Best Electrical Engineering Degree Programs in Ohio in 2026
Ohio offers a clear choice between a degree with required co-op and degrees where professional placements remain optional. Cincinnati’s electrical engineering plan for Fall 2026 entrants includes five co-op experiences across five years. Ohio State organizes electrical study through technical domains and a seven-credit capstone sequence. Case Western Reserve emphasizes approved technical electives and depth. Our 2026 ranking of electrical engineering degree programs in Ohio reviews these three undergraduate routes.
The location and calendar are part of that choice: Columbus, Cincinnati and Cleveland each anchor a different campus plan. Begin with the experience you want to have before graduation, then compare the electrical subjects, degree title, admission pathway and charges that belong to the same route.
Electrical Engineering bachelor’s rankings by state+
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Inside this ranking
How we ranked electrical engineering bachelor’s programs in Ohio
The selected ranking includes Ohio State’s BS in Electrical and Computer Engineering with the electrical program of study, Cincinnati’s electrical engineering BS and Case Western Reserve’s BSE with an electrical major. Each is reviewed from undergraduate evidence; graduate research strengths do not substitute for bachelor’s requirements.
Ohio State leads for its broad electrical core, domain-based advanced study and laboratory requirements. Cincinnati follows for the explicit integration of five co-op terms with its academic sequence. Case Western Reserve adds extensive technical electives, a depth requirement and optional extended co-op. The order is editorial; a preference for required professional practice can make Cincinnati the strongest personal fit.
BS in Electrical and Computer Engineering — Electrical Engineering program of study
Columbus, OH
Semester credits
128
Study format
On campus
2026–27 tuition
Columbus resident instructional fee: $6,460.50 per semester, plus fees
Cost basis & conditions +
2026–27 new-student on-campus rate at 12–18 credits. Add general and campus fees, a $240 engineering learning-technology fee and a $2,000 engineering program fee per semester. Nonresidents additionally pay a $15,110.50 semester surcharge; other applicable charges and living costs are separate.
Ohio State’s electrical program of study combines a broad required core with a structured advanced-elective block. The 2026–27 plan includes semiconductor devices, RF and optical engineering, and sustainable energy and power alongside circuits, electronics and signals. Technical electives must develop one primary domain and include work in two others, with an advanced course and laboratory requirement. Capstone Design I and II provide seven credits of culminating project work. The award is a BS in Electrical and Computer Engineering with the electrical program of study, so the electrical checklist is the appropriate document for evaluating this route.
Where it stands out
Ohio State is a strong option to investigate if you want exposure to several physical and system-level EE areas before specializing. Its domain rules are useful for constructing a plan that combines, for example, energy with controls or photonics with electronic circuits.
What to weigh
The elective block has breadth, level and laboratory conditions that must be satisfied together; a collection of interesting courses may not complete the audit. Optional co-op also requires its own schedule planning. New-student tuition guarantees do not cover every charge, including nonresident surcharges and engineering program or technology fees.
The 2026–27 EE core includes analog/digital systems, microcontrollers, electronics, semiconductor devices, RF/optical engineering and sustainable energy/power systems.
The 27-credit engineering-elective block includes at least 16 major technical credits, with depth in one domain and additional work in two other domains.
The technical-elective rules include at least one 5000-level course and one laboratory course.
Areas of focus
Academic domains include communication/DSP, computer systems, controls, electronic circuits, electromagnetics/optics, energy/power, solid state/photonics and humans/justice
Admission & progression
The university has separate first-year, transfer and current-student engineering entry processes; students selecting ECE identify their program of study.
Current Ohio State students seeking a change into engineering must meet the published graded-credit, GPA and calculus requirements before the request is processed.
Design & practical experience
The EE plan requires Capstone Design I and II, totaling seven credits.
Laboratory opportunities span electrical energy conversion, high voltage, integrated-circuit fabrication, photonics and embedded systems.
Co-op and internships are optional professional experiences rather than a universal degree requirement.
Resident Uptown tuition and listed base fees: $7,412 per term
Cost basis & conditions +
2026–27 entering cohort, full-time 12–18-credit Uptown/Clifton academic term: $7,412 Ohio resident or $15,079 nonresident before the additional CEAS undergraduate program fee of $504 per full-time in-class term. Co-op enrollment, summer study and living expenses require separate budgeting.
Cincinnati’s electrical engineering degree builds professional practice into the academic calendar. The plan for Fall 2026 entrants spans five years and includes five co-op experiences, with academic terms scheduled between them. Students develop electronics, signals, semiconductor, electromagnetic and embedded-system knowledge before the final senior-design sequence. The published minimum is 125 credits, with placement and prior credit affecting an individual plan. This schedule makes co-op a central decision rather than an optional extra. Applicants can examine the actual sequence to understand when they would be studying, working and returning to advanced electrical coursework.
Where it stands out
Cincinnati fits students who want repeated employer-based experience integrated with their electrical education and are willing to organize college around that calendar. The five co-op terms offer a concrete basis for comparing this route with programs where internships are optional or primarily summer activities.
What to weigh
The standard plan takes five calendar years and includes summer academic terms, so a fall-and-spring annual budget does not describe every year. Required professional practice also limits late transfer entry. Tuition, the additional CEAS program fee, co-op registration and living arrangements must be budgeted term by term.
The entering-2026 plan develops programming, network analysis, digital design, signals/systems, electronics, semiconductor devices and electromagnetics.
Embedded system design and controls precede advanced EECE electives and the senior project.
The published plan requires at least 125 credits; placement and previously earned credit can affect the individual total.
Admission & progression
First-year preparation includes four mathematics units through precalculus or calculus and science including chemistry and physics.
Transfer students can be considered at the first-, second- and third-year levels; required professional practice normally prevents entry beyond the third year.
Design & practical experience
The five-year Class of 2031 plan includes five co-op semester experiences interleaved with academic terms.
Electrical Engineering Senior Design I and II occupy the final academic year.
First-year engineering design and professional co-op preparation appear before the initial work term.
2026–27 undergraduate students entering summer 2026, fall 2026 or spring 2027: tuition is $2,976 per credit, capped at $35,705 in each fall/spring semester ($71,410 combined). Activity, matriculation, transit and applicable medical-plan charges are separate, as are living and course costs.
Case Western Reserve’s electrical engineering major places a substantial elective component around a core in circuits, signals, devices, electromagnetics and digital systems. Students complete 21 technical elective credits while developing depth in a selected area, which can include robotics, biomedical applications or solid-state electronics alongside more traditional EE subjects. The sample plan totals 126 credits and includes a junior design seminar followed by senior engineering design projects. Optional co-op provides a further choice: the catalog describes a seven-month placement across a semester and summer, with no tuition during the co-op period and continued full-time status.
Where it stands out
Case Western Reserve is useful for students with a focused technical interest that crosses electrical engineering and another application area, especially robotics or biomedical systems. Compare the approved depth courses with the available technical electives and design sequence to see how the interest can shape the degree.
What to weigh
The depth requirement and technical-elective rules must be met together, and outside-department courses require approval. A seven-month co-op changes the normal academic calendar even though tuition pauses. The new-student tuition schedule is cohort-specific and excludes applicable activity, transit, medical and living costs.
The core covers electronic circuits, signals/systems, digital logic/computer organization, electromagnetic fields, signal processing and semiconductor devices.
Students complete 21 approved technical elective credits and a depth requirement in a selected electrical area.
Depth areas include circuits, controls, solid-state electronics, computer hardware/software, biomedical applications and robotics.
Admission & progression
Undergraduate applicants follow the university’s first-year or transfer admission process.
Technical electives and depth choices require academic-advisor approval; courses outside ECSE also require the specified departmental approval.
Optional co-op can run seven months across a semester and summer; participating students retain full-time status without paying tuition during the co-op period.
Summer internships provide an alternative professional-experience arrangement.
What matters in electrical engineering bachelor’s programs in Ohio
The role of professional practice
We distinguish a required sequence of work terms from optional internships and co-op opportunities.
Electrical depth and breadth
Technical domains, advanced electives and required laboratories show how students develop beyond the foundation.
The actual calendar
Academic terms, work terms, cohort tuition and program fees need to be considered together when estimating time and cost.
Decide how much of college should take place in professional work
The Cincinnati plan for Fall 2026 entrants spans five years and lists five co-op experiences. Academic coursework continues between work terms, including summer study, before Electrical Engineering Senior Design I and II in the final year. This is useful evidence for applicants who want repeated professional practice built into their degree. It also means a simple four-year budget based on fall and spring bills will not describe the route.
Case Western Reserve’s catalog describes optional seven-month co-op placements across a semester and summer. Participating students retain full-time status without paying tuition during that period. Summer internships offer another arrangement. Ohio State also describes co-op and internships as optional. Ask how each option changes the course sequence and when prerequisites would next be available, especially if an extended placement moves an advanced course into another year.
Look beyond the shared circuits-and-signals foundation
Ohio State’s 2026–27 electrical plan requires semiconductor devices, RF/optical engineering and sustainable energy/power systems alongside its other electrical foundations. Advanced technical work develops a primary domain and reaches into two additional domains, with level and laboratory conditions. The degree awarded is ECE with an electrical program of study, so use the electrical checklist rather than the computer option when comparing requirements.
Case Western Reserve requires 21 approved technical elective credits and depth in a selected area. Its lists include robotics, biomedical applications and solid-state electronics, among other electrical subjects. Cincinnati’s sequence gives students electronics, signals, semiconductor and electromagnetic preparation before later embedded systems, controls and electives. Match an advanced interest to its required preparation; the same topic can appear as a core subject at one school and an elective at another.
Count academic terms, program fees and placement effects
Cincinnati’s required professional practice normally limits transfer entry to the first three years. Ohio State has distinct first-year, transfer and current-student engineering entry processes, and ECE entrants identify their intended program of study. Case Western’s technical electives need approval, including additional departmental review for outside courses. Those policies make an individualized remaining-course plan especially useful for transfers.
Ohio State’s new-student rate table adds engineering technology and program fees to instructional and campus charges; the tuition guarantee excludes some categories. Cincinnati’s schedule adds the CEAS program fee to its academic-term base rate, while co-op and summer enrollment require separate treatment. Case Western’s tuition cap is tied to the entering cohort and does not include all fees or living costs. An aid-adjusted term-by-term budget is the most useful final comparison.
Questions, answered
What else should you know?
Which reviewed Ohio electrical program requires co-op?+
Cincinnati’s Class of 2031 electrical engineering plan lists five co-op experiences across five years for Fall 2026 entrants. Ohio State and Case Western Reserve describe optional co-op arrangements rather than the same required sequence.
What degree does Ohio State award to electrical students?+
The award is a Bachelor of Science in Electrical and Computer Engineering, with Electrical Engineering as the program of study. The department explicitly identifies that wording in its graduation guidance.
Can I study biomedical applications within Case Western’s EE major?+
Biomedical applications appear among the electrical major’s approved depth areas. Students should choose the relevant courses with an advisor and ensure that the 21-credit technical-elective requirement and the separate depth condition are both satisfied.
Does a tuition-free co-op period make the placement cost-free?+
No. Case Western states that tuition pauses during its described co-op period, but students still need a budget for living and other applicable expenses. At every school, confirm the work-term registration and financial-aid treatment for the specific route.
Keep researching
Choosing a electrical engineering degree
Learn what an electrical engineering degree covers, including circuits, signals, lab work and design, plus admissions, transfer and online study.
