Introduction
Bachelor’s programs in electrical engineering (EE) are fundamental to producing the next generation of engineers who work on everything from power grids to communication systems. These programs are widely offered both on-campus and online, though online programs are becoming increasingly popular due to their flexibility. Universities across the world are integrating cutting-edge technologies into their EE curriculums to ensure that students are prepared for the dynamic demands of modern industries, including renewable energy, robotics, telecommunications, and more.
Electrical engineering is a discipline that focuses on the study and application of electricity, electronics, and electromagnetism. Electrical engineers design, analyze, and improve electrical systems, from large power networks to small electronic devices. They work on components such as circuits, motors, generators, communications equipment, and control systems. This field is highly technical and requires a solid foundation in mathematics, physics, and computer science.
Electrical engineering spans a wide range of subfields, including power engineering, telecommunications, control systems, and microelectronics. As such, electrical engineers can be found working in a variety of industries, including energy, transportation, manufacturing, aerospace, and consumer electronics. The broad scope of electrical engineering ensures that graduates have a wealth of opportunities in both traditional and emerging sectors like renewable energy and smart technologies.
Online bachelor’s programs in electrical engineering offer significant advantages, including flexibility and accessibility. These programs allow students to complete coursework on their own schedules, making it easier for individuals with work or family commitments to pursue a degree. Online programs often feature asynchronous learning, meaning students can access lectures, assignments, and course materials at any time. This format also opens doors for students who live in remote areas without access to traditional universities, enabling them to obtain a high-quality education without relocating.
However, there are some challenges associated with online learning. One of the main drawbacks is the lack of in-person interaction, which can limit opportunities for collaboration and networking with peers and instructors. Many online programs address this by offering virtual labs and partnerships with companies for remote internships, but students should research how these opportunities are integrated into the curriculum.
Online Bachelor’s Programs in Electrical Engineering
The growth of online bachelor’s programs in electrical engineering reflects the broader trend of higher education moving toward digital platforms. These online programs often offer the same coursework and academic rigor as their on-campus counterparts but allow students to learn from anywhere. Many of these programs also offer virtual labs or simulation software to replace physical laboratory experiences, ensuring students can apply theoretical knowledge to practical scenarios, a key component of engineering education.
Arizona State University
- Tempe, AZ
Credit Hours: 120
Resident Tuition: $561 (PCH)
Non-Resident Tuition: $1,343 (PCH)
Program Overview:
ASU offers one of the few online electrical engineering degrees accredited by ABET, ensuring high educational standards and preparation for engineering careers. The program starts with fundamental courses in math, science, and engineering design, progressing to specialized topics like electromagnetic fields, microprocessors, and energy systems. It includes lab courses using industry-standard tools for practical experience, with an option to concentrate in electric power and energy systems, preparing students for careers in power generation and distribution.
Azusa Pacific State University
- Azusa, CA
Credit Hours: 86
Resident Tuition: $894 (PCH)
Non-Resident Tuition: $1,788 (PCH)
Program Overview:
The Engineering program at APU provides students with a strong foundation in math, physics, and engineering principles, complemented by hands-on lab experiences and design projects. Accredited by ABET, the program ensures excellence in engineering education. Graduates leave with practical lab experience, a professional portfolio, and a résumé bolstered by internships, while customizing their studies through concentrations in mechanical, electrical, computer, or systems engineering.
Excelsior University
- Albany, NY
Credit Hours: 124
Tuition: $510 (PCH)
Program Overview:
The fully online Bachelor of Science in Electrical Engineering Technology program prepares students for careers in industries like electronics, electrical power, semiconductors, and computers. Accredited by ABET, the program ensures a strong foundation in technology concepts while offering two technical concentrations for specialized expertise. Graduates gain the skills needed to apply their knowledge in various technology-based industries.
Florida International University
- Miami, FL
Credit Hours: 128
Resident Tuition: $235 (PCH)
Non-Resident Tuition: $648 (PCH)
Program Overview:
As technology advances, electrical engineers play a crucial role in developing more efficient, sustainable machines and energy systems, from microchips to power station generators. FIU’s online Bachelor of Science in Electrical Engineering trains students in key areas such as electronics, nanotechnology, power systems, and bio-engineering. The program emphasizes critical thinking, problem-solving, and lifelong learning, preparing graduates to excel in their careers or pursue advanced studies in electrical engineering.
National University
- San Diego, CA
Credit Hours: 180
Resident Tuition: $13,320 (PYR)
Non-Resident Tuition: $18,330 (PYR)
Program Overview:
Earning a BS in Electrical and Computer Engineering is a great way to build a strong foundation in mathematics and engineering while exploring hardware, software, and their interactions. NU’s program emphasizes traditional electrical engineering principles applied to computer design, offering courses in areas like computer architecture, circuits analysis, digital logic design, and embedded systems. The curriculum develops analytical thinking and design skills essential for creating computer-based devices.
University of North Dakota
- Grand Forks, ND
Credit Hours: 125
Resident Tuition: $245 (PCH)
Non-Resident Tuition: $660 (PCH)
Program Overview:
At UND, students gain hands-on learning through labs, internships, and research, applying theory to real-world situations. Faculty work closely with students to provide support and ensure progress, offering a flexible format to stay on track. The program culminates in a senior design project with industry partners, giving students practical experience. Many graduates secure job offers before or soon after graduation.
Southern Illinois University – Carbondale
- Carbondale, IL
Credit Hours: 120
Tuition: $321 (PCH)
Program Overview:
The Electrical Engineering Technology (EET) program offers small class sizes, fostering close student relationships and personalized mentoring from experienced faculty with real-world expertise. Faculty provide strong support in learning and career guidance. Each course includes a hands-on lab, blending theoretical knowledge with practical skills, preparing students to make immediate contributions in the industry. The program combines essential math skills with design projects using current devices and systems.
Stony Brook University
- Stony Brook, NY
Credit Hours: 60
Tuition: $4,240 (PCL)
Program Overview:
Electrical Engineering Online (EEO) leads to a Bachelor of Science (B.S.) degree. This rigorous upper-level two-year program provides thorough training and education in the fundamentals of electrical engineering while students complete an entirely online degree program. This program is ideal for professionals and qualified students who are seeking an excellent education in electrical engineering and commensurate opportunities for career advancement.
Thomas Edison State University
- Trenton, NJ
Credit Hours: 120
Resident Tuition: $7,372 (PSR)
Non-Resident Tuition: $9,556 (PSR)
Program Overview:
Embrace your passion for the study of machines, equipment, technology and systems that conduct electrical charges and produce electricity. Gear up for a career as an electronic technician with a Bachelor of Science (BS) degree with an area of study in Electrical Technology at Thomas Edison State University (TESU). Our 120-credit online degree program is designed for electricians and electrical power or machinery workers. 18 of your Area of Study credits must be from 300/400 level courses.
West Texas A&M University
- Canyon, TX
Credit Hours: 128
Resident Tuition: $500 (PCH)
Non-Resident Tuition: $540 (PCH)
Program Overview:
West Texas A&M University’s College of Engineering offers an ABET-accredited online Bachelor of Science in Electrical Engineering, with a focus on electric power and energy systems. The flexible program allows students to tailor their education through internships, study abroad, research, and electives, while following the same curriculum and earning the same degree as on-campus students. It’s designed for those seeking career advancement or improving technical skills.
American Public University
- Charles Town, WV
Credit Hours: 128
Tuition: $350 (PCH)
Program Overview:
American Public University’s (APU) online Bachelor’s in Electrical Engineering (BE) provides a strong foundation in electrical engineering theories, practices, and technologies, preparing students to tackle technical and societal challenges. The program combines hands-on experience with online instruction and equips students with management knowledge applicable across various fields.
University of Southern Indiana
- Evansville, IN
Credit Hours: 120
Resident Tuition: $299 (PCH)
Non-Resident Tuition: $727 (PCH)
Program Overview:
The University of Southern Indiana’s online Bachelor’s in Electrical Engineering equips students with the knowledge and skills to develop cutting-edge technology across various industries. With flexible, entirely online coursework, students can pursue their degree on their own schedule while gaining the credentials needed to contribute to innovative technologies that shape everyday life.
University of Central Florida
- Orlando, FL
Credit Hours: 120
Resident Tuition: $327 (PCH)
Non-Resident Tuition: $1,151 (PCH)
Program Overview:
A degree in electrical engineering equips you to tackle complex problems using innovative science and technology. You’ll design, produce, and maintain a variety of equipment, including motors, radar systems, communication devices, and power generation tools. Electrical engineers often collaborate with hardware and software engineers to evaluate issues and develop solutions, ensuring project success.
Lamar University
- Beaumont, TX
Credit Hours: 120
Resident Tuition: $359 (PCH)
Non-Resident Tuition: $779 (PCH)
Program Overview:
As an electrical engineer, you’ll design a wide array of devices and systems, including power grids, communication systems, and computers that impact modern life. The field often overlaps with computer engineering, offering career opportunities across various industries. With technology constantly evolving, the demand for electrical engineers continues to grow.
Colorado Technical University
- Colorado Springs, CO
Credit Hours: 186
Resident Tuition: $29,184 (TTL)
Non-Resident Tuition: $49,476 (TTL)
Program Overview:
The Bachelor of Science in Electrical Engineering at Colorado Springs is a 186-credit-hour program, including 69 credits of general education and 117 credits focused on electrical engineering. It provides a strong technical foundation in designing, developing, and testing electrical equipment, from embedded systems to supercomputers. The program emphasizes developing analytical, critical-thinking, and problem-solving skills, preparing students for diverse engineering roles and encouraging lifelong learning and professional development.
Kennesaw State University
- Marietta, GA
Credit Hours: 120
Tuition: $214 (PCH)
Program Overview:
Electrical engineering involves designing and building devices and systems that use electricity and electromagnetic fields. It addresses a wide range of issues, from nano-sized transistors and complex circuit analysis to communication and control systems. Applications include cell phones, solar cells, power generation, and sensors. The field encompasses specialized areas like power systems, motors, batteries, and electronics, including RF systems, telecommunications, signal processing, and optoelectronics.
ABET-accredited Online Electrical Engineering Programs
Accreditation is critical when considering an electrical engineering program, especially for those seeking an online education. In the U.S., the Accreditation Board for Engineering and Technology (ABET) is the primary body that accredits engineering programs. ABET accreditation ensures that the program meets high standards for faculty qualifications, curriculum quality, and student outcomes, providing assurance that the degree will be respected by employers and that students are adequately prepared for professional engineering licensure.
An ABET-accredited program is essential for those who plan to become licensed Professional Engineers (PE). Licensure is often required for engineers who work in public sectors or who want to advance into higher-level positions. Most reputable online electrical engineering programs seek ABET accreditation, but it’s crucial for students to verify this before enrolling to ensure that their education meets industry standards.
Affordable Online Electrical Engineering Programs
Affordability is a crucial factor when choosing an online bachelor’s program in electrical engineering, and several institutions offer competitive tuition rates to help manage educational costs:
- Kennesaw State University: With a tuition rate of $214 per credit hour, Kennesaw State University provides a cost-effective option for students pursuing an online Bachelor’s in Electrical Engineering. This relatively low tuition helps make the program accessible while maintaining high educational standards.
- Southern Illinois University – Carbondale: The online Bachelor of Science in Electrical Engineering at Southern Illinois University – Carbondale is priced at $321 per credit hour. While slightly higher than some other options, this tuition rate reflects the quality of the program and the value of the education provided.
- University of North Dakota: The University of North Dakota offers an online Bachelor’s in Electrical Engineering with a significant disparity between in-state and out-of-state tuition. In-state residents pay $245 per credit hour, while out-of-state students face a higher rate of $660 per credit hour. This pricing structure highlights the importance of considering residency status when evaluating program costs.
Accelerated Online Electrical Engineering Programs
Accelerated and 4+1 programs offer significant advantages for students pursuing advanced degrees in electrical engineering. Here’s a look at the benefits of these programs based on examples from several universities:
- University of North Dakota: UND’s accelerated Electrical Engineering degree program allows students to pursue a combined bachelor’s and master’s degree either online or on-campus. This approach saves both time and money by streamlining the educational path. Students can complete both degrees more quickly than pursuing them separately, which reduces overall tuition costs and accelerates entry into the workforce with advanced qualifications.
- Lamar University: Lamar University’s program enables students to earn both a Bachelor of Science and a Master of Engineering (or Master of Engineering Science) degree within five years. This accelerated pathway not only shortens the total time spent in school but also minimizes the cost of education by compressing the time frame for earning two degrees. Graduates benefit from a higher qualification in a shorter period, enhancing their career prospects and earning potential.
- Kennesaw State University: The Double Owl Pathways program at Kennesaw State allows undergraduate students to seamlessly transition into a graduate program, obtaining both their undergraduate and graduate degrees at a lower overall cost and in less time than if pursued separately.
Career Outlook
Graduates with a bachelor’s degree in electrical engineering have access to a wide range of job opportunities. Common roles include electrical engineer, systems engineer, control systems engineer, and electronics engineer. Electrical engineers are responsible for designing, developing, testing, and supervising the manufacture of electrical equipment and systems. They work in industries such as energy, telecommunications, aerospace, automotive, and consumer electronics. Emerging fields like renewable energy, robotics, and artificial intelligence are also providing new opportunities for electrical engineers.
The career outlook for electrical engineers is promising. According to the U.S. Bureau of Labor Statistics, the median annual wage for electrical engineers was $100,420 as of 2022. Job growth is expected to continue, driven by the increasing demand for engineers in renewable energy and emerging technologies. The rise of smart devices, electric vehicles, and advancements in telecommunications all point to a strong future for electrical engineers, particularly those who stay updated with the latest technological trends.
Graduates with a bachelor’s degree in electrical engineering can pursue a wide range of unique and common jobs in various industries. Below are some examples, including brief descriptions of the roles:
- Electrical Engineer
- Description: Electrical engineers design, develop, and test electrical systems and components, such as motors, power generation equipment, and communication systems. They ensure that systems operate efficiently and meet safety standards. Electrical engineers often work in industries such as energy, manufacturing, and telecommunications.
- Systems Engineer
- Description: Systems engineers focus on designing and managing complex engineering projects. They ensure that all system components work together efficiently and meet performance and safety requirements. Systems engineers often work in industries such as defense, aerospace, and information technology.
- Control Systems Engineer
- Description: Control systems engineers design and implement systems that control machines and processes. They develop automation systems for industries like manufacturing, automotive, and robotics. This role involves working with sensors, actuators, and software to maintain system efficiency.
- Power Engineer
- Description: Power engineers specialize in the generation, transmission, and distribution of electrical power. They work on power plants, substations, and grid systems to ensure the efficient and safe delivery of electricity to consumers. This role is critical in energy industries, including renewable energy sectors.
- Electronics Engineer
- Description: Electronics engineers design and develop electronic equipment, such as communication devices, control systems, and consumer electronics. They work with circuits, semiconductors, and microelectronics to build devices that meet performance and regulatory standards.
- Renewable Energy Engineer
- Description: Renewable energy engineers focus on developing sustainable energy systems, such as solar, wind, and hydropower solutions. They design and optimize systems to improve energy efficiency and reduce environmental impact. This role is in high demand due to the push for cleaner energy alternatives.
- Robotics Engineer
- Description: Robotics engineers design and build robotic systems used in manufacturing, healthcare, and other industries. They combine knowledge of electrical, mechanical, and software engineering to create automated machines that perform tasks more efficiently and precisely.
- Telecommunications Engineer
- Description: Telecommunications engineers design and maintain communication systems, including satellite systems, fiber optic networks, and wireless technologies. They work to improve communication efficiency, reduce latency, and ensure reliable data transmission across networks.
- Automation Engineer
- Description: Automation engineers develop systems that automate manufacturing processes. They use robotics, control systems, and software to streamline production lines and reduce human intervention. This role is crucial in industries like automotive, food processing, and electronics manufacturing.
- Aerospace Engineer (Electrical Systems)
- Description: Aerospace engineers specializing in electrical systems work on the electrical components of aircraft and spacecraft. They design systems for power distribution, communication, navigation, and control within the aerospace sector, contributing to the safety and efficiency of aerospace technology.