Best Electrical Engineering Degree Programs in Florida in 2026
Choosing among electrical engineering degree programs in Florida involves two decisions: the electrical work you want to study and the academic route into the major. Florida, USF and UCF all organize advanced study differently. Florida divides electives among breadth and depth requirements. USF requires at least two technical tracks. UCF offers four named tracks, including a comprehensive route. Our 2026 ranking reviews these three campus bachelor’s programs.
Their early progression rules deserve attention before the elective lists. Florida uses critical tracking, USF specifies a course-GPA standard for upper-division progression, and UCF begins engineering students in pending status. A strong choice should fit both your technical interests and a realistic plan for completing those foundational requirements.
Electrical Engineering bachelor’s rankings by state+
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How we ranked electrical engineering bachelor’s programs in Florida
This Florida selection includes the University of Florida in Gainesville, USF in Tampa and UCF in Orlando. Each review addresses a named electrical engineering bachelor’s degree, with current program evidence and separately verified 2026–27 undergraduate tuition and fee schedules.
Florida leads for its organized breadth/depth structure and senior-design alternatives. USF follows for requiring two technical tracks with associated practical work. UCF completes the selection for clearly described application tracks and junior-design preparation. The order reflects the reviewed curricula; a particular track or entry pathway may make another school the better individual choice.
2026–27 undergraduate courses: Florida-resident total $214.54 per credit; nonresident total $1,153.88. These totals include the listed per-credit fees. Housing, meals and other applicable charges are separate.
Florida’s electrical engineering degree organizes advanced study through breadth, depth and technical elective requirements. That structure makes students consider several electrical areas before concentrating their later coursework. The catalog groups the field across devices and circuits, electromagnetic and power-related subjects, and computing, communication and control. Its 128-credit plan also culminates in a design sequence with an approved electrical or integrated product/process design route. The critical-tracking requirements are equally consequential: applicants and transfer students need to plan their early mathematics and science work around the department’s GPA, minimum-grade and course-attempt rules.
Where it stands out
Florida is a useful choice for students who want electrical breadth built into the degree audit before selecting deeper technical study. The alternative senior-design route also merits investigation for applicants interested in combining electrical work with a broader product-development project.
What to weigh
Elective requirements are divided among breadth, depth and other technical categories, so they should be planned together. Early academic performance affects progression, and the attempt policy includes withdrawals and drops. The published per-credit tuition-and-fee rate excludes living expenses and other applicable charges, which need a separate attendance budget.
The curriculum develops breadth in devices/circuits, electromagnetics/power/photonics, and computers/communications/system control.
Breadth, depth and technical electives have separate roles; the EE breadth and technical elective total is 28 credits.
Required preparation includes calculus, differential equations, chemistry, physics, circuits and digital logic/computer systems.
Admission & progression
Department admission requires a 2.5 critical-tracking GPA and C or better in the specified mathematics, science and preprofessional courses.
The first two attempts, including withdrawals and drops, are considered in the catalog’s tracking policy; students must also follow semester-specific progression requirements.
Design & practical experience
The plan requires Electrical Engineering Design 1 and an approved Design 2 course.
The senior design choice includes Electrical Engineering Design 2 or Integrated Product and Process Design 2, with the necessary prior preparation.
Fall 2026–summer 2027 undergraduate resident per-credit total is $210.19; nonresident total is $670.42. The schedule additionally lists $37 in flat fees each term. Housing, meals and other applicable charges are separate.
USF makes specialization a required part of its 128-credit electrical engineering degree: students complete at least two technical tracks. Four selected gateway courses help establish the foundation for that work, with choices including electronics, controls, semiconductor devices and electromechanical systems. The tracks normally pair advanced courses with a laboratory, while ECE Design 1 and 2 occupy the final year. A separate professional-formation sequence adds communication, teamwork and related preparation. This is a useful structure for students with two connected interests, such as power and embedded control, provided they plan prerequisites and track requirements together.
Where it stands out
USF deserves attention if you want a degree that requires advanced study in more than one electrical area. Compare the gateway courses and track laboratories for your intended combination, then use the department’s term-offering guidance to see how that combination fits the schedule.
What to weigh
Track requirements generally cannot double-count the same courses, and the capstone sequence belongs in the final year. Upper-division progression also has a specific course-GPA threshold, with conditional review below the guaranteed level. Students should assess those rules early rather than assume university admission alone establishes advanced-major access.
Students choose four gateway courses from electronics, communications, electromechanical systems, controls, semiconductor devices and wireless circuits.
At least two technical tracks are required, normally with two track courses and a laboratory in each; the wireless track incorporates its laboratory in the gateway course.
A three-course Professional Formation of Engineers sequence accompanies the technical curriculum.
Areas of focus
Curriculum tracks: Bioelectrical Systems; Communication Systems; Energy, Power and Sustainability; Mechatronics, Robotics and Embedded Systems; Micro and Nano-scale Systems; Wireless Systems; Systems and Security
Admission & progression
Upper-division progression requires C or better in the specified chemistry, calculus and calculus-based physics courses. A 3.0 GPA across these courses supports guaranteed progression; 2.75 can support conditional progression after transcript review.
The calculation uses the best attempt within a maximum of two attempts; students also need minimum 2.0 overall and USF GPAs and good academic standing.
Design & practical experience
ECE Design 1 and 2 are required during the final year of the degree.
Technical tracks include laboratory requirements, connecting specialization with practical work.
Undergraduate research can be recorded through approved coursework; students should establish with an advisor how the credit fits the degree.
$212.28 per credit, Florida-resident tuition and fees
Cost basis & conditions +
2026–27 campus undergraduate tuition and listed per-credit fees total $212.28 for Florida residents or $891.07 for nonresidents. Additional applicable charges include equipment fees up to $90, course-specific materials or distance-learning fees, and the $10 annual ID/service fee. Housing and other living costs are separate.
UCF’s electrical engineering degree offers four distinct ways to organize advanced study. A comprehensive track keeps the focus broad, while the other tracks concentrate on communication and signal processing, power and renewable energy, or RF and microwaves. The power description reaches beyond generation into microgrids, markets and data analytics; the RF option includes subjects such as radar and wireless sensors. Junior Design supplies another concrete feature, introducing test equipment, microcontroller development and PCB tools before senior design. The university currently lists 122 credits for the program, with progression from engineering-pending status governed by foundational course completion.
Where it stands out
UCF suits students who already have a particular electrical application in mind but want a comprehensive option available as well. Its published junior-design activities are especially useful for applicants interested in board-level electronics, instrumentation or the practical tools used to build embedded systems.
What to weigh
Most upper-level engineering courses remain restricted until pending requirements are completed and final grades appear in the degree audit. Track choices also change the advanced course plan. The per-credit tuition-and-fee total is a campus undergraduate rate; equipment, course-specific charges and living expenses require additional budgeting.
Four tracks organize study: Communications and Signal Processing, Comprehensive, Power and Renewable Energy, and RF and Microwaves.
The linear-circuits sequence covers AC analysis, power calculations, transient circuits, Laplace methods and frequency-selective circuits.
Power-track subjects include machines, renewable integration, microgrids, power markets and data analytics; RF choices include electromagnetics, radar and wireless sensors.
Areas of focus
Communications and Signal Processing
Comprehensive
Power and Renewable Energy
RF and Microwaves
Admission & progression
Entering engineering students are initially classified as engineering pending in their chosen discipline.
Moving into a declared engineering major requires good academic standing and C or better in calculus I, calculus II, calculus-based physics I and the approved chemistry course; final grades must be posted to the degree audit.
Design & practical experience
Junior Design prepares students for senior design through requirements specifications, test equipment, microcontroller tools, schematic capture and PCB design.
The power and renewable energy track describes hands-on training with smart-grid technologies.
What matters in electrical engineering bachelor’s programs in Florida
How specialization works
We distinguish required breadth, gateway courses and track rules from a general list of departmental research interests.
Preparation and progression
Critical tracking, course grades and major-pending requirements can determine the pace of the degree.
A comparable bill
Current tuition-and-fee schedules need the same residency and credit-load assumptions before they can support a fair cost comparison.
Choose the electrical subject first, then compare Florida programs
An electrical power interest leads to different course decisions at these schools. UCF’s Power and Renewable Energy track describes machines, renewable integration, microgrid operation, markets and data analytics. USF’s electrical catalog includes Energy, Power and Sustainability among its tracks, but students must complete at least two tracks. That can support a deliberate pairing with controls or embedded systems rather than a single-subject plan.
Florida’s BSEE requires electrical breadth alongside deeper elective study. The catalog groups the field across devices/circuits, electromagnetic and power-related subjects, and computing/communication/control. A student interested in communications should compare the required foundation and laboratory work, not just locate the same subject word on each school’s website. Those requirements determine how much advanced study fits before graduation.
Resolve the first two years before planning advanced electives
Florida’s department requires a 2.5 critical-tracking GPA and specified minimum course grades, with only the first two attempts considered under the published policy. USF uses a 3.0 GPA in its specified foundational courses for guaranteed upper-division progression, with a 2.75 conditional route subject to transcript review. The policies use different course sets and calculations, so the numbers are not directly interchangeable.
UCF’s engineering-pending process requires C or better in calculus I and II, calculus-based physics I and an approved chemistry course, plus good academic standing. Final grades must appear in the degree audit before moving out of pending status. Transfer students should establish which prior courses satisfy those conditions and which remain, especially when admission occurs before the final transcript is available.
Match design expectations with the actual attendance budget
USF requires ECE Design 1 and 2 in the final year. Florida permits an approved electrical design or integrated product/process design route. UCF’s Junior Design description identifies requirements specifications, test equipment, microcontroller tools and PCB design. Ask how those preparations connect with the senior project and which prerequisites must be completed before joining a team.
The current resident per-credit tuition-and-fee totals are $214.54 at Florida, $210.19 at USF and $212.28 at UCF. Those small differences should not outweigh a mismatched degree plan. USF lists separate flat term fees, and UCF separately lists equipment and other applicable charges. Nonresident totals differ much more. Compare a full semester and include housing, transport, materials and the effect of an individual aid offer.
Questions, answered
What else should you know?
How do the reviewed Florida credit totals compare?+
Florida and USF each list 128 credits for the reviewed BSEE. UCF’s current degree page lists 122. A smaller total does not establish an easier program; required courses, transfer equivalencies and placement determine the actual remaining work.
Can I choose only one technical track at USF?+
The current USF BSEE requires at least two technical tracks. Each generally includes two advanced courses and a laboratory, with a stated exception for the wireless track’s integrated laboratory. The gateway and track requirements should be planned together.
Does UCF admit first-year students directly into full engineering-major status?+
Engineering entrants begin in the discipline’s pending category. Completion of the required calculus, physics and chemistry courses, good standing and posted final grades support the change into the declared engineering major.
Do these prices represent the cost of the whole degree?+
No. They are 2026–27 undergraduate tuition-and-fee rates for the stated residency and enrollment basis. Total degree cost depends on credits, terms, additional charges, living arrangements and financial aid.
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.
