Best Online Bachelor’s Degrees in Electrical Engineering Programs for 2025

by Imed Bouchrika, Phd

Co-Founder and Chief Data Scientist

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Today, working professionals have more opportunities than ever to complete an online bachelor’s degree. Furthermore, with the increased availability of online courses, it is now possible to pursue the qualification without compromising quality.

The United States Census Bureau data recorded electrical engineers as comprising the largest percentage of engineering majors at 23% in 2018. Electrical engineers design, develop, and evaluate circuits and networks, and the online bachelor’s degree in electrical engineering provides all the foundational knowledge needed to succeed in this field.

At the forefront of technological developments, electrical engineers have played key roles in next-generation robotics, smart grids, the Internet of Things, space-based solar power, and sense and avoid for drones. According to a paper published in the International Journal on Emerging Technologies, “This field (electrical engineering) witnessed in the last quarter-century an exponential bombardment of individuals and learners as electrical engineering in its own has multiple disciplines of subject-based substance that relates to all walks of life directly and indirectly" (Pandey, 2017).

This article aims to inform interested college applicants wanting to explore online bachelor’s degrees in Electrical Engineering. It will shed light on tuition, job market trends, the difference from traditional learning, and more.

Online Bachelor’s Degree in Electrical Engineering Table of Contents

1. Can you get a degree completely online?
2. Will employers take my online degree seriously?
3. Are online degrees recognized all over the world?
4. Online vs. Traditional Bachelor’s Degree in Electrical Engineering
5. How much does an online bachelor’s degree in electrical engineering cost?
6. What are the requirements of an online bachelor’s degree in electrical engineering?
7. Courses to Expect in an Online Bachelor’s Degree in Electrical Engineering
8. Accreditation and Choosing the Right Online Program
9. What Alternative Degree Options are Available for Students?
10. What are the Financial Aid and Scholarship Options for Online Electrical Engineering Programs?
11. Things to Look for in an Online Bachelor’s Degree in Electrical Engineering
12. How Do Interdisciplinary Studies Enhance an Online Electrical Engineering Program?
13. What challenges do students face in an online Electrical Engineering program and how can these be addressed?
14. What internship and practical experience opportunities are available in an online bachelor’s in electrical engineering program?
15. Career Support and Opportunities for Online Electrical Engineering Graduates
16. Earning Potential and Career Advancement with an Online Bachelor’s Degree in Electrical Engineering
17. How Do Online Labs and Simulation Tools Enhance Practical Learning in Electrical Engineering?
18. How Are Emerging Technologies Like AI Integrated Into Online Electrical Engineering Curricula?
19. How Can Complementary AI Studies Enhance Electrical Engineering Expertise?

Can you get a degree completely online?

A bachelor’s degree program in this field may require more hands-on training, and, therefore, an on-campus setup. This is because electrical engineers need physical access to the electrical devices and systems that they are studying (ITCareerFinder, 2018).

However, once a level of familiarity has been established, one may opt for online instruction for various reasons, including health and safety during a time of pandemic, flexibility, and affordability, among others. There are several higher education institutions that are now offering online bachelor’s degrees in Electrical Engineering.

Will employers take my online degree seriously?

The short answer is yes. Employers are seeking qualified applicants regardless of the nature of instruction. Note, however, that it is important to pick a digital bachelor’s degree program in electrical engineering that passed the standards of the Accreditation Board for Engineering and Technology (ABET). A majority of hiring managers will seek this accreditation.

Employment in electrical engineering positions is projected to grow 5% from 2019-2029 (BLS, 2021). This makes it one of the top-paying degree programs to take for individuals looking into college to secure their future in the job market.

Electrical engineering graduates may seek employment from the following industries: telecommunications, energy and electric power, computers, semiconductors, aerospace, bioengineering, manufacturing, services and other professions, education and research, and transportation and automotive.

Are online degrees recognized all over the world?

While the history of elearning may not be long, plenty of employers and schools globally have recognized its worth. A survey showed that 83% of executives believe that degrees acquired through online learning are as credible as ones acquired through traditional, on-campus setup (CareerBuilder.com, 2010). Further, elearning has become part of the new norm with the health and safety restrictions imposed because of the COVID-19 pandemic.

Even prior to the pandemic, there has been a continuous rise in elearning participation in higher education. In 2018, more than 6.9 million or 35.3% of undergraduate students in the U.S. participated in distance learning through degree-granting post-secondary institutions (NCES, 2019).

Online vs. Traditional Bachelor’s Degree in Electrical Engineering

While traditional education in electrical engineering offers a more hands-on experience in the sense that instructors are physically present to guide students in learning different electrical components, an online engineering degree has several perks that allow it to be on par if not more. Online education is more flexible, more affordable, safer to take in the midst of a pandemic, and just as effective, rigorous, and credible as traditional education (Magda & Smalec, 2020).

Here are some statistical data that demonstrates the value of acquiring an online degree:

1. Knowledge retention is higher when learning online at 25%-60% compared to only 8%-10% when learning on-campus (Gutierrez, 2016).
2. Online education requires 40%-60% less time to learn than traditional education (Gutierrez, 2016).
3. The number one factor in a student’s decision to enroll in an online program is affordability. More than 50% of the respondents in Wiley’s survey said it was their most important consideration (Wiley Education Services, 2020). Luckily, there are plenty of affordable degree programs out there.
4. A survey by Learning House in 2019 revealed that 63% of students decided to study online because it works best for their current work/life responsibilities and 36% of students said their decision is based on the fact that they prefer online education.
5. Seventy-six percent of online students agree that they will be able to apply what they learned through their online courses in their current or future workplace (Wiley Education Services, 2020.
6. More than one in four students said that their main motivation for enrolling in an online degree is to start a new career to earn more money (Wiley Education Services, 2020).

How much does an online bachelor’s degree in electrical engineering cost?

Pre-credit costs for online electrical engineering degree courses range from $245 to $600 while total tuition is between $29,000 and $83,000 (U.S. News, n.d.). In addition to these, online students will need to shoulder the online education-related cost of devices, internet connectivity, and electric consumption.

Is an online electrical engineering degree worth it?

According to the report of Wiley Education Services, 79% of online college students either agree or strongly agree that their online education was worth the cost.

A degree in electrical engineering will eventually pay off. In 2021, electrical engineering professionals earned an average of $100,420 (BLS, 2022). Based on a survey of graduates with engineering degrees, oil and gas extraction is the top paying industry, with electrical engineers earning an annual mean wage of $132,950.

What are the requirements of an online bachelor’s degree in electrical engineering?

Like in every engineering major, universities typically require the same documents from online and on-campus degree program applicants. You will need to check your preferred university for the specific requirements and instructions for submission.

What are the Admission Requirements of Students for Online Learning?

Prepare the following documents when applying for an online degree program:

1. High school diploma
2. High school transcript
3. Relevant test scores (SAT or ACT scores)

Some universities may require further supporting documents, such as letters of recommendation, certificates from extracurricular activities, and resume or curriculum vitae. Others also require applicants to write a personal essay to assess how they would fit as part of the university.

What are the Technological Requirements of Students for Online Learning?

A fully online education will require you to invest in the following essentials:

Hardware. You will need a laptop or desktop, a webcam, and a microphone. Your devices must be able to support the activities and software requirements that are typically required in the field of electrical engineering.

Software. You will need to install video conferencing software, word processing software, and electrical engineering software.

Internet connection. Ensure that your connectivity is stable and your bandwidth is at least 1.5 Mbps.

Courses to Expect in an Online Bachelor’s Degree in Electrical Engineering

Electrical engineering students are required to earn 120 to 160 credits. Full-time students usually complete their studies in four to six years. Below is a list of courses that typical electrical engineering students are likely to encounter.

1. Circuit Theory. This is a foundational course where students are taught about the components of an electrical circuit and how they function together. The topics in this course include circuit theorems, techniques of analysis, Ohm’s law, Kirchhoff’s Laws, steady-state response, transient response, and wye-delta transformations, among others.
2. Differential Equations. Many courses in electrical engineering degree programs require an understanding of differential equations. Students will use it in analyzing electric circuits, studying electromagnetic fields and waves, and solving power series.
3. Electromagnetism. This course covers electrostatics, magnetostatics, photon behavior, Faraday’s Law, Ampere’s Law, Gauss’ Law, to enumerate but a few. By the end of this course, students are expected to know how to apply the concepts of electromagnetism to DC motors and circuit breakers.

1. Mechanics. The three traditional branches of this course are kinematics, statics, and dynamics. This course is required for mechanical engineering students and is also taught to other engineering majors. In this course, students will have an understanding of concepts like stress, strain, and elasticity.
2. Microprocessor Systems. This is an essential course for learning the components, structure, and programming of microprocessors. It will prepare students for working on hardware and software designs, interfacing with on-chip and external devices, and using microcontrollers.
3. Probability Theory. Electrical engineering students need to take this course to learn how to apply probabilities in decision-making. This course will allow them to understand the variables, functions, and laws that may affect systems outcomes.
4. Solid-State Engineering. Course topics include conductors, semiconductors, insulators, diodes, transistors, and integrated circuits. Electrical engineering students will find the knowledge of this course useful for designing and operating solid-state electronic and optoelectronic devices and circuits.

Accreditation and Choosing the Right Online Program

Accreditation is one of the most critical factors to consider when selecting an online bachelor’s degree in electrical engineering. Ensure your chosen program holds accreditation from a reputable body, such as the Accreditation Board for Engineering and Technology (ABET). This credential not only guarantees a high-quality education but is often a prerequisite for employment in many competitive engineering roles.

Prospective students should also evaluate the curriculum, faculty expertise, and overall course structure. A strong program will provide a balanced mix of theoretical coursework and practical applications, alongside opportunities for interdisciplinary learning. Additionally, ask about partnerships with industry leaders, as these connections can enhance your learning experience through internships or real-world projects.

For those considering further education, it’s worth exploring programs that offer seamless transitions to master’s degrees. Some institutions provide pathways or dual-degree options that allow students to progress efficiently to advanced studies. If affordability is a concern, check out this guide to finding an online accredited engineering degree that aligns with both your academic goals and budget constraints.

What Alternative Degree Options are Available for Students?

Students interested in pursuing a degree in electrical engineering may also consider alternative degree options, such as competency based degree programs, which focus on demonstrating specific skills and competencies rather than traditional credit hours. This approach can provide more flexibility and autonomy for students, allowing them to progress at their own pace and demonstrate their knowledge and abilities in a more personalized way. By exploring these alternative options, students can find the best fit for their learning style and career goals.

What are the Financial Aid and Scholarship Options for Online Electrical Engineering Programs?

Applicants often seek clarity on funding opportunities to support their educational journey in electrical engineering. Comprehensive aid options include federal and state grants, institutional scholarships, and private loans that can alleviate the overall financial burden. Many institutions offer personalized financial counseling to guide students through complex aid applications and optimize loan options. Prospective students are encouraged to examine affordable online bachelor degree programs that provide competitive tuition rates and robust financial support packages, ensuring a favorable return on investment and long-term career success.

Things to Look for in an Online Bachelor’s Degree in Electrical Engineering

Bourne, Harris, and Mayadas (2005) posit that the quality of online engineering education may be measured through the following metrics: learning effectiveness, access, faculty satisfaction, student satisfaction, and cost-effectiveness. While you may not be able to assess institutions with these metrics initially, below are some related characteristics that you should look into when choosing your online electrical engineering degree program:

1. ABET-accreditation. In the field of engineering, perhaps the most important consideration for choosing an online degree program is its accreditation. More than anything, this will ensure that you will receive a quality education, you will be eligible to the take licensure examination, and you will be considered for many exciting job prospects.
2. Reputation. This is the second top-most factor for students when selecting an online degree program (Wiley Education Services, 2020). Most individuals desire to affiliate with reputable institutions. If you are one of these individuals, you may opt to balance this with other factors, such as affordability and proximity.
3. On-site requirement. If you are looking for more hands-on instruction, you may choose an online degree program that offers lab classes on campus. In this case, you need to consider your willingness to travel the distance between your home and your target university. You may also opt to pick a degree program offered in a near higher education institution for your convenience.
4. Support services. A recent study by Wiley Education Services revealed that the topmost important services of online programs for personal success according to students are (1) working with a career supervisor, (2) job search website maintained by the school, and (3) job search assistance. You may likely need these too and may inquire about these in your target institutions.

How Do Interdisciplinary Studies Enhance an Online Electrical Engineering Program?

Integrating interdisciplinary studies into an online electrical engineering curriculum broadens analytical capabilities and fosters innovative problem-solving. Students can benefit from complementary coursework in areas such as data analytics, computer science, or life sciences, encouraging the development of a versatile skill set that meets evolving industry demands. Exposure to disciplines like MS bioinformatics equips graduates with the tools to navigate complex challenges where engineering converges with emerging technological fields.

What challenges do students face in an online Electrical Engineering program and how can these be addressed?

Students in online Electrical Engineering programs may encounter obstacles such as limited access to advanced equipment, reduced opportunities for organic peer collaboration, and the need for disciplined self-management. Proactive strategies include leveraging virtual labs and simulation tools for enhanced practical learning, engaging in specialized online forums and project collaborations, and scheduling consistent interactions with faculty members. Institutions are addressing these challenges by integrating interactive digital platforms that foster teamwork, mentorship, and professional networking, thereby minimizing isolation and reinforcing practical competencies. For further academic versatility, consider exploring low cost online data science masters programs to build complementary data analysis skills.

What internship and practical experience opportunities are available in an online bachelor’s in electrical engineering program?

Practical experience is crucial for electrical engineering students, allowing them to apply theoretical knowledge in real-world scenarios. Even within an online degree program, students can access various opportunities to gain hands-on experience and build industry-relevant skills:

• Virtual Labs and Simulations: Many online programs provide virtual labs, where students can simulate experiments and build circuits in a controlled digital environment. These platforms mimic real-life conditions, offering valuable practice for students without requiring physical lab access.
• Internships with Partner Companies: Numerous universities partner with companies to offer internships for their online students. These opportunities allow students to work under the guidance of experienced engineers, apply classroom learning, and build practical skills in electronics, power systems, or telecommunications.
• Capstone Projects: Most electrical engineering programs include a final capstone project where students work independently or in teams to solve a real-world engineering problem. These projects require critical thinking and practical application, often simulating the kinds of tasks students will encounter in the workforce.
• Industry Certifications and Online Workshops: Many online programs encourage students to pursue certifications such as OSHA (Occupational Safety and Health Administration) and CAD (Computer-Aided Design) courses, which provide industry-relevant experience and practical skills that can enhance employability.
• Professional Organizations and Competitions: Students can join professional organizations like IEEE (Institute of Electrical and Electronics Engineers) and participate in competitions. These activities provide networking opportunities, real-world challenges, and insights into the latest engineering trends.

Career Support and Opportunities for Online Electrical Engineering Graduates

One of the most significant advantages of pursuing an online bachelor’s degree in electrical engineering is the career support that many institutions offer to their students. These programs often have robust systems in place to help graduates transition seamlessly from academic life to a professional career.

For instance, many accredited self-paced online colleges offer career services, such as resume workshops, interview preparation, and job placement assistance. Additionally, online programs frequently foster strong partnerships with industry leaders, providing students with direct access to internship and job opportunities in sectors like telecommunications, renewable energy, and manufacturing.

Alumni networks also play a pivotal role. These networks connect graduates with experienced professionals in the field, creating mentorship opportunities and opening doors to high-demand positions in areas like microelectronics or aerospace engineering.

The job market for electrical engineers remains promising. According to the Bureau of Labor Statistics, electrical engineers earned a median annual salary of $100,420 in 2021, with some industries offering even higher compensation. With specialized training and career guidance, graduates of online programs can confidently compete for these roles, demonstrating that an online degree can be just as valuable as a traditional one.

By choosing the right program, you can access not only quality education but also the tools and connections needed to thrive in this rewarding field.

Earning Potential and Career Advancement with an Online Bachelor’s Degree in Electrical Engineering

One of the most significant factors for students considering an online bachelor’s degree in electrical engineering is the potential for high earnings. Electrical engineering is consistently ranked among the top-paying fields, and graduates of accredited online programs are well-positioned to take advantage of this.

For those curious about what degrees make the most money, electrical engineering is certainly near the top of the list. Additionally, pursuing a master's degree in a related field can further increase your earning potential, especially in leadership and specialized roles.

With an online bachelor’s degree in electrical engineering, the flexibility and quality of education allow graduates to pursue their career goals, whether they wish to work for major corporations or start their own consultancy. The ability to work remotely, along with the demand for highly skilled engineers, ensures that electrical engineering remains a lucrative and promising field.

How Do Online Labs and Simulation Tools Enhance Practical Learning in Electrical Engineering?

Online programs increasingly incorporate advanced simulation platforms and virtual laboratory environments to replicate complex electrical experiments. These digital tools empower students to design circuits, analyze system responses, and perform troubleshooting exercises in a risk-free setting. Enhanced virtual labs offer real-time feedback, encouraging critical thinking and practical skill development essential for modern engineering challenges. Furthermore, some institutions integrate augmented reality and interactive modules to closely mimic hands-on experiences, bridging the gap between theory and practice. For learners seeking to diversify their expertise with interdisciplinary approaches, exploring the cheapest online masters in artificial intelligence can provide complementary insights and expand career opportunities.

How Are Emerging Technologies Like AI Integrated Into Online Electrical Engineering Curricula?

In response to evolving industry demands, many programs now incorporate modules that blend fundamental electrical engineering principles with emerging technologies. These integrated courses focus on equipping students with the skills to design intelligent systems, implement machine learning algorithms, and optimize processes through data-driven decision-making. By introducing contemporary topics and hands-on projects that reflect real-time developments, students are encouraged to apply interdisciplinary knowledge for innovative problem-solving. For insights on complementary studies that further enhance technological versatility, prospective learners may explore an affordable AI online degree.

How Can Complementary AI Studies Enhance Electrical Engineering Expertise?

The convergence of electrical engineering and artificial intelligence equips graduates with a competitive edge in addressing increasingly complex technological challenges. Integrating AI-focused modules into the electrical engineering curriculum fosters innovative problem-solving techniques and data-driven design processes. For instance, exposure to machine learning algorithms and neural network fundamentals can refine system optimization and predictive maintenance strategies. Students seeking to further augment their technical repertoire may consider pursuing an online artificial intelligence degree, which offers a focused pathway to master emerging AI applications alongside core engineering competencies.

Be a Modern-day Faraday

Still thinking of what college degree you should take? If electricity and all that it powers fascinate you, perhaps this degree is one of your best options. With the emergence of new technologies, knowledge in this field will surely bring you to a place where you will be valued and recognized.

If you are still having doubts about taking an online degree in this field, remember that even the father of electrical engineering, Michael Faraday, did not take a traditional education. With online degree programs in Electrical Engineering, access to electrical engineering education and many others are made easier for many people. The continued fight for digital equity will ensure the continuation and further success of this mode of instruction.

Key Insights

• Increasing Demand: The electrical engineering field is expected to grow by 5% from 2019-2029, making it a solid career choice with numerous job opportunities.
• Global Recognition: Online degrees are widely recognized and accepted globally, particularly those accredited by reputable organizations like ABET.
• Flexibility and Affordability: Online programs offer flexibility and are often more affordable than traditional on-campus programs, making them ideal for working professionals.
• High Earning Potential: Electrical engineers earn an average annual salary of $100,420, with top earners in industries like oil and gas extraction making up to $132,950.
• Comprehensive Curriculum: Online programs provide a thorough education in electrical engineering, covering essential courses like Circuit Theory, Electromagnetism, and Microprocessor Systems.
• Technological Requirements: Students need a reliable computer, stable internet connection, and necessary software to succeed in online programs.
• Career Opportunities: Graduates can find employment in various industries, including telecommunications, energy, aerospace, and bioengineering.

FAQ

1. Can you get a degree completely online? Yes, many institutions offer fully online bachelor’s degrees in electrical engineering. However, some programs may require occasional on-campus lab work to provide hands-on experience with electrical devices and systems.
2. Will employers take my online degree seriously? Yes, employers value online degrees, especially those accredited by the Accreditation Board for Engineering and Technology (ABET). Accreditation ensures that the program meets industry standards, making graduates competitive in the job market.
3. Are online degrees recognized all over the world? Yes, online degrees are globally recognized, particularly those from accredited institutions. As online learning becomes more prevalent, employers and educational institutions increasingly accept and respect these qualifications.
4. How much does an online bachelor’s degree in electrical engineering cost? The cost of an online bachelor’s degree in electrical engineering varies, typically ranging from $29,000 to $83,000 for total tuition. Additional costs include devices, internet connectivity, and other online education-related expenses.
5. What are the requirements of an online bachelor’s degree in electrical engineering? Requirements usually include a high school diploma, high school transcripts, SAT or ACT scores, and possibly letters of recommendation, personal essays, and resumes. Technological requirements include a reliable computer, stable internet connection, and necessary software.
6. What courses can I expect in an online bachelor’s degree in electrical engineering? Common courses include Circuit Theory, Differential Equations, Electromagnetism, Mechanics, Microprocessor Systems, Probability Theory, and Solid-State Engineering. These courses provide a comprehensive foundation in electrical engineering principles.
7. Is an online degree cheaper than a traditional degree? Generally, yes. Online programs are often more affordable than traditional on-campus programs due to lower tuition fees and the absence of costs associated with commuting, on-campus housing, and other related expenses.
8. Is an online degree as good as a regular degree? Yes, online degrees can be as good as traditional degrees, especially when accredited by organizations like ABET. Online programs offer the same rigorous curriculum and are designed to provide the necessary skills and knowledge for a successful career in electrical engineering.
9. What are the technological requirements for online learning in an electrical engineering program? Students need a reliable computer, updated internet browser, stable high-speed internet connection, webcam, and headset. Specific software for video conferencing, word processing, and electrical engineering applications is also required.
10. Is an online bachelor’s degree in electrical engineering worth it?

Yes, an online bachelor’s degree in electrical engineering is worth it. The field offers high earning potential, job security, and numerous career opportunities. The flexibility and affordability of online programs make them an attractive option for many students.

References:

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12. U.S. Bureau of Labor Statistics (2021). Occupational Outlook Handbook, Electrical and Electronics Engineers. Retrieved from https://www.bls.gov/ooh/architecture-and-engineering/electrical-and-electronics-engineers.htm
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