Electronic engineering is fundamental to how we work, communicate, and engage with the world around us.
Most devices we use such as local access computer networks, fiber optics, and circuit boards are designed and built by electronic engineers.
To increase their earning potential and careers, most professionals in electronics engineering are pursuing graduate degrees to stand out on the job market.
An online master’s degree program offers students a choice of interesting work prospects, new skills, and specialties while being flexible.
This article provides a well-researched list of the top best online master’s in electronics engineering programs and other related information.
About Master’s In Electronic Engineering Program
For a master’s degree in Electronic engineering, you can anticipate engaging curriculum and concentration options.
Examples of these courses include digital signal processing, power system dynamics, advanced robotics, renewable energy integration, solid-state master electronics, and the design and architecture of embedded systems.
Most programs provide thesis and non-thesis degree pathways that include six to twelve credits of electives and independent study along with 30-36 units of coursework.
A non-thesis path may be chosen by business professionals who are interested in management and practical elements of engineering.
Systems and information processing, wireless communication, microwave, antenna, and photonic systems, signal processing and communications, electronic circuits and systems, electromagnetics, and photonics are some of the specializations that are accessible.
Master’s programs are frequently adaptable and designed for working professionals, so to enable students who work in the sector to attend, several courses are offered in the early morning or late afternoon.
Outstanding undergrads can also enroll in accelerated programs to achieve their bachelor’s and master’s degrees.
What To Expect In An Online Master’s In Electronic Engineering Program
Numerous asynchronous learning platforms are offered in online master’s in electrical engineering programs that are created for working professionals.
Through discussion forums and group chat programs, students contribute to and cooperate on projects.
Organization, time management, and self-motivation are necessary for online engineering students who work full-time employment.
Programs might be thesis-based or a project or in-depth analysis can be substituted for programs that do not call for a thesis.
Practical and theoretical subjects are covered in a variety of courses and students can select a specialty and enroll in advanced courses that are connected to it.
Each online master’s degree has its own set of course options, requirements, and concentrations.
Electronics engineering master’s students frequently focus on disciplines like bioengineering, computer engineering, renewable energy, and systems design.
Analog and mixed-signal circuits, device science and nanotechnology, energy and power, electromagnetics and microwaves, and information science and systems are some courses covered.
Advanced computer networks, digital processing systems, and communications training are all included in the programs.
Curriculum For An Online Master’s In Electronics Engineering Program
The curriculum and courses offered in an online master’s in electronics engineering program vary depending on the area of concentration.
The courses that graduate students in electronics engineering commonly take include:
1. Digital Systems
This course provides an in-depth examination of the design of digital systems and related statistical and probabilistic concepts, building on ideas covered in undergraduate studies.
In digital systems, graduates investigate numerous system design implementation possibilities and tradeoffs between hardware and software in addition to modes, data kinds, and low-level data structures.
2. Computer Architecture
Future electronic engineers will learn the basics of computer architecture in this course.
Set architecture, pipelining and risk management, addition, and subtraction circuits, memory systems, storage, and digital-to-analog conversion are among the subjects covered.
It can be necessary for students to finish a practical design project and microprocessor design is often a requirement for this course.
3. Introduction To Wireless Technology
The technology underlying cellular and wireless computer networks, personal communications systems, satellite networks, and speech and video coding are examined in this course with lectures and software-based exercises.
In this course, graduates will learn fading and interference reduction methods such as adaptive modulation, MIMO, and equalization, which are frequently used by electrical and sound engineers.
Graduates will need prerequisite courses in communication systems, and prior MATLAB knowledge is beneficial.
4. Fourier Transform And Techniques
This course introduces the Fourier transform theory and explores its various applications in imaging and optics, as well as how this mathematical idea can be used to address issues in electrical engineering.
Continuous and discrete signals, scalar diffraction theory, spatial filtering and processing, convolution, and correlations are some of the subjects discussed in this course.
5. Integrated Circuits Technology
Electrical and materials engineering both depend heavily on an understanding of semiconductor design and manufacturing.
Key topics such as RF/microwave design, silicon wafer fabrication, and CMOS technology, are covered in this course.
These concepts are necessary for conducting research and finishing straightforward CAD design projects. Usually, a prerequisite study in microwave circuitry is needed.
6. Circuits I
Graduates will learn how to model common electrical circuit components in this course.
They will also use network theory to solve linear and non-linear circuits under dynamic and static operations in this introduction to circuit modeling and analysis.
7. Digital Communications
In this coursework on analog message digitization, binary and M-ary signaling techniques, and signal space representation of digital signals, graduates will get an understanding of the fundamentals of digital communication systems and spread-spectrum communications.
8. Renewable Electric Energy Systems
This course addresses the economic and policy implications of emerging renewable electricity production technologies such as solar, wind, and fuel cells, as well as their integration into the power system.
9. System And Signal Analysis
This course defines and explains systems and signals, including analog and digital signals, filter design, sampling, and signal reconstruction.
In this course, graduates will also learn engineering applications and other associated advanced topics.
Degrees Like Online Master’s In Electronics Engineering Programs
Apart from a master’s degree, other options are available through online degree programs in electrical engineering.
Holders of associate or undergraduate certificates are eligible for entry-level employment, while those with doctoral degrees can pursue academic careers in teaching and research.
Below are various degree levels you can hold while pursuing a career in this field:
1. Certificate In Electrical Engineering
This program lasts for about 3–24 months with learning happening in the classroom, in the lab, and in some online course options.
Both undergraduate and graduate certificates in electrical engineering are offered by schools.
Graduate certificates in electrical engineering can help students be ready for master’s degree programs or focus on specialized industry issues like nanotechnology and telecommunications.
Most students continue to have a bachelor’s degree in electrical engineering or a closely related discipline.
Some students continue after graduation with careers in electronics technology, electrical engineering, and systems engineering.
2. Associate In Electrical Engineering
This program lasts for two years and costs about $5,000 to $15,000 annually.
Through courses including circuit theory, computer hardware, computer instrumentation, digital electronics and communication, and fiber optics, associate’s degrees in electrical engineering introduce students to the subject.
Experiential learning opportunities like practical projects, apprenticeships, and internships may be incorporated into the curriculum.
At community schools, technical colleges, and universities, students can pursue electrical engineering associate degrees both in-person and online.
Graduates may be eligible for electrical engineering entry-level positions or admission to bachelor’s degree programs.
Electrical systems coder, electronic and electrical installer, and electrical engineering technician are some post-graduate career options.
3. Bachelor’s In Electrical Engineering
This program lasts for four years in length and costs about $9,500 to $35,000 annually.
The theoretical underpinnings and real-world applications of electrical and electronic engineering are emphasized in bachelor’s degree programs in the subject.
Electrical circuits, electrical engineering design analysis, and engineering economics are all topics covered in the course material.
In some programs, students may take courses in advanced physics and math, while some might call for students to complete lab work or internships where they fabricate and install electrical systems.
Numerous bachelors in electronics engineering programs provide online instruction and lab work.
Graduates can enroll in master’s degree programs or pursue entry-level electrical engineering jobs like electrical engineering, electronic engineering, and computer hardware engineering.
4. Doctorate In Electrical Engineering
This program lasts about five to six years and a qualifying exam may be required of applicants before they can enroll in a course.
Professionals interested in employment in academia, laboratories, or industrial development and research frequently enroll in doctoral programs in electrical engineering.
Computer algorithms and applications, graphics and interactive media, and signals and systems are examples of common specialties.
Doctoral students complete their dissertations while attending lectures and lab sessions.
Many engineering colleges offer online and hybrid courses, although they could also demand short on-campus stays.
Electrical systems analyst, machine learning engineer, and postsecondary electrical engineering teacher are postgraduate occupations.
How Long Is An Online Master’s In Electronics Engineering Program?
The program structure, timing, and manner of delivery are some variables that affect how long it takes to complete an online master’s in electronics engineering.
Usually, a 30- to 40-credit electronics engineering program takes two years to complete for full-time students, but some programs could last up to five years or just a year.
Students can also finish tasks more quickly in asynchronous, self-paced courses than in traditional formats.
While asynchronous programs offer more scheduling freedom, they also call for self-control and dedication.
Cohort-based programs place a strong emphasis on instructor support and group learning. They are also more structured and require longer to complete.
The length of the program can also be influenced by factors like internships or requirements for practicums, choosing a concentration, transferring credits from another university, and other prerequisites that may still need to be finished before beginning the major curriculum.
Licenses To Get After An Online Master’s In Electronics Engineering Program
1. Fundamentals of Engineering (FE)
The 110-question Fundamentals of Engineering exam is the first step towards becoming a licensed professional engineer and can be taken by recent graduates and students enrolled in engineering programs with ABET accreditation.
This exam, which lasts about six hours to complete, assesses knowledge of key ideas in electrical and computer engineering and also contains several questions about math, morality, and engineering economics.
2. Professional Engineer (PE) License
The Principals and Practice of Engineering exam assesses a candidate’s proficiency in their chosen engineering discipline and is open to professionals with a mix of post-college work experience and ABET-accredited engineering education.
Data encryption, power systems analysis, and modulation techniques are some of the topics covered in the eight hours and 80 questions of the electrical and computer engineering exam.
Professional Organizations After An Online Master’s In Electronics Engineering Programs
Professional engineering organizations are a great source of information for both new graduates and undergraduates.
Joining one of these professional interest groups has numerous advantages, from networking events like conferences and seminars to career services.
Numerous organizations provide mentoring programs, exclusive scholarship possibilities, and ongoing education and certification programs that help people develop their skills.
Membership with these engineering professional organizations also looks fantastic on a résumé or CV.
The most common engineering associations are:
- The Institution of Engineering and Technology (IET)
- Society of Women Engineers (SWE)
- National Society of Professional Engineers (NSPE)
- Optica (Formerly “The Optical Society”)
Careers After An Online Master’s in Electronics Engineering Program
Online master’s degree graduates in electronic engineering have a variety of options.
Graduates of master’s degree programs in electrical engineering can pursue careers in research and development, circuit design, physics, nanotechnology, robotics, consultancy, semiconductors, navigation systems, biomedical systems, nanotechnology, or technical sales.
Some graduates move on to managerial roles later in their careers and obtain professional engineering licenses.
Some professions in electronics engineering include:
1. Electrical/Electronics Engineer
Electrical engineers create and implement the parts for electrical equipment, tools, structures, programs, or goods, such as motors or radar systems.
These engineers work in a variety of industries and are responsible for designing and developing electrical machinery.
Some build aeronautical systems, radar communication equipment, and satellites for the federal government.
While others specialize in product and system maintenance or create new goods for businesses.
They conduct electrical device research, development, testing, and improvement, and create technical specifications.
2. Computer Hardware Engineer
Computer hardware engineers design, test, and maintain hardware just like electronics engineers.
They create processors, networks, circuit boards, and other components that are frequently utilized in combination with software developers to create cutting-edge computer software.
For specialized professions, computer hardware engineers frequently require a master’s degree and are required to have some programming expertise.
3. Network and Computer Systems Administrator
These professionals oversee and maintain a company’s computer systems, addressing security concerns and streamlining processes as necessary.
Network and computer systems administrators make sure that all data communications networks are secure and operate effectively by collaborating with systems like local area and wide access networks.
They must occasionally look for continuing education programs to stay current on new technologies.
4. Computer Network Architect
According to the requirements and demands of their company, network architects design and construct data communication networks.
Computer network architects collaborate with other IT staff members to take a multi-faceted approach to network construction and database design.
Some employers favor candidates with an MBA or a comparable degree because the position is directly related to business procedures.
5. Sales Engineer
This position demands an in-depth understanding of the scientific procedures behind electronic devices and systems, combining engineering expertise with marketing ideas.
Sales engineers are employed by enterprises and companies and are tasked with promoting sophisticated technologies to businesses and organizations.
Technically complicated goods and services, such as tools, equipment, and machinery, are presented and sold to enterprises by technical sales engineers.
They conduct market research, discover potential customers, ascertain their needs, and offer items in persuading, convincing ways using their engineering experience and in-depth, precise understanding of the technical details of their products.
6. Engineering manager
The design, development, installation, testing, and maintenance of electrical equipment are all tasks that engineering managers plan, carry out, and maintain.
They supervise engineering teams, making sure that jobs are staffed appropriately and that production schedules are synchronized.
Engineering managers generate budgets, examine and enhance manufacturing procedures, and collaborate with marketing and production to create product requirements.
Online Master’s In Electronics Engineering Program Admission Requirements
For admittance into a master’s program in electronics engineering, students need at least a bachelor’s degree in engineering, although each graduate school and program has its criteria.
Students also need to meet minimal GPA and course prerequisite requirements, depending on the program and the candidate.
Some admission requirements include:
1. Application
Aspiring students are to apply directly to the school and program of their choice.
They can upload all the necessary paperwork and personal information online while also keeping track of deadlines and notifications.
2. Test Scores
Some graduate programs could ask potential applicants to submit their GRE or GMAT scores.
Most programs offering master’s degrees in electrical engineering frequently request GRE results.
By preparing for the GRE in advance of the exam, applicants might raise their test results and chances of admission.
3. Letters of Recommendation
School officials can gain insight through letters of recommendation from an applicant’s present or previous professors and employment.
References often discuss the qualities that make the applicant qualified for the position or well-equipped for success.
2 or 3 recommendation letters are often required for college applications.
4. Resume and Work Experience
The purpose of a college application CV varies based on the institution, program, and applicant, but it usually reveals more details about the potential pupil and their abilities.
Sometimes, a minimum level of relevant experience required for admittance can be documented on resumes.
5. Essays
In the admissions process, the graduate school essay might be an opportunity for prospective students to demonstrate their writing abilities or to share more details about their background, both academically and personally.
These essays frequently feature the student’s research and academic objectives as well as their motivations for enrolling in the program.
6. Official Transcripts
Official transcripts divulge details about the applicant’s prior education, academic performance, and the transfer credits they are eligible.
Transcripts at the graduate level assist schools in determining whether an applicant has the qualifications necessary to succeed in a master’s degree.
Choosing An Online Master’s In Electronics Engineering Program
Various factors are to be considered before choosing an online program, these factors include:
Factors To Consider
1. Cost
Cost can be used by students to compare programs at public and private colleges, as well as programs offered in-state and out-of-state.
Ensure you include additional costs like transportation, technology, and missed income when figuring out the total program cost.
2. Program Format
Students seeking degrees should look for a program structure that offers them the appropriate balance between their studies, homes, and jobs.
Students should also take into account mixed, synchronous, or asynchronous programs.
They can even compare the advantages and disadvantages of full-time and part-time study options, or even an expedited program.
3. Location
When selecting a university and deciding between online and on-campus programs, students should take location into account.
Although some online programs may include on-campus residencies, online learning often has fewer geographic restrictions than in-person learning.
The cost of the program and the chances for postgraduate study might also be influenced by location.
4. Accreditation
Institutional and programmatic organizations known as accrediting bodies conduct accreditation as a quality control procedure.
They evaluate colleges and universities to make sure they uphold the highest moral and academic standards.
Compared to most other industries, programmatic accreditation is more important in the hiring and education of engineers.
The most renowned and regarded engineering accreditation body is ABET, and many businesses only recruit graduates of ABET-accredited institutions.
Candidates who have not finished an ABET-accredited bachelor’s degree program will find it more difficult to earn some qualifications, such as FE and PE licenses.
5. Student Support
The number of student services offered by a school can significantly improve the overall educational experience.
Online programs could provide students with networking opportunities, wellness tools, and college mentorships in addition to conventional academic and professional offerings.
Ensure you also look for extras like campus amenities, student organizations, and internship opportunities.
Universities Offering Best Online Master’s in Electronics Engineering Programs
1. University of Florida
The Southern Association of Colleges and Schools Commission on Colleges has accredited the University of Florida (SACSCOC).
The online programs at the Gainesville-based University of Florida offer degrees that can be attained as a master of science or engineering by students.
Students can enroll in as many as three courses every semester for the 30-credit online master’s in electrical and computer engineering.
Students participating in the online master’s in electronics engineering program study courses in hardware security, advanced systems programming, image processing, and linear systems noise.
Candidates must submit their GRE results and with a minimum grade of “B”, the University of Florida permits students to transfer in up to 15 credits of graduate-level coursework.
2. Stanford University
The Western Association of Schools and Colleges Senior College and University Commission has granted Stanford University accreditation (WSCUC).
Over 16,000 students attend Stanford University in Stanford, California, and over 9,000 of them pursue graduate degrees.
Part-time students need about 3 to 5 years to finish the 45-credit online master’s in the electrical engineering program.
The majority of this degree can be completed online, but depending on the course offerings each semester, some units may need to be taken on campus.
High-frequency circuit design, digital systems engineering, battery systems for transportation and grid services, and semiconductor memory devices and technology are among the essential courses required by master’s in electronics engineering students.
Candidates must submit their GRE results and both in-state and out-of-state students pay the same tuition at Stanford.
3. Johns Hopkins University
The Middle States Commission on Higher Education has granted Johns Hopkins University accreditation (MSCHE).
Johns Hopkins University based in Baltimore, Maryland provides students with a pre-professional experience and students have five years to earn their degree.
Ten courses are needed for the online master’s in electrical and computer engineering, seven of which must be from the electrical and computer engineering course catalog.
There are two concentrations available in the program, which are networking and communications or photonics.
Information theory, software radio for wireless communications, and satellite communication systems are a few examples of essential courses.
A bachelor’s degree in electrical or computer engineering from a program recognized by the Accreditation Board for Engineering and Technology (ABET) is required for admission to the online master’s program in electronics engineering.
4. University of Southern California
The Western Association of Schools and Colleges Senior College and University Commission has granted the University of Southern California its accreditation.
A full-time student can finish the 28-credit online master’s in electrical engineering in around two years.
Asynchronous and synchronous online courses are both available at the University Of Southern California, and there are three ways to access them: live, on-demand, or by download.
Professional communications, industrial and power electronics, and systems design are among the jobs chosen by master’s in electronics engineering school graduates.
Candidates must possess a bachelor’s degree from a postsecondary school with regional accreditation.
5. Georgia Institute of Technology
The Commission on Colleges of the Southern Association of Colleges and Schools has accredited the Georgia Institute of Technology (SACSCOC).
Georgia Institute of Technology, which is based in Atlanta, enrolls more than 32,000 students and grants more than 3,000 master’s degrees annually.
Power system protection, advanced computer architecture, spatial array processing, and digital system testing are among the topics covered in the online master in electrical and computer engineering program.
To finish their coursework for the online master’s program in electronics engineering, students watch recorded lectures whenever they like.
For competitive grades, the Georgia Institute of Technology advises investing three hours of study time for each credit each week.
6. University of Virginia
A research thesis is not required for the 30-credit online master’s in electrical engineering offered by the University of Virginia.
Before applying, prospective students might take a lesson online and will need a minimum GPA of 3.0.
This program takes three to five years to complete and part-time education is an option.
7. North Carolina State University
North Carolina State University offers a master of science in electrical engineering to online learners.
The program’s 31 credits emphasize power electronics and power systems, nanoelectronics and photonics, and communication and signal processing.
A minimum GPA of 3.25 is required before applying.
8. University of Wisconsin-Madison
The 30-credit online master’s in electrical engineering with a focus on power engineering offered by the University of Wisconsin-Madison trains students for professions in alternative energy, electric machines, electric power, motor drives, and power electronics.
Asynchronous learning with a three-week summer lab course on campus is the method of delivery.
A minimum GPA of 3.0 is required before applying.
9. Texas A&M University
Texas A&M’s online electrical engineering master’s degree program calls for 30 units and a capstone project.
No minimum GPA is necessary and the program offers an asynchronous delivery of instruction.
10. University of Illinois at Urbana-Champaign
Electrical and computer engineering in Illinois’ online master of engineering program consists of 32 credits, with at least four of those credits going toward professional development.
No GRE or GMAT is necessary for graduate entry but a minimum GPA of 3.0 is required before applying.
11. Purdue University
With full-time study, distance learners can complete Purdue’s 30-credit master’s program in electrical and computer engineering in as little as one year.
GRE and GMAT are optional but a minimum GPA of 3.6 is required.
12. University of Arkansas
Electric power engineering and control systems are highlighted in the 30-credit online master of science in electrical engineering offered by the University of Arkansas.
GRE and GMAT are optional but a 3.0 minimum GPA is required.
13. Penn State World Campus
This 30-credit master’s degree in electrical engineering is designed to educate graduates for work designing infrastructure at any scale and solving complicated problems.
This program takes about two years to complete and part-time study is offered.
Is A Master’s In Electronics Engineering Worth It?
For engineers, a master’s in electronics engineering can be a very useful degree.
Professionals who complete the course are eligible for senior-level and management positions in engineering firms, advancing their careers, and having access to better employment, and higher pay.
The benefits of an online degree are also appreciated by students in an online master’s in the electronics engineering program.
Degree seekers have wider access to schools and programs thanks to online learning, which could result in more relevant curricula and cost reductions.
A schedule for online learning is often more flexible than one for an on-campus program.
FAQ
Which Country Is Best For Master’s In Electronics Engineering?
- The United States.
- The United Kingdom.
- Germany.
- France.
- Australia.
What Are The Options For Master’s In Electronics Engineering?
- MSc in Microelectronics of Telecommunications Systems.
- Master of Science and Engineering, Specialization in Embedded Electronics (ISEN program).
- MSc Electronics with Professional Internship.
- MSc in Engineering (Electrical & Electronic).
- MSc in Communicative Electronics.
- MSc in Electronics Engineering.
Who Is The Famous Institute Of Electrical And Electronic Engineering?
A 501 professional organization for electronic engineering, electrical engineering, and related disciplines, the Institute of Electrical and Electronics Engineers (IEEE) has its corporate headquarters in New York City and its operations center in Piscataway, New Jersey.
Which Country Is Best For ECE Jobs?
A common professional choice in The Netherlands is ECE. At the Philips Research Headquarters, engineering is the best position available.
Can ECE Students Do MS In Artificial Intelligence?
Yes, you can pursue an artificial intelligence master’s degree. Any student who has completed their engineering degree with a concentration in electronics and communication engineering is fully prepared to pursue a career in artificial intelligence.
What Is The Highest Paid Engineer?
The highest paying engineering jobs to consider are
- Systems Engineer.
- Electrical Engineer.
- Chemical Engineer.
- Big Data Engineer.
- Nuclear Engineer.
- Aerospace Engineer.
- Computer Hardware Engineer.
- Petroleum Engineer.
Which Country Pays Highest For Electronics Engineer?
In Canada, salaries for electrical engineers with solid job experience hover around $115,000. In Switzerland, engineers with comparable experience make roughly $108,000 per year.
They make an average of $102,000 a year in South Korea. In the USA, electrical engineers make around $100,000 a year.
Who Is The World Best Electrical Engineer?
The most famous electrical engineers are
- Claude Shannon (1916 – 2001)Alfred Rosling Bennett (1850 – 1928)
- Edith Clarke (1883 – 1959)
- Michael Faraday (1791 – 1867)
- James Clarke Maxwell (1831 – 1879)
What Is Electronics And Communication Engineering?
Research, design, development, and testing of electronic equipment utilized in diverse systems are all part of electronics and communications engineering (ECE).
Engineers in electronics and communications also design and direct the production of broadcast and communication systems.
What Are The Courses In MS for ECE?
- Electronics and Communication.
- Electronics.
- Industrial Electronics.
- Instrumentation.
- Biomedical Instrumentation.
- Information Science.
Conclusion
Online master’s in electronics engineering programs offer a wide range of specializations leading to a master of engineering and master of science in engineering degrees.
Graduates with a master’s in electronics engineering have a variety of career alternatives as well as opportunities for continued education.
Graduates also have the option of enrolling in interdisciplinary programs, such as a Ph.D. in organizational leadership or a different management degree.
