Aspiring engineers face a specific and demanding challenge when pursuing an electrical engineering degree online. Unlike professional certification or continuing education, an undergraduate engineering degree requires building genuine technical capability from the ground up - developing the mathematical foundations, the physical intuition, and the engineering analysis skills that professional EE practice assumes - while doing so through a delivery format that requires more self-direction than a residential classroom provides.
That challenge is real, and the programmes that serve aspiring engineers most effectively are those that recognise it explicitly rather than treating online EE as simply a more convenient version of residential study. The most valuable online EE programmes for aspiring engineers combine technical rigour that genuinely develops engineering capability with the faculty support, structured curriculum progression, and practical learning experiences that make that development achievable for students building toward engineering careers.
TL;DR - Best Picks
| School | Degree | ABET | Format | Aspiring Engineer Career Track |
|---|---|---|---|---|
| University of North Dakota | B.S. Electrical Engineering | EAC of ABET | Online and on-campus | Energy, aerospace, manufacturing, automation, defence |
| Arizona State University | Verify EE specifically | Verify ABET EAC | Online-compatible | Innovation and emerging tech - verify first |
| Oregon State University Ecampus | B.S. Electrical Engineering | EAC of ABET | Online (Ecampus) | Power, communications, embedded systems |
| Old Dominion University | Verify current online EE | Verify ABET EAC | Verify availability | Career advancement - verify first |
| University of Arizona | Verify online EE | Verify ABET EAC | Verify availability | Research opportunities - verify first |
| National University | Verify EE programme | Verify ABET EAC | Flexible scheduling | Adult learners - verify first |
| Stony Brook University | Verify online EE | Verify ABET EAC | Verify availability | Advanced foundations - verify first |
What Aspiring Engineers Need From Online EE Programmes
The pathway from aspiring engineer to credentialed, career-ready electrical engineer requires developing specific capabilities that each build upon the ones before them. Understanding what that progression requires is the most useful starting point for evaluating which online EE programmes most effectively support it.
Mathematical and physical foundations are the prerequisite layer that every subsequent EE curriculum topic depends on. Calculus through differential equations, linear algebra, and physics through electromagnetic theory are the tools that circuit analysis, signal processing, and control systems require. Aspiring engineers who have not yet developed those foundations need programmes whose curriculum support and faculty engagement make that development achievable through online study rather than assuming it exists on arrival.
Technical domain depth across the core EE areas is the programme quality layer that determines how well-prepared graduates are for professional engineering entry. Circuits and electronics, digital systems, electromagnetics, signal processing, control systems, and power engineering are the domains that all EE career tracks draw from. Programmes that develop these rigorously rather than superficially produce graduates who can contribute to professional engineering teams from day one.
ABET EAC accreditation is the credential quality indicator that certifies the programme has developed all of those foundations to the standard that professional engineering practice requires - and that qualifies graduates for the FE examination that opens the PE licensure pathway that most senior engineering roles eventually require.
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1. University of North Dakota - Best Online Electrical Engineering Degree for Aspiring Engineers
Format: Online and on-campus
Accreditation: Engineering Accreditation Commission of ABET
UND has an electrical engineering degree online which carries EAC of ABET accreditation and delivers the complete technical foundation that aspiring engineers need to enter and advance in electrical engineering careers across energy, aerospace, defence, manufacturing, telecommunications, automation, and emerging technology sectors, through flexible asynchronous online delivery that accommodates students at different life stages and with different prior preparation.
The curriculum progression is designed to build genuine engineering capability systematically from mathematical and physical foundations through the core EE technical domains and into the integrated design and analysis that professional engineering practice requires. Circuit analysis develops Kirchhoff’s law applications, Thevenin and Norton equivalents, and AC/DC analysis methods that foundational electrical engineering practice builds upon. Electronics extends circuit analysis into semiconductor devices, amplifier design, and the operational amplifier applications that analog engineering careers require. Digital systems and microprocessors develop the logic design, state machine architecture, and programmable computing capability that automation, embedded systems, and digital electronics careers apply. Electromagnetics develops the field theory, wave propagation, and transmission line behaviour that high-frequency electronics, antenna design, and communications engineering draw from. Signal processing develops the frequency domain analysis, filter design, and digital signal processing capability that communications, audio, and control applications share. Control systems develop the feedback analysis, stability assessment, and system response design that power systems, aerospace, and industrial automation engineering require. Power engineering develops the electrical machines, power conversion, and grid systems understanding that the energy sector and electric vehicle industries are creating sustained demand for.
Faculty with extensive engineering experience bring professional engineering context to the curriculum that makes the technical content most valuable for aspiring engineers building toward careers, connecting theory to the professional applications that motivate the most demanding study. UND’s reputation in aviation and aerospace engineering provides aspirational career context for students whose engineering ambitions include those sectors.
EAC of ABET accreditation qualifies graduates for FE examination eligibility, universal in-state tuition for all online students regardless of state of residence makes the credential more financially accessible, and the combined BS/MS pathway supports aspiring engineers whose ambitions extend through graduate-level technical advancement.
Key differentiator: A flexible online engineering programme backed by UND’s nationally recognised engineering tradition and designed to prepare graduates for diverse technical careers, through ABET EAC accreditation, faculty with extensive engineering experience, systematic curriculum progression from foundations through professional engineering capability, FE examination eligibility, universal in-state tuition, and a combined BS/MS pathway for aspiring engineers building toward technical leadership.
2. Arizona State University - Best for Engineering Innovation
Format: Online-compatible - verify current delivery and lab requirements
Accreditation: Verify ABET EAC directly
ASU’s engineering programmes orient toward frontier applications - semiconductor design, clean energy systems, autonomous electronics, and the most technology-forward engineering disciplines - that make ASU most relevant for aspiring engineers whose career direction is toward the most innovation-driven technical roles. The interdisciplinary culture at ASU is particularly relevant for aspiring engineers whose interests cross conventional engineering boundaries.
Prospective students must verify ABET EAC accreditation status, current online delivery percentages and residency requirements, and laboratory structure for online students directly with the electrical engineering department before any programme planning.
Key differentiator: Innovation-driven engineering curriculum for aspiring engineers targeting frontier technical applications, most relevant for students whose career direction is toward the most innovation-forward EE career tracks, subject to direct verification of ABET EAC accreditation and online delivery specifics.
3. Oregon State University Ecampus - Best for Online Engineering Education
Format: Online (Ecampus)
Accreditation: Engineering Accreditation Commission of ABET
Oregon State’s online B.S. in Electrical Engineering through Ecampus carries EAC of ABET accreditation and is delivered through one of the most consistently recognised flexible online STEM education platforms available, with four annual start windows that provide aspiring engineers with the most scheduling-flexible confirmed entry available among the programmes on this list. For aspiring engineers whose programme start timing cannot align with a single annual intake, Ecampus’s multiple annual start opportunities are practically significant.
The power systems and sustainable energy curriculum strengths that Oregon State’s programme reflects are particularly relevant for aspiring engineers whose career interests are in the renewable energy and grid modernisation sectors that are producing the most sustained EE employment growth.
Key differentiator: Strong online engineering learning environment through ABET EAC-accredited Ecampus with four annual start windows, most directly serving aspiring engineers whose scheduling flexibility and programme entry timing requirements benefit most from Ecampus’s flexible delivery infrastructure.
4. Old Dominion University - Best for Career Advancement
Format: Verify current online delivery and scheduling directly
Accreditation: Verify ABET EAC for current delivery format
Old Dominion University has historically provided engineering education for working professionals and aspiring engineers advancing into technical careers in the mid-Atlantic region’s defence, naval engineering, and technology industries. For aspiring engineers in those specific regional and industry contexts, ODU’s career advancement orientation and regional employer relationships may be specifically relevant.
All current programme specifics - online delivery availability, ABET EAC accreditation for current delivery, FE examination eligibility, and laboratory requirements for online students - require direct verification with the electrical engineering department before any programme planning.
Key differentiator: Flexible engineering education for working adults with defence and technology industry connections, most relevant for aspiring engineers in the mid-Atlantic region, subject to direct verification of current online delivery and ABET EAC accreditation.
5. University of Arizona - Best for Research Opportunities
Format: Verify online delivery directly
Accreditation: Verify ABET EAC for online delivery
The University of Arizona’s electrical engineering programme has research strengths in optical engineering, semiconductor devices, and the most analytically sophisticated EE applications. For aspiring engineers whose career direction includes the most research-intensive technical roles, and whose undergraduate experience would most benefit from engagement with current engineering research, Arizona’s research orientation may be specifically relevant.
All programme specifics - online delivery availability, ABET EAC accreditation for online delivery, FE examination eligibility, and laboratory structure for online students - require direct verification with the department before any programme planning.
Key differentiator: Research-focused engineering education with strengths in optical systems and semiconductor devices, most relevant for aspiring engineers targeting research-intensive EE career applications, subject to direct verification of online delivery and ABET EAC accreditation.
6. National University - Best for Flexible Scheduling
Format: Flexible scheduling
Accreditation: Verify ABET EAC for electrical engineering
National University serves adult learners through flexible scheduling designed to accommodate the professional and family responsibilities that non-traditional students manage alongside their studies. For aspiring engineers whose primary constraint in pursuing an EE degree is scheduling flexibility beyond what semester-based programmes provide, National University’s scheduling approach may be most accommodating.
Prospective students should verify whether a B.S. in electrical engineering is available, confirm ABET EAC accreditation status, confirm FE examination eligibility, and assess core EE curriculum depth directly with the institution before any programme decisions.
Key differentiator: Flexible scheduling for busy professionals with adult-learner-first programme design, most relevant for aspiring engineers whose primary constraint is scheduling accommodation, subject to direct verification of electrical engineering programme availability and ABET EAC accreditation.
7. Stony Brook University - Best for Advanced Engineering Foundations
Format: Verify online delivery directly
Accreditation: Verify ABET EAC for online delivery
Stony Brook University’s electrical engineering programme develops rigorous foundations in electrical systems, electronics, communications, and engineering design that prepare aspiring engineers for the most technically demanding EE career entry. For aspiring engineers whose priority is the strongest possible technical foundation in the core EE domains, Stony Brook’s curriculum depth may be specifically relevant.
All programme specifics - online delivery availability, ABET EAC accreditation for online delivery, FE examination eligibility, and laboratory structure for online students - require direct verification with the electrical engineering department before any programme planning.
Key differentiator: Comprehensive electrical engineering foundation with depth in circuits, electronics, and communications, most relevant for aspiring engineers prioritising the strongest available technical preparation for EE career entry, subject to direct verification of online delivery and ABET EAC accreditation.
Choosing the Right Online EE Programme as an Aspiring Engineer
The online electrical engineering degree most effectively developing any specific aspiring engineer is the one whose ABET EAC accreditation, curriculum progression from foundations through technical depth, faculty engagement, and delivery flexibility most directly match both the aspiring engineer’s starting preparation and the specific career direction being pursued.
For aspiring engineers who need confirmed ABET EAC-accredited fully asynchronous online delivery with systematic curriculum progression from mathematical foundations through all major EE domains, experienced faculty with engineering backgrounds, FE examination eligibility, accessible universal tuition, and a combined BS/MS pathway, UND provides the most clearly documented and comprehensively supportive available option. For those who need maximum scheduling flexibility with multiple annual start windows, Oregon State Ecampus is most accommodating.
For aspiring engineers considering Arizona State, Old Dominion, the University of Arizona, National University, or Stony Brook, direct department verification of online delivery availability, ABET EAC accreditation, FE examination eligibility, and laboratory requirements for online students is the essential first step before any programme commitment.
FAQ
What prior knowledge do aspiring engineers need before starting an online EE programme?
Most ABET EAC-accredited electrical engineering programmes require completion of prerequisite mathematics and physics before the core engineering curriculum begins. Calculus through differential equations, linear algebra, and calculus-based physics covering mechanics and electromagnetism are the most common prerequisites. Aspiring engineers who have not yet completed those prerequisites should either choose programmes that include prerequisite coursework in the curriculum sequence or complete them separately before beginning the engineering curriculum. Confirming the specific prerequisite requirements and the programme’s support structure for students working through them is an important early step in programme evaluation.
How do online EE programmes handle laboratory requirements for aspiring engineers?
Laboratory experience is a standard ABET EAC requirement for electrical engineering programmes, and online programmes satisfy it through different approaches. Virtual laboratory simulations replicate electrical measurement, circuit analysis, and system testing through software environments. Physical laboratory kits shipped to students allow hands-on electronics and circuit experiments at home. Intensive on-campus laboratory sessions concentrated into defined periods allow online students to complete hands-on requirements during specific residency windows. Hybrid combinations use virtual labs for some requirements and physical or on-campus labs for others. Aspiring engineers should specifically ask each programme how laboratory requirements are structured for fully online students and whether any residency requirements create scheduling challenges before committing to enrolment.
What electrical engineering career options are most accessible for recent graduates with an online B.S.?
Recent graduates with ABET EAC-accredited B.S. degrees in electrical engineering are qualified for entry-level positions across all major EE career tracks.
Power systems and energy, where grid modernisation and renewable integration are creating consistent entry-level demand. Electronics and semiconductor manufacturing, where domestic chip production investment is expanding the workforce. Embedded systems and automation, where industrial IoT and smart manufacturing adoption is producing growing demand. Communications and networking, where 5G deployment and satellite systems expansion continue creating engineering positions. Aerospace and defence, where consistent government investment produces stable engineering employment.
The breadth of career options that the EE credential opens is one of its most significant advantages for aspiring engineers who are not yet certain which specific industry their career will ultimately concentrate in.
How long does an online electrical engineering degree typically take to complete?
Most ABET EAC-accredited B.S. programmes in electrical engineering require approximately 120 to 128 semester credit hours, which translates to four years of full-time study or longer at part-time pacing. Aspiring engineers who complete prerequisites before beginning the core engineering curriculum, transfer applicable credits from prior coursework, and can sustain a full-time course load through the programme will complete in the shortest available time.
Those taking one or two courses per semester alongside full-time work or other responsibilities should plan for five to seven years. Confirming the specific credit hour requirements, transfer credit policies, and realistic completion timelines for students at their specific course load with each programme before committing is the most practically useful time-to-completion assessment.
