2026 Online Electrical Engineering Degree Programs Costs: Tuition & Fees

The average tuition for an online bachelor’s degree in Electrical Engineering in 2025 typically falls between $29,000 and $49,500 for the full program. Most programs require approximately 120 to 128 credits, and in-state per-credit tuition commonly ranges from $235 to $744. Because schools publish prices differently, students should always confirm whether a listed cost is per credit, per term, per year, or for the entire degree.

Public universities usually offer the lowest prices for in-state students. Florida International University, for example, charges about $6,565 annually, totaling roughly $26,000. Private institutions and out-of-state tuition rates often raise the total cost, sometimes pushing a bachelor’s degree closer to $50,000.

Graduate pricing can look different. Master’s degrees in Electrical Engineering at public universities generally have total tuition between $11,000 and $14,000, and these programs are often priced per credit. However, a lower total tuition figure does not always mean lower out-of-pocket cost if fees, required software, or employer reimbursement rules differ.

Electrical Engineering tuition is broadly comparable to related technical fields such as Computer Engineering. It may cost more than some less equipment-intensive majors because programs often require lab work, simulation software, remote lab access, or specialized technology resources. For an accurate comparison, build a total-cost estimate that includes tuition, fees, books, software, equipment, and any travel or proctored exam expenses.

Tuition usually covers the academic instruction needed to complete the degree, but it does not always cover every required expense. Online Electrical Engineering students should review the program’s tuition page, fee schedule, and course materials list before assuming that software, lab kits, textbooks, or exam costs are included.

Most online Electrical Engineering tuition commonly includes the following core components:

• Instructional delivery: Access to required courses, lectures, assignments, exams, and faculty-led instruction in subjects such as circuit theory, signal processing, embedded systems, power systems, electronics, and engineering design.
• Academic support: Online advising, faculty office hours, teaching assistant support, tutoring, writing or math help, and technical support for the learning platform.
• Technology infrastructure: Access to the learning management system, university digital libraries, research databases, and in some cases engineering tools such as MATLAB or SPICE.
• Laboratory coursework: Remote lab exercises, virtual simulations, or home-based lab instructions. Some programs include basic lab kits, while others require students to purchase materials separately.

Costs often excluded from tuition include textbooks, course materials, graduation fees, transcript fees, proctoring fees, professional certification expenses, personal computer upgrades, reliable internet access, and some lab or software fees. These charges can make a lower-tuition program more expensive than it first appears, so students should ask for a complete estimated cost of attendance before enrolling.

The cost of an online Electrical Engineering degree depends on more than the advertised tuition rate. The biggest price differences usually come from school type, residency status, number of credits required, transfer-credit policy, and engineering-specific fees.

• Type of institution: Public universities generally charge less than private schools. The lowest rates are often reserved for in-state students at public institutions, while private universities typically charge higher tuition regardless of residency.
• Residency status: In-state and out-of-state online tuition can differ substantially. Some online programs use one flat rate for all distance learners, but others keep traditional residency-based pricing.
• Credit hours required: Degree programs typically require between 120 and 130 credit hours. If tuition is charged per credit, every additional required credit increases the total cost.
• Transfer credits: Students with prior college coursework, military training, or an associate degree may reduce the number of credits they must complete. Generous transfer policies can lower both tuition and time to graduation.
• Program length and pacing: Accelerated online programs may help students finish sooner, but they can also require heavier course loads. Part-time enrollment may be easier for working adults, though it can extend the time before career benefits appear.
• Engineering labs and technology: Electrical Engineering programs may charge for remote labs, lab kits, simulation software, online platforms, or specialized course materials.
• Accreditation and reputation: Programs with strong accreditation, such as ABET, and well-established engineering faculty may cost more. For many engineering students, accreditation can be important when evaluating program quality, employer recognition, and future education options.

Students considering shorter or lower-cost alternatives should compare degree level, career outcomes, and transferability. For example, a 6 month associate online degree may offer a faster route into further study or technical roles, but it is not the same credential as a bachelor’s degree in Electrical Engineering.

Online Electrical Engineering programs are often cheaper than traditional on-campus programs when total cost is considered, especially for students who can avoid housing, meal plans, relocation, and daily commuting expenses. Tuition alone may be similar at some schools, but the full cost of attendance is usually where online study becomes more affordable.

For the 2025-2026 academic year, the most affordable online Electrical Engineering programs charge annual tuition ranging from $4,162 to $17,220, with per-credit rates usually between $228 and $399. These rates produce a full-degree cost of approximately $29,184 to $49,476. By comparison, on-campus programs at public universities average about $18,383 per year when tuition, fees, housing, and meal plans are included. Private nonprofit colleges average $47,419 per year.

The main savings from online study usually come from costs students do not have to pay. Online students may be able to keep their current job, avoid moving, live with family, or study from a lower-cost location. That said, online programs are not cost-free beyond tuition. Students may still need to budget for technology fees, a reliable computer, high-speed internet, lab materials, software, books, proctored exams, and graduation fees.

Online programs can be a strong financial choice for self-directed students who can manage technical coursework remotely. Students who need extensive hands-on campus access, structured in-person support, or local engineering lab facilities should compare the academic trade-offs as carefully as the price. Those exploring shorter credentials may also want to review online certificates that pay well, particularly if they need a faster skills-based option rather than a full engineering degree.

Yes. Many public universities still charge different online tuition rates for in-state and out-of-state Electrical Engineering students, although some schools use a single flat online rate for all distance learners. This policy can make a major difference in affordability, especially for students applying outside their home state.

In-state students often receive lower tuition because public universities receive state support and are designed partly to serve residents. Out-of-state students may pay substantially more, and at some institutions out-of-state rates can exceed in-state fees by 150% or more. However, online education has made pricing less uniform: some universities set one online rate to compete nationally and simplify billing.

Before applying, students should check three things: whether the program charges by residency, whether online students qualify for in-state rates, and whether any regional tuition agreements apply. Regional programs such as the Midwest Student Exchange Program and the Academic Common Market may provide discounted tuition for qualifying students in participating states and programs.

The safest approach is to request a written tuition estimate from the school’s admissions or bursar office. Ask whether the rate applies for the full academic year, whether tuition can change after enrollment, and whether fees differ for online engineering students.

Several accredited institutions offer lower-cost online Electrical Engineering or closely related engineering technology programs. The most affordable option depends on residency, transfer credits, required fees, and whether the credential matches the student’s career goal. Students should distinguish between Electrical Engineering and Electrical Engineering Technology, since these programs can lead to different coursework, expectations, and employer interpretations.

• Florida International University (FIU): FIU offers an online Bachelor of Science in Electrical Engineering with tuition approximately $6,565 for in-state students. The program includes specialization options such as bioengineering, communications, control systems, and power and energy.
• Eastern New Mexico University (ENMU): ENMU offers a BS in Electronics Engineering Technology for about $6,648 per year. The program includes hands-on laboratory work students can complete at home and prepares graduates for roles at companies such as Lockheed Martin and Raytheon.
• Daytona State College: Florida residents can pursue the Bachelor of Science in Engineering Technology with an Electrical Engineering Technology concentration for approximately $15,025 for the entire program, or roughly $3,750 per year. The school also provides online resources such as tutoring, counseling, and career services at no extra fee.

Other lower-cost options include the University of Central Florida at $179.19 per credit hour, Indiana State University with $9,712 for 12-18 credit hours, and Mississippi State University at $427.75 per credit hour. When comparing these schools, students should look beyond the posted rate and confirm accreditation, lab requirements, transfer-credit limits, graduation fees, and whether the program is engineering or engineering technology.

Students comparing lower-cost graduate options can also review affordable online master's programs.

The most expensive online Electrical Engineering programs tend to be offered by institutions with higher out-of-state pricing, strong research reputations, specialized engineering resources, or extensive student support. A higher price does not automatically mean a better fit, so students should compare outcomes, accreditation, faculty expertise, course delivery, and total cost before enrolling.

• Clemson University: Clemson offers a Bachelor of Science in Electrical Engineering with out-of-state tuition around $37,110 per year. The program is designed for working professionals completing their degrees and includes specializations such as Renewable Energy and Advanced Power System Engineering.
• Arizona State University: Arizona State University charges approximately $28,800 per year for out-of-state students in its online electrical engineering program. The curriculum is known for rigor and is supported by virtual academic resources such as tutoring and coaching.
• Stony Brook University: Stony Brook University lists out-of-state tuition near $24,740 annually for the online electrical engineering bachelor’s program. The cost reflects the university’s reputation, access to advanced laboratories, and experienced teaching staff.

Students considering a high-cost program should ask what the added expense provides. Useful questions include: Does the program have the accreditation I need? Are labs remote, in person, or hybrid? Are career services available to online students? Do employers in my target industry recruit from this school? Can I reduce the cost through transfer credits, employer assistance, scholarships, or in-state eligibility?

For broader school comparisons, students can review best accredited non-profit online colleges.

Many graduates can expect to see a return on an online Electrical Engineering degree within about six years after starting their careers, but the timeline depends heavily on tuition, debt, salary, scholarships, work experience, and whether the student remains employed during school.

This estimate is based on an average starting salary close to $90,000 and a total degree cost around $186,000, including tuition and fees. Students who choose lower-cost public options, qualify for in-state tuition, transfer credits, or receive employer tuition assistance may reach a positive return sooner. In-state students at public universities may recover costs more quickly, sometimes within 2.5 to 4 years, because their upfront tuition can be much lower while engineering salaries remain competitive.

Return on investment also depends on career path. Electrical engineering roles in power, electronics, communications, embedded systems, controls, and related technical areas can have different salary trajectories. Mid-career salaries can reach around $120,000, but individual results vary by location, industry, experience, and job market conditions.

Students can improve ROI by reducing borrowing, applying for scholarships early, choosing accredited programs, completing paid internships or cooperative education experiences, and maintaining employment if the program format allows. The fastest payback usually comes from pairing a reasonably priced degree with strong work experience and a clear target role.

Yes. Online Electrical Engineering students are generally eligible for financial aid when they enroll in a degree-granting program at an accredited U.S. institution that participates in aid programs. Eligibility rules are usually similar to those for campus-based students, but students should confirm accreditation, enrollment status, and program eligibility before relying on aid.

Common funding sources include:

• Federal student aid: Students may qualify for federal grants such as Pell Grants and federal loans by submitting the FAFSA. Eligibility requires U.S. citizenship or eligible noncitizen status and enrollment at least half-time for most loans. Federal aid can cover tuition, fees, and sometimes up to the full cost of attendance.
• Institutional scholarships and grants: Many universities offer merit-based and need-based scholarships for online students, including those in engineering fields. Award amounts, deadlines, and eligibility criteria vary by school.
• State aid: Some students may qualify for state grants or tuition programs, especially if they attend a public university in their home state.
• Employer tuition assistance: Working adults should ask whether their employer offers tuition reimbursement or direct tuition assistance for job-related degrees such as Electrical Engineering.
• Military and veteran benefits: Eligible service members, veterans, and dependents may be able to apply military education benefits toward an approved online program.

Before enrolling, students should ask the financial aid office whether aid applies to online learners, whether the program qualifies for federal aid, how many credits are required each term, and whether scholarships can be renewed. Students interested in combined academic pathways can also review universities that offer dual degrees.

Online Electrical Engineering programs are likely to remain in demand as students look for flexible ways to earn technical credentials while working or managing other responsibilities. As demand grows, schools may continue investing in virtual labs, simulation tools, online student support, and remote course delivery.

From a cost perspective, students should plan for gradual tuition increases rather than assume current rates will remain fixed. Current tuition for online Electrical Engineering programs typically ranges from $15,000 to over $40,000 for a bachelor’s degree. Public universities often offer more affordable options, especially for in-state students, while private institutions tend to charge higher rates. Some programs also bill by credit hour, so the total cost depends on the number of credits required and how many credits a student transfers in.

Future costs may also be affected by software licenses, course materials, remote lab fees, and technology investments. Students can protect themselves by asking whether tuition is locked after enrollment, whether fees have increased recently, and whether required equipment or software is listed before each term begins.

Even with rising costs, online Electrical Engineering degrees can remain a practical option for students who need flexibility and are focused on engineering career advancement. The strongest financial choice is usually the program that combines recognized quality, manageable debt, clear transfer policies, and support for the student’s intended career path.

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