The 25 Best Online Master’s in Electrical Engineering Programs
| TBS Staff
Are you ready to discover your college program?
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. The U.S. Bureau of Labor Statistics projects a 7% employment growth for electrical engineers through 2026, and data 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.
Featured Online Schools
Choosing a Program
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.
Specializations available include systems and information processing, wireless communication systems and technology, microwave, antenna, and photonic systems, signal processing and communications, electronic circuits and systems, electromagnetics, and photonics.
Master's programs are typically flexible and tailored toward working professionals. Many courses are taught early in the morning or late in the afternoon to allow students working in the industry to attend.
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.
For career information, skip down:
Online Master's in Electrical Engineering Degree Program Ranking Guidelines
We selected the degree programs based on the quality of program and range of courses provided, as well as school awards, rankings, and reputation.
Here at TheBestSchools.org, we take the trust and welfare of our readers very seriously. When making our school and program rankings, our top priority is ensuring that our readers get accurate, unbiased information that can help them make informed decisions about online education. That's why we've developed a rigorous ranking methodology that keeps the needs of our readers front and center.
Our proprietary, multi-criteria ranking algorithm analyzes key data indicators — as collected by the federal government — for each school or program. What data we use depends on the focus of each specific ranking, but in all cases, our ranking methodology is impartial: Schools cannot buy better rankings at TBS.
While specific criteria under consideration can vary by ranking, there are a few data points that we value most highly. They are affordability, academic quality, and online enrollment. Below, we break down our algorithm to help you understand what you're getting when you use one of our rankings.
The data used in TBS rankings comes primarily from the federal government, and much of it is provided by the schools themselves. We aggregate and analyze this data to build our rankings.
The Integrated Postsecondary Education Data System (IPEDS) is our primary source. Its data comes from annual surveys conducted by the U.S. Department of Education's National Center for Education Statistics (NCES). Every college, university, or technical school with access to federal financial aid must participate in these surveys, which include questions about enrollment, graduation rates, finances, and faculty qualifications. This is publicly available data, which you can access yourself through the College Navigator.
Additionally, because we value a personal touch and the professional experience of our staff and Academic Advisory Board, we vet all results and adjust rankings as necessary based on our collected knowledge of schools and degree programs. Depending on the ranking, we may obtain additional input from AcademicInfluence.com, subject matter experts, prior TBS ranking lists, or other sources we deem relevant to a particular ranking.
Breakdown of Our Rankings Methodology
About Our Ranking Factors
Here at TBS, we value what you value: quality education, affordability, and the accessibility of online education. These factors guide all of our program rankings.
Each of these factors are further broken down into weighted subfactors. For example, retention rates are weighted more heavily than availability of program options because they are a better indicator of student success.
We chose the following factors for our rankings because of their influence on learning experiences and graduate outcomes. However, students should always balance our rankings against their personal priorities. For instance, a learner who needs a fully online program may prioritize online flexibility more than our rankings do. Our rankings are designed to help you make a decision — not to make a decision for you.
In all our school rankings and recommendations, we work for objectivity and balance. We carefully research and compile each ranking list, and as stated in our advertising disclosure, we do NOT permit financial incentives to influence rankings. Our articles never promote or disregard a school for financial gain.
If you have questions about our ranking methodology, please feel free to connect with our staff through contact page.
We thank you for your readership and trust.
The Best Online Master's in Electrical Engineering Degree Programs
Located in Gainesville, UF offers an online master's in electrical engineering that covers topics such as biometric identification, digital signal processing, and machine learning. Students in the electrical and computer engineering program learn about linear algebra and how to analyze linear systems, design data communication networks, and understand computer hardware security.
The flexible program is available completely online to students around the globe. The curriculum helps students learn new skills and develop professionally. Graduates pursue careers as aerospace engineers, biomedical engineers, and electrical and electronics engineering technicians.
Applicants must have a minimum 3.0 GPA and must submit three letters of recommendation from faculty at the institution that granted their bachelor's degree. Although UF has no minimum GRE requirements, successful applicants have an average score of 315. International applicants must meet minimum scores on English proficiency exams.
UVA in Charlottesville offers one of the most respected online electrical engineering master's programs in the country. The curriculum covers topics such as circuits, electromagnets, solid state devices, and signal and image processing.
UF is part of the Online Graduate Engineering Consortium; online students can complete courses through UF and four other schools, and most courses are available in both asynchronous and synchronous, interactive formats. The online master's in electrical engineering requires 30 credits, 18 of which are major credits.
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.
Stanford offers a fully online master's in electrical engineering. The 45-unit program covers topics such as integrated circuit fabrication processes, linear dynamical systems, and micro and nano systems design.
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 must earn their master's degree within five years of enrollment. Most part-time students complete the 45-unit program in three to five years. Students participate in either one formal seminar course or eight research seminars. Applicants must submit GRE scores and must have a minimum 3.0 GPA.
Based in Raleigh, NC State offers a fully online master's degree in electrical engineering. The program requires 30 credit hours, including 21 credit hours in electrical and computer engineering coursework. Students complete breadth courses that cover a variety of topics and depth courses in a specialized area.
Students complete breadth requirements in three areas: communications and signal processing, non-electronics and photonics, and power electronics and power systems. The depth requirement involves an advanced, 700-level electrical engineering course. NC State's flexible electrical engineering master's degree is ideal for working professionals. Students who work full time enroll in only two courses per semester, and new students are encouraged to take only one course during their first semester.
Each student is assigned an academic advisor who helps them create a plan of study. Applicants must have a bachelor's degree in electrical or computer engineering with a minimum GPA of 3.25. Applicants must submit three letters of recommendation and GRE scores. Students must complete the master's program within six years.
UMN students can earn their electrical engineering master's online or in a hybrid format. The 30-credit program covers topics including applied parallel programming, computer systems performance measurement and evaluation, quantum electronics, and plasma physics.
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.
Applicants must have a bachelor's degree in engineering, science, physics, or mathematics and at least a 3.4 GPA. Applicants must submit GRE scores, and international applicants must provide English proficiency scores. UMN students must maintain a 3.0 GPA.
Purdue University in West Lafayette, Indiana, offers an online electrical engineering master's program that prepares students for careers in electrical and computer engineering. The program is available in thesis and non-thesis options, and students can pursue either an interdisciplinary engineering degree with a concentration in electrical and computer engineering or a master's in electrical and computer engineering.
The MS in electrical and computer engineering offers six specializations, including signal and image processing, VLSI and circuit design, and energy sources and systems. Students in the interdisciplinary program can concentrate in a variety of subjects, including mechanical engineering, aeronautics and astronautics, and computational engineering. Both programs offer flexible curricula; students work with an academic advisor to create a study plan that fits their academic and career goals.
Students complete 30 credits, 15 of which must be graduate-level credits, and must maintain a 3.0 GPA. Applicants must submit a statement of purpose, two official transcripts, a current resume, three letters of recommendation, and GRE scores.
Johns Hopkins in Baltimore, Maryland, offers an electrical engineering master's degree in fully online and hybrid formats. Students learn to develop systems for measurement, control, and computation. The program offers concentrations in photonics and in communications and networking. Students can further specialize their degree by choosing a focus area such as systems and control, signal processing, RF and microwave engineering, or optics and photonics.
Students complete a special project and a thesis. Students must graduate within five years of enrollment. All courses must be approved by an academic advisor, and only one course completed with a grade of C counts toward degree requirements. Applicants must have a bachelor's degree, or be in the final semester of their undergraduate program, and have a minimum 3.0 cumulative GPA. Johns Hopkins does not require GRE scores. International applicants must submit English proficiency exam scores.
Located in South Carolina, Clemson offers an electrical engineering online master's 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.
The program curriculum covers topics including renewable energy penetration on the power grid, elements of software engineering, and digital communications. Graduates are eligible for direct entry into Clemson's doctoral program.
Applicants must submit a personal statement, transcripts, GRE scores, and two letters of recommendation. Each student has an advisory committee of three faculty members, one of whom acts as the student's academic advisor. Academic advisors supervise thesis research, approve programs of study, and administer final examinations.
Based in Massachusetts, WPI offers an online master's in electrical engineering. Students learn from expert electrical and computer engineering faculty members who provide skills, knowledge, and experience necessary to succeed in the field. Students tailor the degree to their interests and career goals. Students can build a program that encompasses several electrical and computer engineering areas, or they can study one specialized topic, such as digital systems design, systems engineering, or power systems engineering.
The 30-credit curriculum explores topics including analysis of probabilistic signals and systems, digital signal processing, computer architecture, and computer and network security. Part-time students typically complete the program in three to five years.
Applicants must have at least 21 credits in electrical and computer engineering, at least nine credits in computer science, physics, engineering, or mathematics, and a relevant bachelor's degree. Most online courses are asynchronous, so students can complete coursework at their convenience. Online courses utilize videoconferencing, digital recordings, virtual chat, simulations, and discussion boards.
Located in Atlanta, Georgia Tech is home to the largest electrical engineering graduate program in the United States. The fully online master's degree in electrical engineering program offers 11 specializations and 19 research facilities.
Students choose between thesis and non-thesis tracks. The thesis option requires 12 hours of coursework; two classes must be in one or two technical areas of interest. Thesis students complete a 12-hour thesis course and a course covering responsible conduct of research. Non-thesis students complete nine hours of coursework in one or two technical areas of interest, nine hours outside the technical areas of interest, and 12 hours of elective courses.
Students must complete the program within six consecutive years and must maintain a 2.7 GPA. Students may apply only courses completed with a grade of C or better toward degree requirements. Online students can complete coursework synchronously, asynchronously, or using a combination of both. Distance learners have access to instructors through email, phone, and fax.
NYU students can earn their electrical engineering master's online or in a hybrid format. The program offers concentration areas including communications, networking, systems and control, signal processing, and energy systems and power electronics. NYU's instructors are experts in their field and share professional experiences to prepare students for their careers.
The 30-credit electrical engineering master's degree includes coursework in wireless communications, internet architecture and protocols, digital signal processing, electric drives, and advanced hardware design. Students can pursue up to two optional concentrations and must complete two of the four available core courses.
Online students have access to on-campus facilities, including NYU's career center. Mentors help students choose courses and resolve issues during their studies. Applicants must have a bachelor's degree and must submit a personal statement, a current resume, three letters of recommendation, and GRE scores. Graduates of NYU's program work at some of the largest companies in the industry, including Apple, KeySpan, and Yahoo.
UC offers an online electrical engineering master's program taught by faculty with professional experience in the industry. The practical degree requires no thesis or research-based components, and the 30-credit-hour curriculum covers subjects including electromagnetic energy conversion, effectiveness in technical organizations, and instrumentation and industrial control.
Along with the core courses, students complete a supervised capstone project, which they present to department faculty and peers. Graduates pursue careers as lead engineers, system analysts, hardware designers, software designers, and electronics engineers.
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 electrical engineering master's degree 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.
The 33-hour professional-based program is designed to help students build on their professional qualifications and enhance their engineering career. Students complete three credit hours in a technical elective outside their department, 24 credit hours of graduate-level courses in their department, and six credit hours of additional approved courses.
OSU students must earn a grade of C or better in each course. Each student works with an academic advisor to create a plan of study. Applicants must have a relevant bachelor's degree, a minimum 3.0 GPA, and GRE scores of 153 and 155 on the verbal and quantitative sections, respectively.
Missouri S&T offers a fully online master's in electrical engineering with concenetration areas including devices and optics, circuits, electronics, power and energy, control systems, communications and signal processing, and electromagnetics. The program is available in thesis and non-thesis options.
The 30-hour curriculum covers subjects including electronic and photonic devices, controllers for factory automation, and power system design and analysis. Thesis students complete a six-hour thesis research course. Students must complete the program within six years; students who take one to two classes per semester typically graduate in three to four years. Some instructors give exams, which may or may not require a proctor, and others assign projects instead of exams.
Applicants must have a relevant bachelor's degree, a minimum 3.3 GPA, and GRE scores of at least 150 and 160 on the verbal and written portions, respectively. International applicants must provide English proficiency exam scores. Online students who are employed by a company that offers tuition reimbursement are eligible for the deferred tuition payment plan.
Based in Alabama, Auburn offers a fully online electrical engineering master's degree. The program offers thesis and non-thesis options and concentrations in electronics, power systems, computer systems, control systems, communications, and electromagnetics.
Students must complete at least one course from three of the available areas of study. The curriculum covers topics including applied electromagnetics, digital system design, and information networks and technology. All courses must be at the 6000, 7000, or 8000 level, and students must complete at least 21 credits in the major.
Each student chooses a major professor, who acts as the student's advisor and helps them create a plan of study. Alterations to the plan of study must be submitted to the graduate school at least one semester prior to graduation.
Applicants must submit transcripts and GRE scores. Auburn accepts transfer credit earned with a grade of B or better from students with a cumulative GPA of at least 3.0. Transfer students must complete at least 21 credits through Auburn.
U of I offers two electrical engineering master's programs: a master's of science and a master's of engineering. Both programs require 30 credits. Unlike the master's of engineering, the MS requires a thesis. Both programs offer areas of emphasis including electric power systems, digital systems design, network synthesis, and supercomputing. The curriculum covers subjects including analog integrated circuit design, supervisory control and critical infrastructure systems, and electromagnetic theory.
Applicants must have earned a bachelor's degree from a regionally accredited institution with a minimum 3.0 GPA and must submit GRE scores. 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.
ASU's online electrical engineering master's program prepares students for careers in electrical engineering. The 30-credit program is taught by expert instructors, many of whom are members of the national academies of engineering, sciences, inventors, and construction. The university's faculty members have received more than 55 young investigator awards within the last 10 years.
Students choose a specialization related to their interests and career goals. Students complete at least two courses outside their specialization area, along with a reading and conference course, five major courses, and three advanced courses in their area of study. Graduates become electrical engineers, solar energy systems engineers, engineering managers, nuclear engineers, and energy engineers.
Applicants must have a relevant bachelor's degree and a 3.0 GPA. Applicants with degrees from programs not accredited by ABET must have a 3.5 GPA and score of 156 on the quantitative portion of the GRE. International applicants must submit English proficiency exam scores.
Based in Potsdam, New York, Clarkson offers two electrical engineering programs: a master's of engineering in electrical engineering and a master's of science in electrical engineering. Students earning their electrical engineering master's online can concentrate in power, communications and signal processing, or data communications and networks.
Students in the MS program complete at least 10 courses and a project or thesis in electrical engineering. Courses cover topics including power and energy conversion, biomedical engineering, and cybersecurity. The master's of engineering program requires 30 credit hours and a capstone project. Students must graduate within five years.
Applicants must have a relevant bachelor's degree and must submit GRE scores, three letters of recommendation, a current resume, and a personal statement. International applicants must submit English proficiency exam scores. Clarkson offers scholarship and financial aid resources including advisors, student loans, payment plans, and graduate assistantship opportunities.
Based in Philadelphia, Pennsylvania, Drexel offers a fully online electrical engineering master's degree. The program is delivered in 10-week quarters, which allows students to complete courses quickly.
The curriculum comprises 45 credits, of which 21 are in required electrical engineering courses, nine are in general electrical and computer engineering courses, and 15 are in elective courses. Students choose electives from any engineering department, including biomedical science, biology, chemistry, and mathematics. Although not required, students are encouraged to complete a master's thesis, which is worth up to nine credits.
Applicants must have a bachelor's degree in electrical engineering and a 3.0 GPA for the last two years of undergraduate work. Applicants must submit a current resume, two letters of recommendation, and a 500-word essay. International applicants must submit English proficiency exam scores. Online students are eligible for discounted tuition rates and have access to on-campus financial aid resources.
UT Arlington offers a fully online master's in electrical engineering with available concentrations in areas such as renewable energy systems and vehicular technology, nanotechnology, optical devices and systems, and electromagnetic fields and applications. Concentrations provide in-depth knowledge in one specific area to prepare students for careers in the field.
The curriculum covers topics including linear systems engineering, power system modeling and analysis, digital video coding, and wireless communication systems. Online students access coursework asynchronously through Blackboard. Students work with an academic advisor to develop a plan of study.
Applicants must have a relevant bachelor's degree and must submit GRE scores. All exams are proctored; online students must register for an exam proctor each semester. UT Arlington offers many scholarships, and online students have access to on-campus financial aid resources.
K-State offers an online master's degree in electrical engineering. Online students are not required to complete exams or coursework on campus, but distance learners visit campus at the end of their program for an oral examination. Students pursue an emphasis in electric power systems or communication and networking.
The program requires 30 credits, but the curriculum varies by emphasis. 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.
Some instructors require proctored exams. Courses are delivered in 16-week semesters and a 12-week summer semester. Applicants must have a relevant bachelor's degree, a minimum 3.0 GPA, and a background in calculus. Only students without a bachelor's degree in a relevant subject area must submit GRE scores.
Illinois Tech in Chicago offers two electrical engineering master's programs: a master's of electrical and computer engineering and a master's of science in computer engineering. The former is a course-only degree that requires 30 credit hours and can be completed as quickly as one year. Students can specialize in one or more areas, including power systems and signal processing, photonics and optics, networks, electronics, and computer engineering.
The MS requires 32 credit hours and a thesis. Students can concentrate in one of the following areas: power and control, computers and microelectronics, or communications and signal processing. Students work with a faculty advisor to conduct research and complete a thesis in their area of specialization. The curriculum covers topics including wireless communication system design, advanced electronic circuit design, and power system reliability.
Students work with an advisor to create a study plan outlining their courses and specializations. Applicants must have a bachelor's degree and a minimum 3.0 GPA. Domestic students who meet Illinois Tech's GPA requirement do not have to submit GRE scores.
CU's online master's in electrical engineering program allows students to customize their degree to fit their interests and career goals. Students can concentrate in an area such as nanostructures and devices, remote sensing, power electronics and renewable energy systems, or optics and photonics. Students can choose to pursue the embedded systems engineering track or the power electronics track. The degree options are designed to prepare students for specific careers and to produce graduates who are experts in their fields.
CU's engineering faculty have extensive industry experience. Professors provide practical examples of situations students will encounter during their careers. Online students can use on-campus equipment and facilities for theoretical and experimental training and to complete research.
Applicants must have earned a relevant bachelor's degree with a 3.0 GPA, must demonstrate the ability to pursue advanced research and study, and must submit a personal statement, GRE scores, and three letters of recommendation.
UM–Dearborn offers an electrical engineering master's program online. Students use the latest electrical and computer engineering technologies to conduct research, formulate problems, analyze data, and design systems and experiments. Students can specialize in digital signal processing, wireless networks, control systems, image processing and pattern recognition, or embedded systems.
The 30-hour curriculum comprises core courses, concentration courses, professional electives, cognate courses, and preparatory courses. The program explores topics such as statistical signal processing, nonlinear control systems, and data mining.
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.
Ohio offers an online electrical engineering master's program that prepares students to evaluate, develop, and design electrical and electronics systems. Experienced engineers teach the fully online courses, and students complete the program in as few as two years. Graduates pursue careers as electrical engineers, computer engineers, and cybersecurity professionals at top companies, including Apple, NASA, Intel, and Boeing.
Students complete 36 credit hours of foundational courses and concentration courses. Available concentrations include micro nano devices and systems, electronic navigation systems, electrical engineering, computer engineering, communications and digital signal processing, and autonomous unmanned vehicles. The curriculum includes coursework in areas such as vehicle control systems, computer communications network, computer architecture, microwave theory and devices, and digital circuits design.
Applicants must have earned a BS in an engineering discipline with a minimum 3.0 GPA. Ohio does not require GRE scores. An academic advisor helps each student plan their course of study. Online students have access to financial aid assistance.
Online Master's in Electrical Engineering Careers
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 engineer: 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%
- Sales engineer: 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 manager: 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%
Source: Bureau of Labor Statistics
Back to School Rankings
Popular with our students.
Highly informative resources to keep your education journey on track.
Take the next step toward your future with online learning.
Discover schools with the programs and courses you’re interested in, and start learning today.