2026 How to Choose an Online Electrical Engineering Degree as an Engineering Technician
Co-Founder and Chief Data Scientist
Engineering technicians often face a hard question: stay in hands-on technical roles or earn an electrical engineering degree to qualify for design, systems, and leadership work. Online programs make that move more realistic for working adults, and NCES data released in 2024 shows that more than half of U. S. undergraduates took at least one distance education course. This guide explains accreditation, admissions, cost, curriculum, timelines, and career outcomes so you can compare programs with confidence and avoid choosing a degree that does not match your goals.
Key Things You Should Know
- For technician-to-engineer advancement, prioritize an institutionally accredited school and, when possible, an ABET-accredited electrical engineering program because licensure, transfer credit, and employer recognition can depend on it.
- College Board's 2024 pricing data lists average published tuition and fees at $11,610 for in-state public four-year colleges and $43,350 for private nonprofit four-year colleges, so total cost depends heavily on transfer credits, residency, and employer tuition aid.
- BLS 2024 wage data places the median annual pay for electrical and electronics engineers at about $111,910, while electrical and electronic engineering technologists and technicians are at about $77,180, but outcomes vary by industry, region, experience, and degree type.
What is an online electrical engineering degree for working engineering technicians?
An online electrical engineering degree is usually a bachelor's degree program that teaches the theory, math, design methods, and lab-based skills used to create, test, and improve electrical and electronic systems. For working engineering technicians, it can serve as a bridge from implementation and troubleshooting work into engineering design, project coordination, systems analysis, manufacturing engineering, controls, power systems, or embedded hardware roles.
The key distinction is between electrical engineering and electrical engineering technology. Electrical engineering programs usually emphasize calculus-based analysis, circuit theory, electromagnetics, signals, control systems, and design. Electrical engineering technology programs are typically more applied and may align more closely with technician, technologist, field service, or production support roles. Both can be valuable, but they may lead to different employer expectations and licensure options.
This table summarizes the main choices a technician may encounter when comparing online pathways. Use it to match the degree type to your current background and the kind of role you want next.
| Program type | Best fit | Typical focus | Decision point |
| Bachelor's in Electrical Engineering | Technicians seeking engineer-level design or systems roles | Advanced math, circuits, electronics, signals, controls, power, design projects | Often the strongest fit if you want the title "electrical engineer" or possible PE preparation |
| Bachelor's in Electrical Engineering Technology | Technicians who want applied advancement without as much theory | Instrumentation, testing, troubleshooting, manufacturing, applied electronics | May be better for technical leadership, field engineering support, or operations roles |
| Degree-completion program | Associate degree holders with transferable technical credits | Upper-division engineering or technology coursework | Can reduce time and cost if your prior credits are accepted |
| Certificate or minor | Technicians who need targeted skills, not a full degree | PLC programming, power systems, embedded systems, CAD, cybersecurity, or data acquisition | Useful for skill upgrades but usually not a substitute for engineering-degree requirements |
The degree may be worth considering if you already enjoy circuit analysis, diagnostics, instrumentation, automation, or electronics and want more responsibility for design decisions. It may not be the best first move if your goal is only a short-term pay bump, if you cannot commit to advanced math, or if your employer values certifications and experience more than a bachelor's degree for the role you want.
How does an online electrical engineering degree compare to campus-based programs?
Online and campus-based electrical engineering programs can cover similar academic material, but they differ in schedule control, lab delivery, networking, and the way students interact with faculty. For working technicians, the biggest advantage of online study is flexibility; the biggest risk is choosing a program that does not provide enough lab access, advising, or design-project support.
The comparison below highlights the practical differences that matter most for adult learners. It is not a ranking; it is a decision tool for choosing the format that fits your work schedule, learning style, and career target.
| Factor | Online program | Campus-based program | What technicians should consider |
| Schedule | Often asynchronous or evening-friendly | Usually fixed class and lab times | Online is stronger if you work rotating shifts or cannot relocate |
| Labs | May use mailed kits, simulation tools, remote labs, or short residencies | Usually uses on-campus labs and equipment | Ask exactly how circuits, electronics, controls, and capstone labs are completed |
| Peer interaction | Discussion boards, group design projects, video meetings | In-person study groups and lab teams | Online students need to be intentional about networking |
| Employer compatibility | Often easier to combine with full-time work | May require schedule changes or reduced hours | Online can preserve income while studying, which improves affordability |
| Academic support | Virtual tutoring, remote office hours, online advising | In-person tutoring, faculty access, campus services | Check support availability outside standard business hours |
Choose online if you need geographic flexibility, already have technical discipline, and can learn through a mix of digital lectures, simulations, remote collaboration, and structured projects. Choose campus-based study if you need frequent hands-on coaching, want access to specialized laboratories every week, or learn best through face-to-face instruction.
A hybrid option can be the best compromise. Some programs deliver theory online but require occasional campus visits for labs, exams, or capstone work. That format can be inconvenient, but it may offer stronger hands-on validation than a fully remote model.
What accreditation should online electrical engineering programs for technicians have?
Accreditation is one of the most important checks before enrolling because it affects transfer credit, financial aid eligibility, employer recognition, graduate school options, and sometimes professional engineering licensure. At minimum, the college or university should hold institutional accreditation recognized by the U.S. Department of Education or the Council for Higher Education Accreditation.
Programmatic accreditation is the next layer. For electrical engineering degrees, ABET accreditation is the standard many employers and licensing boards recognize. ABET's Engineering Accreditation Commission generally accredits engineering programs, while ABET's Engineering Technology Accreditation Commission accredits engineering technology programs.
Before applying, verify accreditation directly rather than relying only on marketing language. These steps reduce the risk of spending time and money on a program that does not support your long-term plans:
- Confirm the institution's accreditation status through official accreditor or federal databases.
- Check whether the specific online electrical engineering or electrical engineering technology program is ABET-accredited, not just whether the university has other ABET programs.
- Ask whether the online version has the same accreditation status as the campus version.
- If you may pursue the FE exam, PE licensure, or government engineering roles, confirm requirements with your state licensing board and target employers before enrolling.
- Request written clarification on how transfer credits, labs, and capstone requirements appear on transcripts.
The main red flag is vague wording such as "ABET-aligned," "modeled after ABET standards," or "accreditation pending." Those phrases may indicate quality intent, but they are not the same as current accreditation for the specific program you plan to enter.
Which prerequisites and background do engineering technicians need for admission?
Engineering technicians often bring a strong applied background, but bachelor's-level electrical engineering programs require proof that you can handle calculus-based technical coursework. Admissions teams usually review prior college credits, math placement, GPA, work history, and completion of foundational science courses.
Most applicants should be ready to document both academic preparation and technical experience. The exact requirements vary by school, but the following prerequisites are common:
- College algebra, trigonometry, pre-calculus, or calculus readiness, depending on entry level.
- Physics preparation, especially calculus-based physics for engineering programs.
- Introductory programming or computing experience, often in C, Python, MATLAB, or a similar environment.
- Prior coursework in DC and AC circuits, electronics, digital logic, or instrumentation for transfer applicants.
- Official transcripts from community colleges, technical colleges, military training, or prior universities.
- Minimum GPA requirements, often higher for upper-division engineering admission than for general university admission.
Technicians with an associate degree in electronics, mechatronics, automation, or engineering technology should pay close attention to transfer policies. Applied technical credits may transfer as electives rather than replacing calculus, physics, or upper-division engineering courses. That distinction can change your graduation timeline substantially.
If your background is strong in troubleshooting but weak in math, do not ignore the gap. A slower start with pre-calculus, calculus, and physics may feel frustrating, but it can prevent poor performance later in circuits, signals, controls, and electromagnetics.
What coursework and technical skills do online electrical engineering degrees cover?
Online electrical engineering degrees typically move from math and science foundations into circuit analysis, electronics, signals, embedded systems, power, communications, control systems, and design. For technicians, the biggest adjustment is that courses often ask not just how to test a device, but why the system behaves as it does and how to design or model a better solution.
The curriculum usually builds the following skill areas over several years. These are the areas to compare when you review degree plans from different schools:
- Mathematics and modeling: calculus, differential equations, linear algebra, probability, and numerical methods used to analyze electrical systems.
- Circuits and electronics: DC and AC circuits, semiconductor devices, analog electronics, digital logic, microelectronics, and lab measurement.
- Signals and systems: signal processing, frequency-domain analysis, filters, communications, and control theory.
- Power and energy: power systems, electric machines, renewable integration, protection, and power electronics.
- Embedded and computing skills: microcontrollers, firmware basics, hardware-software integration, simulation, and technical programming.
- Engineering design: requirements analysis, prototyping, testing, documentation, teamwork, ethics, and capstone projects.
Current industry trends make software literacy especially important. Electrical engineering work increasingly overlaps with automation, embedded systems, data acquisition, cybersecurity, and AI-enabled design tools, so technicians who want a software-heavy path may also compare online degrees in computer science before committing to an EE curriculum.
When comparing programs, look for evidence of real design work rather than only lecture-based courses. A strong online program should explain how students complete labs, receive feedback on technical reports, collaborate on projects, and use industry-relevant tools such as SPICE simulation, MATLAB, Python, CAD tools, PLC environments, or FPGA development platforms.
How long do online electrical engineering programs take and how are they structured?
A traditional bachelor's degree is designed around roughly four years of full-time study, but working technicians often follow a different timeline. If you study part time while keeping a full-time job, the degree may take longer. If you transfer an associate degree and many prerequisites apply, a degree-completion pathway may reduce the remaining coursework.
Program structure affects both workload and persistence. Before enrolling, compare how each school delivers courses, labs, and projects because the "online" label can mean very different things.
| Structure | How it works | Best fit | Potential drawback |
| Fully online asynchronous | Students complete lectures and assignments on their own schedule within deadlines | Technicians with unpredictable work shifts | Requires strong self-management and fewer real-time interactions |
| Online synchronous | Students attend live virtual classes or labs at set times | Learners who want structure and faculty interaction | Can conflict with overtime, travel, or shift work |
| Hybrid or low-residency | Most coursework is online, with occasional campus or lab sessions | Students who want stronger hands-on lab validation | Travel costs and scheduling may add complexity |
| Accelerated terms | Courses run in shorter sessions, often with more concentrated deadlines | Students with transfer credit and stable weekly study time | Engineering math and lab courses can be difficult to compress |
A realistic schedule matters more than the fastest advertised completion time. Electrical engineering courses are cumulative, so rushing calculus, physics, circuits, or signals can weaken later performance. For many working adults, taking fewer courses per term but maintaining steady progress is a better strategy than overloading early and stopping out.
Ask the school for a term-by-term plan based on your actual transfer evaluation, not a generic sample plan. That plan should show prerequisites, lab requirements, capstone timing, and any courses offered only once per year.
What tuition, fees, and total costs should engineering technicians expect online?
Tuition is only one part of the cost of an online electrical engineering degree. Engineering programs may also include lab kits, software, proctoring, technology fees, textbooks, travel for residencies, graduation fees, and the opportunity cost of reducing work hours.
National tuition benchmarks can help you evaluate whether a school's price is reasonable. College Board's 2024 pricing data reports these average published tuition and fee figures for undergraduate institutions:
- Public four-year in-state: $11,610 per year.
- Public four-year out-of-state: $30,780 per year.
- Private nonprofit four-year: $43,350 per year.
Those figures are published prices, not necessarily what every student pays after grants, employer aid, military benefits, scholarships, or transfer credits. For online students, the most important number is the net cost to finish, not the price per credit.
Use this cost checklist when comparing schools. It will help you avoid the common mistake of choosing the lowest tuition rate while missing required fees or lost transfer value:
- Request a written transfer-credit evaluation before you commit.
- Calculate the remaining credits required after transfer, not the total credits in the catalog.
- Ask whether online students pay in-state, out-of-state, or special online tuition.
- List all mandatory fees, including lab kits, proctoring, software, and technology charges.
- Confirm whether employer tuition assistance pays upfront or reimburses after grades are posted.
- Estimate any travel, hotel, or unpaid-time costs for required residencies or exams.
- Compare your expected net cost with the roles you realistically plan to pursue, not with the highest salaries in the field.
A lower-cost program can be a smart choice if it is accredited, supports your career target, accepts meaningful transfer credit, and provides adequate labs. A more expensive program may be justified if it has stronger accreditation fit, better employer recognition, or a delivery format that helps you finish while working.
What electrical engineering careers can technicians pursue after earning a degree?
An online electrical engineering degree can help technicians compete for roles that involve design authority, systems analysis, project ownership, or engineering documentation. The degree does not automatically change your job title, but it can make you eligible for positions that previously required a bachelor's degree in engineering or a closely related field.
The table below outlines common career directions for technicians who add an electrical engineering degree. Actual job titles vary by employer, and some positions may require industry experience, security clearance, licensure, or specialized software skills.
| Career direction | Typical responsibilities | Why technician experience helps | Possible next step |
| Electrical engineer | Designs, analyzes, tests, and improves electrical systems or components | Hands-on troubleshooting helps connect design choices to field performance | Build a design portfolio and pursue FE exam preparation if relevant |
| Controls engineer | Develops automation, PLC, instrumentation, and process-control systems | Technicians often understand plant equipment, sensors, and commissioning realities | Strengthen PLC, HMI, control theory, and industrial networking skills |
| Power systems engineer | Works on distribution, protection, renewable integration, or electrical infrastructure | Field experience with equipment, safety procedures, and maintenance is valuable | Study power analysis tools and review licensure expectations |
| Embedded systems engineer | Combines circuits, microcontrollers, firmware, sensors, and hardware testing | Testing and electronics repair experience supports prototyping and validation | Develop C, Python, debugging, and hardware interface skills |
| Test or validation engineer | Creates test plans, analyzes results, documents failures, and improves reliability | Technicians often already know measurement equipment and failure modes | Learn statistical analysis, automated testing, and technical documentation |
| Manufacturing or quality engineer | Improves production processes, yield, safety, reliability, and inspection systems | Shop-floor experience helps identify practical process improvements | Add lean manufacturing, root-cause analysis, and data skills |
If you discover that your strongest interest is software development, cloud systems, or application engineering rather than circuits and hardware, a computer science degree online may be a better fit than electrical engineering. The best degree is the one aligned with the work you want to do most days, not only the one that sounds most prestigious.
Technicians should also watch the growth of AI-assisted design, simulation, predictive maintenance, and digital twins. These tools are changing workflows, but they do not eliminate the need for engineers who understand physical systems, safety constraints, measurement accuracy, and real-world implementation.
What salary ranges and advancement opportunities exist for electrical engineering technicians?
Salary should be evaluated carefully because pay depends on role, industry, region, clearance requirements, union status, overtime, and experience. The U.S. Bureau of Labor Statistics reported 2024 median annual pay of about $77,180 for electrical and electronic engineering technologists and technicians and about $111,910 for electrical and electronics engineers. The gap suggests why a bachelor's degree can improve advancement potential, but it should not be treated as a guaranteed personal outcome.
The most realistic advancement path for a working technician is usually gradual. A degree may first help you move into senior technician, engineering technologist, test engineer, applications engineer, controls specialist, or project engineering support roles before you transition fully into engineer-level design ownership.
These advancement opportunities are common for technicians who combine a degree with strong job performance:
- Technical specialization: becoming the go-to person for power systems, automation, RF, electronics testing, embedded hardware, or reliability.
- Design participation: moving from executing test procedures to helping create specifications, models, prototypes, and validation plans.
- Project leadership: coordinating vendors, technicians, schedules, safety reviews, and documentation for engineering projects.
- Licensure-oriented path: preparing for the FE exam and later PE eligibility when the degree, experience, and state rules align.
- Graduate or analytics path: pursuing advanced study in areas such as controls, robotics, energy systems, or data-intensive engineering applications.
Some electrical engineering professionals later move toward AI, analytics, or research leadership, especially in smart grids, predictive maintenance, robotics, and signal processing. If that long-term path interests you, reviewing options such as a data science PhD online can help you understand how far the analytics track can extend beyond the bachelor's degree.
The common mistake is comparing today's technician salary with a top engineer salary and assuming the degree will close the gap immediately. A better ROI calculation uses your likely first post-degree role, the remaining cost of the program, the time needed to finish, and the promotion practices of employers in your region.
How can engineering technicians choose a reputable online electrical engineering school?
The right online electrical engineering school should match your career target, current credits, work schedule, budget, and need for hands-on learning. Reputation matters, but it should be measured through accreditation, curriculum fit, lab quality, faculty support, employer relevance, and graduation pathway clarity rather than rankings alone.
Use a structured review process before applying. This sequence helps you compare schools on evidence instead of marketing claims:
- Define your target role first, such as electrical engineer, controls engineer, power systems engineer, embedded systems engineer, or engineering technologist.
- Confirm institutional accreditation and programmatic accreditation for the exact degree and delivery mode.
- Request a preliminary transfer-credit review and ask which credits apply to major requirements rather than only electives.
- Ask how online labs work, including required hardware, software, remote access, safety procedures, and any campus visits.
- Review the full course sequence to see whether prerequisites could delay graduation.
- Compare net cost to finish after aid, employer benefits, military benefits, and transfer credits.
- Ask about faculty access, tutoring, career services, internship support, and employer partnerships for online students.
- Check whether the program supports FE exam preparation if licensure might matter in your field.
- Speak with current students or alumni if possible, especially working adults with technician backgrounds.
Military-connected technicians should also evaluate transfer policies for military training, deployment flexibility, tuition assistance processing, and veteran support services. A focused resource on the best military friendly online electrical engineering degrees can be useful if GI Bill benefits, credit for service training, or active-duty scheduling are part of your decision.
Watch for red flags such as unclear accreditation, no detailed lab explanation, aggressive enrollment pressure, vague career claims, limited transfer transparency, or a refusal to provide a written degree plan. A reputable school should be willing to explain exactly what you need to complete, what it will cost, and how the program supports your intended career path.
Other Things You Should Know About Electrical Engineering
Yes, but you may need more foundational coursework and stronger academic support. Technician experience helps with labs and troubleshooting, but success in electrical engineering depends heavily on math readiness, disciplined study habits, and willingness to learn theory.
Often, yes. Some programs require lab kits, a multimeter, breadboards, components, a capable computer, simulation software, or remote lab access. Always ask for the required equipment list before enrolling so you can estimate the real cost.
Electrical engineering is usually more math- and theory-intensive, while electrical engineering technology is generally more applied. One is not automatically better; the right choice depends on whether you want design-engineering roles, applied technical leadership, licensure options, or hands-on operations work.
Yes, and technicians should ask about it early. Confirm annual limits, eligible schools, grade requirements, reimbursement timing, work-commitment rules, and whether the benefit covers fees, books, software, or only tuition.
References
- Construction Engineering Technician https://www.fanshawec.ca/programs/cen2-construction-engineering-technician/domestic/fees/next
- Engineering Technician (EngTech) https://www.engc.org.uk/professional-registration/our-professional-titles/engineering-technician-engtech/
- Cost of Engineering Degree: Tuition, Fees & Is it Worth it? | SoFi https://www.sofi.com/cost-of-engineering-degree/
- Electrical Engineering Careers | How To Become An Electrical Engineer https://www.learnhowtobecome.org/engineering-careers/electrical-engineer/
- Bachelor of Engineering Technology in Electrical Engineering - Engineering College of Science and Technology https://www.ecst.ac.za/courses/bachelor-of-engineering-technology-in-electrical-engineering/
- Electrical and Electronic Engineering (Top-up) (Online) BEng Tech (Hons) https://www.tees.ac.uk/undergraduate_courses/engineering_&_construction/beng_tech_(hons)_electrical_and_electronic_engineering_(top-up)_(online).cfm
- Top 10 Career Opportunities after Electrical Engineering https://geu.ac.in/blog/career-opportunities-for-electrical-engineers
- Career Paths & Advancement for Electrical Engineers | Vista Projects https://www.vistaprojects.com/career-paths-advancement-for-electrical-engineers/
- Salary progression in Electrical Engineer https://www.whitecarrot.ai/resources/templates/progression-salary/electrical-engineer
