earned a bachelor's degree in electrical or computer engineering with a minimum 3.0 GPA and must submit letters of recommendation, a statement of purpose, and a current resume.
Graduates of electrical engineering master's programs may work in research and development, nanotechnology, robotics, consulting, semiconductors, navigation systems, biomedical systems, physics, circuit design, aviation, or technical sales. In later career stages, some graduates advance to supervisory positions and become licensed as professional engineers, which offers them greater independence in decision making.: Electrical engineers design and implement components for electrical equipment, instruments, facilities, systems, or products, such as motors or radar systems.
They research, develop, test, and improve electrical devices, prepare technical specifications and drawings to meet established standards, and supervise installation, maintenance, manufacturing, and testing of electrical equipment to ensure proper compliance with regulations. Median Annual Salary: $96,270. Projected Growth Rate: 7%.: Technical sales engineers demonstrate and sell technically complex products and services to businesses, such as tools, devices, and machinery. They use their engineering expertise and extensive, detailed knowledge of their products' technical specifications to research and identify potential clients, understand their needs, and present products in persuasive, convincing ways. Median Annual Salary: $100,000.
Projected Growth Rate: 7%.: Engineering managers plan, implement, and maintain procedures for the design, development, installation, testing, and maintenance of electrical equipment. They direct engineering teams, ensuring that projects are properly staffed and production plans are coordinated. They review and improve manufacturing processes, prepare budgets, and consult with marketing and production to develop product specifications. Median Annual Salary: $134,730.
Projected Growth Rate: 6%.