Best Electrical Engineering Degree Programs in Colorado in 2026
Colorado's electrical engineering bachelor's programs offer different paths through devices, power, communications and embedded systems. This 2026 ranking reviews CU Boulder, Colorado School of Mines and Colorado State University. Each has a defined electrical engineering degree, but their required projects, elective structure and concentration options give students different reasons to apply.
The best electrical engineering degree programs in Colorado for your goals will depend on the work you want to study and the plan you can sustain. The reviews below pair the academic differences with major-entry requirements and current tuition conditions, including residency and Colorado's College Opportunity Fund.
Electrical Engineering bachelor’s rankings by state+
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Inside this ranking
How we ranked electrical engineering bachelor’s programs in Colorado
We reviewed three Colorado public universities with full electrical engineering bachelor's curricula and official sources for admission and cost. This is a selected editorial ranking of the Boulder, Golden and Fort Collins programs, not an inventory of all Colorado institutions or delivery formats.
CU Boulder leads this reviewed set for its progression from embedded software and electronics into design laboratories. Mines follows for a broad core, required field sessions and four elective interest pathways. Colorado State adds a strong alternative through its general EE, aerospace and lasers/optical concentration choices. The order reflects the documented academic structure and our assessment of student fit, rather than a numeric institutional score.
Published Group V engineering student-share tuition for 12 or more credits, for students first enrolled Summer 2026 through Spring 2027. This figure assumes an eligible Colorado resident applies for and authorizes the College Opportunity Fund stipend; the rate sheet marks the stipend assumption as tentative. Mandatory fees and living costs are additional. Other residency and entry groups use different rates.
Colorado Boulder’s electrical engineering degree has a visible progression from introductory projects to electronics design and a two-part capstone laboratory. Its 128-credit plan includes C programming, digital logic, embedded software engineering, microelectronics, linear systems and electromagnetic fields. The catalog also sets out advanced concentration electives alongside the core. This is a useful curriculum to inspect if your interests sit where an electronic device must interact with software or a larger physical system. Its course-level requirements make the practical work easier to compare with another school's EE degree.
Where it stands out
Colorado Boulder suits students who want embedded systems and electronics design inside a full electrical engineering foundation. The combination of programming, circuits, digital systems and capstone laboratories gives several ways to investigate how a device is built and tested.
What to weigh
Prerequisite grades can directly affect progression: the catalog requires at least C- in courses serving as prerequisites or corequisites for later required work. It also prohibits combining this BSEE with several closely related degrees and minors. Check those restrictions before planning a double major or overlapping minor.
Undergraduate academic-year tuition for the published 15–19-credit enrollment band. Resident tuition already includes the College Opportunity Fund reduction; do not subtract COF again. Mandatory fees are $3,206, and housing, food, books, insurance and other expenses are additional. Field-session or summer enrollment can carry separate charges.
Mines gives electrical engineering students a structured 128-credit route through circuits, embedded systems, controls, electromagnetics and electric machinery. Its practical sequence is particularly visible: computational methods and a later field session sit alongside junior integration and design, followed by two senior capstone courses. Fifteen credits of EE electives let students develop one of four interest pathways without replacing the broad core. This makes Mines a useful choice for someone who wants to connect device-level electronics with power, communications or larger engineered systems while following a clearly specified undergraduate sequence.
Where it stands out
Mines suits students who want required design work and a broad EE foundation before specializing. The power and energy pathway is worth examining alongside the mandatory electric-machinery course; students interested in radio or semiconductor work can instead investigate the wireless and electronics electives.
What to weigh
The prescribed sequence and field sessions need careful coordination with transfer credit, summer plans and outside work. The published annual tuition covers a specific enrollment band, while summer and field-session expenses need their own budget. Colorado resident rates also depend on eligibility for that tuition classification.
Required circuits and laboratory, digital logic, embedded systems, feedback control and engineering electromagnetics.
Information systems science, electronic devices and electric machinery are included in the core.
Fifteen credits of EE electives; at least nine must be EENG courses at the 400 level or higher.
Areas of focus
Interest pathway: Information and Systems Science
Interest pathway: Power and Energy Systems
Interest pathway: Integrated Circuits and Electronics
Interest pathway: Antennas and Wireless Communications
Admission & progression
First-year applicants may use the Golden Application or Common App and submit high school transcripts.
Required high school preparation includes four years of college-preparatory mathematics through at least trigonometry or precalculus, three years of lab science including physics or chemistry, and four years of English.
Mines is test optional; submitted scores are considered within its holistic review.
Design & practical experience
Electrical Engineering Integration and Design in the junior year.
Required computational-methods field session and a later field-session choice including printed circuit board design.
Eight-semester plan for the general EE concentration
Study format
On campus
Program accreditation
Engineering Accreditation Commission of ABET
2026–27 tuition
Residency-based tuition plus engineering charges
Cost basis & conditions +
CSU publishes separate Colorado resident, nonresident and WUE undergraduate rate schedules. Eligible resident student-share rates reflect a $116-per-credit COF stipend. The engineering college technology charge is $187.40 per term at 12 or more undergraduate credits, prorated below that load. Subject-based differential tuition begins after 60 earned credits, including incoming transfer credit; general fees, special course fees and living costs are additional.
Colorado State offers an electrical engineering bachelor's degree with a broad EE concentration and more focused aerospace and lasers/optical routes in its catalog. The general concentration has a 126-credit plan that progresses from analog and digital circuits into microcontrollers, communications, electronics and electromagnetic fields. A project-practices course introduces the work before the two-semester senior design sequence. Technical electives can extend the electrical core into computing, remote sensing, robotics or other approved subjects. Students can therefore compare several applications within one department while keeping the exact concentration requirements in view.
Where it stands out
Colorado State is a strong candidate for students who want a named aerospace or optics direction, or who want to keep a broader electrical engineering course plan. Its published transfer rules also give applicants a concrete way to check how prior calculus, science and engineering study affects major entry.
What to weigh
Admission to CSU and direct admission to engineering are separate decisions. The major's course-grade requirements and prerequisites can affect progression even after entry. Cost planning should account for differential tuition after 60 earned credits and the engineering technology charge, rather than relying only on the base tuition schedule.
Attendance:The 126-credit figure is for the Electrical Engineering concentration in the Fall 2026 catalog.
Analog and digital circuits, microcontrollers and C, communications principles and linear system analysis.
Electronics and electromagnetic fields each have a two-course sequence.
The general EE concentration requires 10 technical-elective credits and Senior Design Project I and II.
Areas of focus
Electrical Engineering
Aerospace
Lasers and Optical Engineering
Admission & progression
Engineering is a competitive major: first-year direct entry requires a 3.3 high school GPA, four years of calculus-track mathematics with specified grades, and chemistry or physics preparation.
Transfer requirements differ for applicants from ABET-accredited engineering programs and other programs; the latter route includes calculus and a specified science or programming course.
Students admitted to CSU without direct major entry may use an Exploratory Studies pathway and work toward the major requirements.
Design & practical experience
Introduction to Project Practices in the sophomore year.
Two-semester Senior Design Project.
Approved technical electives can include a limited amount of independent study or Vertically Integrated Projects credit.
What matters in electrical engineering bachelor’s programs in Colorado
The required EE foundation
We compare circuits, programming, signals, electromagnetics and power within the required curriculum before considering elective specialties.
A sequence of design work
We look for how introductory projects develop into integration work, field sessions or a two-part senior capstone.
Entry and tuition conditions
We examine major-entry rules, course progression, residency and engineering-specific charges that affect a realistic degree plan.
Which Colorado electrical engineering program fits your interests?
The CU Boulder BSEE includes embedded software, microelectronics and an electronics design lab before its two-part capstone laboratory. Students interested in the interaction between hardware and software can trace that work across the degree chart instead of relying on a broad department description.
Mines' 128-credit degree includes electric machinery and feedback control in the core. Its approved EE electives can develop interests in power and energy, information and systems, integrated circuits, or antennas and wireless communications. Those are interest pathways within the BSEE, rather than four separate degrees.
Colorado State's catalog offers general EE, aerospace, and lasers/optical concentrations. The 126-credit general concentration includes analog circuits, microcontrollers, communications and two-course sequences in electronics and electromagnetic fields. Compare the actual concentration plan before assuming the same electives apply across every route.
Plan around major entry, prerequisites and design work
Colorado State labels engineering a competitive major. Its direct-entry requirements distinguish first-year applicants from transfers and offer an Exploratory Studies route for students who enter the university before qualifying for the major. An offer of university admission therefore needs to be read alongside the major decision.
Project schedules deserve the same care. Mines includes field sessions as well as junior integration/design and senior capstone courses. CU Boulder requires specified grades in prerequisites and corequisites, while CSU sets minimum grades for required lower-division and junior ECE courses. Transfer students should map previously completed mathematics, programming and laboratories to these sequences before estimating time to graduation.
Understand Colorado resident tuition and engineering charges
A resident tuition quote is meaningful only with its COF assumptions. Mines' current resident annual tuition already subtracts the College Opportunity Fund contribution, so it should not be deducted a second time. CU Boulder's engineering rate also depends on the student's entry group and residency. The individual reviews retain those conditions.
At Colorado State, base tuition is only part of the calculation. The engineering college technology charge and subject-based differential tuition after 60 earned credits affect the bill; incoming transfer credits count toward that threshold. Compare the same enrollment load and academic year, then add required fees, living costs and any summer or field-session enrollment. Use the cost guide to build a complete budget.
Questions, answered
What else should you know?
Which Colorado schools are included in this electrical engineering ranking?+
This selected bachelor's ranking reviews the University of Colorado Boulder, Colorado School of Mines in Golden, and Colorado State University in Fort Collins. All three are reviewed as campus electrical engineering programs. It does not claim to cover every Colorado degree.
How many credits does an electrical engineering degree in Colorado require?+
The reviewed CU Boulder and Mines BSEE plans each require 128 semester credits. Colorado State's general Electrical Engineering concentration lists 126 credits for Fall 2026. A transfer evaluation and the exact catalog/concentration still determine an individual student's remaining requirements.
Does Colorado State admit every university applicant directly to engineering?+
No. Engineering has additional direct-entry requirements, and admission to CSU is assessed separately from admission to the competitive major. Applicants who enter through Exploratory Studies can work toward the required CSU courses and grades with advising.
Should I subtract COF from the published Mines resident tuition?+
No. Mines explicitly says its published resident tuition already takes the College Opportunity Fund into account. Resident classification and COF eligibility still matter. Compare the stated student-share rate, mandatory fees and living expenses instead of applying the stipend twice.
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.
