Best Electrical Engineering Degree Programs in Vermont in 2026
Design work appears at several stages of the University of Vermont’s electrical BS. Students complete EE Principles and Design, a Circuits Design Project and an Electronics Design Project before the two senior capstone courses. The electrical foundation also covers fields, signals, digital design and microcontrollers, with upper-level EE/CMPE electives for further study.
This 2026 ranking of electrical engineering degree programs in Vermont currently reviews the Burlington program. The most useful comparison within its plan is between the required design sequence and the electives that support an individual electrical interest. Applicants bringing advanced experience or transfer credit should also examine the approved substitution rules for first-year courses.
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How we ranked electrical engineering bachelor’s programs in Vermont
The Vermont selection contains one individually reviewed electrical engineering bachelor’s degree at UVM. It evaluates the named electrical award, not the university’s separate broad Engineering BS or biomedical engineering program. The position is a focused editorial assessment of this degree rather than a comparison with unreviewed Vermont institutions.
Vermont is included for its design projects before capstone, required electrical and computing foundation, and defined upper-level electrical electives. With one reviewed institution, the ranking identifies the selected degree and its practical requirements; it does not assign an inferred numerical quality score.
For 2026–27 at 12–19 undergraduate credits, tuition is $8,469 per Vermont-resident semester or $23,327.50 per out-of-state semester. Add the $1,529 comprehensive fee and $500 College of Engineering and Mathematical Sciences program fee each full-time semester. Credits above 19 add the applicable per-credit tuition, while insurance, materials and living expenses are separate. Part-time fees follow a separate table.
Vermont’s electrical BS builds design work into several stages of the curriculum. EE Principles and Design is followed by named circuits and electronics design projects before Capstone Design I and II. The common technical work includes circuits, electronics, fields, signals, digital design and microcontrollers, with twelve upper-level EE/CMPE elective credits for further study. The program describes electrical directions such as energy, computer and autonomous systems without requiring every student to pursue the same focus. Applicants should examine the actual project sequence and elective restrictions, particularly when prior experience or transfer credit changes the first-year course plan.
Where it stands out
Vermont merits attention if you want named design projects before the senior capstone and flexibility to organize electrical electives around energy, computing or autonomous systems. Students bringing advanced experience can also investigate the catalog’s process for approved first-year course substitutions.
What to weigh
Approved substitutions cannot double-count toward other major requirements, and experiential or independent-study credits are capped within the electrical elective block. CEMS has specific high-school mathematics and science preparation requirements. The full-time bill includes both a comprehensive fee and a separate engineering/mathematical-sciences program fee.
The electrical core includes circuits, electronics, electromagnetic field theory, signals/systems, digital design, microcontrollers, probability and engineering mathematics.
Circuits Design Project and Electronics Design Project appear before the two senior capstone courses.
Twelve upper-level EE/CMPE elective credits follow the published restrictions, including a six-credit maximum across teaching assistantship, independent study, internship and research.
Admission & progression
CEMS requires four years of high-school mathematics including trigonometry or precalculus, plus a year each of chemistry and physics for engineering applicants.
The department requires a minimum 2.0 GPA across its listed engineering, mathematics, statistics, physical-science and computer-science coursework.
Students entering with advanced experience or transferring into the college in the second year must arrange approved substitutions for designated first-year courses; substituted courses cannot also satisfy another major requirement.
Design & practical experience
EE Principles and Design, Circuits Design Project and Electronics Design Project provide required design work before capstone.
Capstone Design I and II form a required six-credit culminating design experience.
Electronics Laboratory is required, while approved research, internship and independent-study credit can contribute within the technical-elective limits.
What matters in electrical engineering bachelor’s programs in Vermont
Design across the degree
Several named project courses make the practical sequence visible before the final capstone.
Approved use of prior experience
First-year substitutions require approval and cannot be used twice toward major requirements.
Electrical electives and cost
Experiential-credit limits and the CEMS program fee matter to the academic and financial plan.
Following the electrical design sequence at UVM
Vermont’s electrical curriculum requires a Circuits Design Project after the circuit foundation and an Electronics Design Project alongside later electrical study. Electronics Laboratory is also required. Capstone Design I and II total six credits and provide the culminating professional design experience. Applicants can ask to see the expectations at each stage rather than relying on a broad statement that engineering is practical.
The common core includes circuits, electronics, electromagnetic field theory, signals and systems, digital design, microcontrollers, engineering mathematics and probability. Twelve upper-level EE/CMPE elective credits permit additional electrical study. The program describes directions such as energy, computer and autonomous systems, but students should translate those interests into an approved elective plan with the relevant prerequisites.
Transfer substitutions and elective limits
The catalog provides a process for students with advanced experience or students transferring into the college in their second year to replace designated first-year work with approved courses. A substitution for EE Principles and Design must meet the stated level and approval conditions; the same course cannot also fulfill another major requirement. The first-year seminar has a separate substitution rule for students entering after their first semester.
No more than six credits of teaching assistantship, independent study, internship and research can count within the electrical elective block. An attractive research or internship opportunity therefore needs a credit-plan check before it replaces a scheduled elective. The department also requires a minimum 2.0 GPA across its specified engineering, mathematics, statistics, science and computing courses. These rules govern completion alongside the broader university requirements.
Preparation and CEMS tuition charges
UVM’s college-specific preparation rules require four years of high-school mathematics including trigonometry or precalculus, plus a year each of chemistry and physics for engineering applicants. The requirements for other UVM colleges should not be substituted for this engineering preparation. Transfer applicants should obtain a review of both eligibility and how prior courses will satisfy the electrical curriculum.
The 2026–27 undergraduate schedule lists tuition of $8,469 per Vermont-resident semester or $23,327.50 per out-of-state semester at twelve to nineteen credits. The $1,529 comprehensive fee and $500 CEMS program fee are additional each full-time semester. Credits above nineteen, insurance, materials and living expenses have separate charges. Compare the complete attendance budget and aid offer rather than the base tuition amount alone.
Questions, answered
What else should you know?
Does Vermont require design projects before electrical capstone?+
Yes. EE Principles and Design, Circuits Design Project and Electronics Design Project appear before Capstone Design I and II in the required curriculum.
Can an internship satisfy all twelve electrical elective credits?+
No. The catalog caps the combined use of teaching assistantship, independent study, internship and research at six credits within the electrical elective block.
Can transfer students substitute for first-year electrical work?+
The catalog permits approved substitutions in specified circumstances, including advanced experience or second-year entry. Substituted courses cannot also fulfill another requirement in the major.
Is the UVM engineering program fee included in base tuition?+
No. Full-time CEMS students pay a separate $500 program fee per semester in 2026–27, in addition to tuition and the comprehensive fee.
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