Best General Engineering Degree Programs in Vermont in 2026
General engineering degrees in Vermont include the University of Vermont’s Engineering B.S., an interdisciplinary degree with an advised concentration and a 128-credit curriculum. This reviewed selection focuses on the full award, its substantial elective requirements and the design sequence that connects the chosen courses.
UVM explicitly describes this Engineering BS as a degree that is not ABET-accredited and is not designed to be. That distinction is part of evaluating its fit. Students seeking to combine engineering with the arts, humanities or sciences should compare both the academic flexibility and the credentials required for their intended next step.
How we ranked general engineering bachelor’s programs in Vermont
This reviewed Vermont selection includes the complete B.S. in Engineering at University of Vermont. Its exact degree title and credential status are retained; preparatory or introductory engineering categories are not counted as degree awards.
UVM is presented for its defined interdisciplinary concentration process, substantial engineering electives and matching capstone sequence. The assessment makes the exact degree’s accreditation status and college-specific cost conditions part of the fit decision.
The tuition band covers 12–19 credits. The published schedule separately charges a $1,529 comprehensive fee and a $500 College of Engineering and Mathematical Sciences program fee per semester. Tuition above 19 credits adds $706 per credit. Nonresident tuition is $23,327.50 within the same band; housing and other expenses are additional.
Vermont’s Engineering B.S. is an interdisciplinary 128-credit degree for students who want to connect engineering with the humanities, arts or sciences. It requires a concentration declared with an advisor before the end of the first four semesters. The technical foundation includes statics, circuits, graphical communication and thermodynamics, plus calculus, linear algebra, computing and physical science. Students add 30 engineering science elective credits, with an upper-level minimum, and 12 technical elective credits. Design is also required: an introductory course leads to an approved two-course capstone sequence whose courses must have the same prefix. The structure permits a tailored direction while keeping substantial mathematics and engineering requirements.
Where it stands out
UVM suits applicants with a clear reason to combine engineering coursework with another field and who want to build that plan through advising. The broad elective pool can be valuable when a conventional single-discipline major would leave too little room for the intended combination.
What to weigh
UVM explicitly states that this Engineering BS is not ABET-accredited and is not designed to be. Applicants should assess that distinction for their intended professional or graduate route. Elective flexibility also requires careful prerequisite planning, and the capstone pair must remain within a matching course prefix rather than mixing unrelated projects.
The 128-credit Engineering BS combines mathematics, computing and science with statics, electrical circuits, graphical communication and thermodynamics.
Students declare a concentration before completing their first four semesters and plan an integrated course sequence with their advisor.
Engineering science electives total 30 credits, including at least nine at the 3000 level. A separate 12-credit technical-elective requirement permits approved advanced CEMS, business or natural-science coursework.
Areas of focus
An individually advised concentration connects engineering with the humanities, arts or sciences.
Admission & progression
Engineering applicants must complete four years of mathematics, including trigonometry or precalculus, and one year each of chemistry and physics under the college’s published admission requirements.
Applicants must also satisfy university admission requirements; transfer students can have additional requirements.
Students work with an advisor to declare the Engineering BS concentration before the end of their first four semesters.
Design & practical experience
The plan requires an introductory design course from an approved biomedical, civil, electrical or mechanical engineering option.
The two advanced capstone courses must carry the same course prefix, connecting the project sequence within one technical area.
Advanced engineering electives can be selected across biomedical, civil, computer, electrical, mechanical and other approved engineering subjects.
What matters in general engineering bachelor’s programs in Vermont
A defined interdisciplinary plan
The review examines how required engineering courses support the student’s chosen academic direction.
Required design work
The sequence of design, implementation and capstone courses shows how projects fit the degree.
Credential and completion conditions
The exact program’s accreditation status, prerequisites and tuition conditions inform its suitability.
Shape general engineering degrees in Vermont around a coherent concentration
UVM requires Engineering BS students to declare a concentration before completing their first four semesters. The student and advisor then plan an integrated series of courses directed toward that concentration. The degree is designed for interdisciplinary applications of engineering alongside the humanities, arts and sciences, so the proposed combination should have a clear academic purpose.
There is still a substantial common foundation. Statics, electrical circuits, graphical communication and thermodynamics sit alongside mathematics, programming, chemistry and physics. Students then complete 30 engineering science elective credits, including at least nine at the 3000 level, and a separate 12-credit technical-elective requirement. Compare the prerequisites and likely semester offerings of the chosen courses before assuming that every interesting combination fits in the same schedule.
Keep the capstone sequence connected to the chosen technical direction
The Engineering BS requires introductory design and a two-course advanced capstone sequence. Approved choices come from engineering areas such as biomedical, civil, electrical and mechanical, but the two capstone courses must have the same prefix. That requirement keeps the final design work connected within an appropriate course sequence.
Use the capstone choice to work backward through the concentration and electives. A student interested in electronic controls may need different preparation from someone interested in structures or product design. Looking at mechatronics programs can help applicants considering machines and control systems identify the balance of mechanics, electronics and computation they want in an advised plan. UVM’s flexibility is most useful when those choices reinforce one another.
Match the degree’s credentials, preparation and semester costs to your plans
The catalog states that the Engineering BS is not ABET-accredited. Applicants should evaluate that exact degree status for any intended professional or graduate pathway, rather than relying on accreditation information for a different UVM engineering major. A broad degree can be academically useful while serving a different purpose from a conventional accredited disciplinary program.
Engineering applicants must have four years of mathematics, including trigonometry or precalculus, and one year each of chemistry and physics, alongside university admission requirements. For 2026–27, full-time tuition covers 12–19 credits per semester. A comprehensive fee and a separate College of Engineering and Mathematical Sciences program fee add to that amount; credits above 19 cost extra. Residency, the proposed course load and housing arrangements all belong in the budget.
Questions, answered
What else should you know?
Does Vermont offer a complete interdisciplinary Engineering BS?+
Yes. UVM’s Engineering BS requires at least 128 credits, an advised concentration and engineering design coursework.
When must UVM Engineering BS students declare a concentration?+
The catalog requires a concentration before completing the first four semesters, with an integrated course plan developed with an advisor.
Can the two capstone courses come from different engineering areas?+
The catalog requires Capstone Design I and II to have the same course prefix.
Is UVM’s broad Engineering BS ABET-accredited?+
No. The current catalog explicitly states that this interdisciplinary degree is not ABET-accredited and is not designed to be.
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Choosing a general engineering degree
Learn what a general engineering degree covers, how concentrations build technical depth and how broad bachelor's programs compare with specialized majors.
