University campus in Colorado
Updated July 13, 2026

Best Computer Engineering Degree Programs in Colorado, 2026 Rankings

Compare the top computer engineering colleges in Colorado. 13 accredited computer engineering schools ranked by graduation rate, career outcomes, and value, from Community College of Aurora to University of Colorado Boulder.

#1 ProgramU of Colorado Boulder
Avg Salary$121,440
Tuition From$3,754/yr
Job Growth+22%
On this page
Reviewed by Taylor Rupe, Founder & EditorSee methodology

10

Programs ranked

IPEDS 2024

$121,440

Colorado median computer engineering salary

BLS OEWS 2024

87.8/100

Top program score

Hakia methodology

5%

U.S. job growth (2023–33)

BLS projections

Key Takeaways

Best computer engineering degree programs: U of Colorado Boulder, Colorado Technical Univer..., Colorado School of Mines

Ranked by graduation rates, program outcomes, and institutional quality

IPEDS 2024

Tuition ranges from $3,754 to $58,032/year

Community College of Aurora offers the most affordable option at $3,754/yr

IPEDS 2024

Computer Engineering degree programs available: 1 associate's, 7 master's, 4 doctoral in Colorado

From community college pathways to advanced research degrees

IPEDS 2024

3 online computer engineering degree programs in Colorado

Flexible scheduling for working professionals

IPEDS 2024

Colorado community college transfer can save 40-60% on total degree costs

1 associate's programs provide transfer pathways to bachelor's degrees

Education Commission of the States

Major employers: Arrow Electronics, IHS Markit, Lockheed Martin, Ping Identity

Tech hubs in Denver and Boulder

Hakia Research 2026

Computer Engineering degree programs near 31+ cities across Colorado

Search by city to find programs within 200 miles of your location

IPEDS 2024

Updated July 13, 2026

How we ranked Colorado Computer Engineering programs

We rank 24 accredited computer engineering programs in Colorado using IPEDS 2024 institutional data, BLS OEWS 2024 state salary data, and College Scorecard outcomes. A 4-factor weighted composite is normalized to a 0–100 score. Schools cannot pay for placement; rankings are produced algorithmically.

Program completions (35%)Graduation rate (25%)Selectivity (20%)Career outcomes (20%)
See full methodology

Are Computer Engineering Degree Programs in Colorado Worth It?

Answer
$121,440
Yes. The best computer engineering degree programs in Colorado deliver strong ROI, graduates earn $121,440 median salary with +22% job growth through 2032. In-state tuition averages $16,793/year.

Source: BLS OEWS May 2024

Computer Engineering Degree Rankings in Colorado

Compare the top-ranked Computer Engineering programs in Colorado by degree level. Tuition, graduation rate, and Hakia Score for every accredited program.

Best Associate's Computer Engineering Programs in Colorado

1
Programs ranked
$4,058
Avg tuition/yr
35%
Avg grad rate

Program Landscape

Colorado offers 1 accredited associate's degree programs in computer engineering, providing an affordable entry point into the technology field. The top-ranked programs include Community College of Aurora, which combine rigorous technical curriculum with practical skills training.

Costs & Value

Community colleges in Colorado offer these two-year programs at an average cost of $3,754/yr, significantly less than four-year university tuition. Students completing associate's degrees can pursue entry-level technical positions and transfer opportunities, with entry-level salaries averaging $66,792 in Colorado.

Career Pathways

Many programs feature guaranteed transfer agreements with Colorado's public universities, allowing students to complete their first two years at reduced cost before transferring to complete a bachelor's degree. The Denver, Boulder, Colorado Springs areas offer particularly strong job markets for associate's degree holders, with employers like Arrow Electronics, IHS Markit, Lockheed Martin hiring for technical support, junior development, and IT specialist positions.

Curriculum & Specializations

Programs typically include coursework in programming fundamentals, database management, networking basics, and software development. Among computer engineering schools in Colorado, these associate's programs offer the best value for students beginning their computer engineering degrees in Colorado.

Best Bachelor's Computer Engineering Programs in Colorado

6
Programs ranked
$18,114
Avg tuition/yr
46%
Avg grad rate

Program Landscape

Colorado ranks among the nation's top destinations for computer engineering education, with 12 accredited bachelor's degree programs across 9 public and 2 private institutions. The highest-ranked programs are U of Colorado Boulder, Colorado Technical Univer..., Colorado School of Mines, recognized for academic excellence, research opportunities, and strong industry connections.

Career Outcomes

Graduates from Colorado computer engineering programs earn a median salary of $103,224, 5% above the national average. The state's robust technology sector, anchored by the Denver, Boulder, Colorado Springs metropolitan areas, provides abundant internship and employment opportunities with companies including Arrow Electronics, IHS Markit, Lockheed Martin.

Costs & Value

Tuition ranges from $7,560 to $58,032 annually, with an average of $17,979/yr. Top programs maintain graduation rates above 88%, with the highest reaching 95%. Many programs hold ABET accreditation, the gold standard for computing education, ensuring curriculum meets rigorous industry standards.

Curriculum & Specializations

Students can choose from specializations including software engineering, cybersecurity, artificial intelligence, data science, and systems architecture. Strong industry partnerships provide access to co-op programs, capstone projects with real companies, and direct recruiting pipelines to Colorado's leading technology employers. For students seeking computer engineering degrees in Colorado, these top-ranked computer engineering schools offer the strongest combination of academic rigor and career preparation.

Show all 6 ranked programs
RankSchoolLocationTypeTuitionGrad RateHakia Score
#6Metropolitan State University of DenverDenver, COPublic$9,13532%56.4

Best Master's Computer Engineering Programs in Colorado

2
Programs ranked
$35,329
Avg tuition/yr
72%
Avg grad rate

Program Landscape

Colorado offers 7 master's degree programs in computer engineering, designed for professionals seeking to advance into senior engineering, technical leadership, and specialized roles. The top programs, U of Colorado Boulder, Colorado Technical Univer..., Colorado School of Mines, combine advanced technical training with research opportunities and leadership development.

Career Outcomes

Master's graduates in Colorado earn a median salary of $121,440, approximately 20-30% higher than bachelor's degree holders. The concentration of technology companies in Denver, Boulder, Colorado Springs creates strong demand for graduate-level talent, with Arrow Electronics, IHS Markit, Lockheed Martin actively recruiting from these programs.

Costs & Value

Program formats include traditional full-time study (typically 2 years), part-time options for working professionals (2-3 years), and accelerated tracks. Tuition averages $18,652/yr, with many employers offering tuition reimbursement for graduate education. Some programs offer thesis and non-thesis tracks, allowing students to focus on research or professional development based on their career goals.

Curriculum & Specializations

Curriculum covers advanced topics including machine learning, distributed systems, software architecture, and technical management. Many programs include practicum experiences, industry capstone projects, or consulting engagements that provide real-world application of advanced concepts. Among Colorado's computer engineering schools at the graduate level, these programs stand out for both academic quality and career outcomes.

Best Doctoral Computer Engineering Programs in Colorado

1
Programs ranked
$10,610
Avg tuition/yr
67%
Avg grad rate

Program Landscape

Colorado is home to 4 doctoral programs in computer engineering, preparing students for research positions, faculty appointments, and executive technical roles. Leading programs at U of Colorado Boulder, Colorado School of Mines, Colorado State University... are recognized for cutting-edge research, strong faculty publications, and competitive funding packages.

Career Outcomes

Doctoral graduates command premium salaries, with Colorado PhD holders earning a median of $151,800, reflecting the advanced expertise required for research and executive positions. The Denver, Boulder, Colorado Springs region's research universities and corporate R&D centers provide extensive collaboration opportunities with industry leaders like Arrow Electronics, IHS Markit, Lockheed Martin.

Costs & Value

PhD programs typically require 4-6 years of full-time study, including coursework, qualifying examinations, and original dissertation research. Many programs offer full funding through teaching or research assistantships, covering tuition and providing stipends of $25,000–$40,000 annually.

Curriculum & Specializations

Research strengths across Colorado programs include artificial intelligence, cybersecurity, human-computer interaction, systems, and theoretical computer science. For aspiring researchers pursuing computer engineering degrees in Colorado, graduates go on to careers as university faculty, industry research scientists, or technical executives, contributing to advances in technology that impact millions of users worldwide.

Computer Engineering Degree Costs & Tuition in Colorado

MetricValue
Average in-state tuition$16,793/year
Average out-of-state tuition$41,983/year
Community college tuition$4,198/year
4-year savings for residents$100,760
2+2 transfer pathway savings$25,190

Source: IPEDS 2024

Financial Aid & Scholarships for Computer Engineering Students in Colorado

State Aid Programs

Colorado's College Opportunity Fund (COF) provides a stipend of $116 per credit hour toward in-state tuition at participating public institutions (CDHE Financial Aid). For full-time students (15 credits/semester), COF contributes $3,480/year toward tuition costs. Engineering students at CU Boulder and other public universities automatically receive COF when properly authorized. The lifetime maximum is 145 credit hours, sufficient for bachelor's and some master's coursework. Combined with need-based grants, COF significantly reduces the cost of computer engineering education.

Key Programs & Amounts

Additional Colorado state aid programs include: the Colorado Student Grant (need-based, amounts vary by institution), Colorado Graduate Grant (up to $5,000 for graduate students), and the Colorado Opportunity Scholarship Initiative (COSI) matching program that partners with local scholarship organizations. Federal Pell Grants provide up to $7,395/year for students with demonstrated need. Engineering programs may offer departmental scholarships. CU Boulder's College of Engineering provides merit-based awards ranging from $2,500 to $15,000/year for incoming freshmen and transfer students.

Institutional Scholarships

Defense contractor scholarships target Colorado engineering students.

Lockheed Martin, Northrop Grumman, and Ball Aerospace fund scholarships at partner universities, often with internship components. SMART (Science, Mathematics, And Research for Transformation) scholarships from the Department of Defense provide full tuition plus stipend for students willing to work for DoD agencies after graduation, particularly valuable for computer engineering students seeking security clearances. FAFSA deadline for Colorado state aid is March 1 for priority consideration. Engineering scholarships often have earlier deadlines, apply by December 1 for best consideration.

Computer Engineering Degree ROI Calculator, Colorado

Use our interactive ROI calculator to estimate your return on investment for a computer engineering degree in Colorado. Enter your expected tuition costs, financial aid, and career goals to see projected payback periods and lifetime earnings. The calculator uses current salary data from BLS and tuition data from IPEDS to provide accurate estimates.

Computer Engineering Degree ROI Calculator

Estimate your return on investment for a computer engineering degree

Leave blank to use average cost for selected program type

20 years
10 years20 years30 years
20-Year ROI

+854%

Net gain divided by total investment. ROI above 200% is considered excellent for education investments.

Net Gain

$1,580,373

Your additional lifetime earnings with this degree vs. working without one, minus the total investment.

Break-Even

5 years

Years until your cumulative earnings exceed total investment. Shorter programs often break even faster due to lower opportunity cost.

COL-Adjusted Salary

$122,727

Your starting salary adjusted for local cost of living. This shows real purchasing power compared to a $100K national baseline.

Why does break-even change with program type? Your "total investment" includes both tuition AND opportunity cost (foregone earnings while in school). A 4-year full-time public university (in-state) means 4 years of not earning a salary ($140,000 in opportunity cost). Shorter full-time programs may have higher tuition but lower total investment because you return to the workforce sooner.

Detailed Breakdown

How we calculate your degree ROI using real salary data

Total Investment$185,000

Tuition plus opportunity cost (earnings you miss while in school)

Program Cost (Tuition)$45,000

Direct cost of the degree program

Opportunity Cost$140,000

4 years × $35K/year foregone salary while studying full-time

20-Year Earnings (with degree)$2,615,781

Projected career earnings starting after graduation, with salary growth

20-Year Earnings (without degree)$850,408

What you'd earn working at $35K/year with 2% annual growth

Starting Salary (Denver, CO)$135,000

Median salary for this role in your selected location (BLS 2024)

Annualized Return4.7%

Your investment's compound annual growth rate (similar to stock market returns)

Data sources: BLS OEWS May 2024, IPEDS 2024. Calculations use median salaries, 3% discount rate, and assume salary growth declines from 6% to 2% over career. Individual results will vary. | Powered by Hakia.com

Computer Engineering Salaries by Metro Area

Median annual salary in Colorado metro areas

Denver$134K
Boulder$128K
Colorado Springs$121K
View data table
CategoryValue
Denver$134K
Boulder$128K
Colorado Springs$121K

Source: BLS OEWS May 2024

Hakia.com

Top Employers Hiring Computer Engineering Graduates in Colorado

Find computer engineering jobs in Colorado. These major employers across Colorado metro areas are actively hiring computer engineering degree holders. Click employer names to view current job openings.

Computer Engineering Jobs in Denver/Boulder

CO

Denver/Boulder is a growing tech hub with aerospace heritage, outdoor lifestyle appeal, and a thriving startup ecosystem.

Nearby cities: Boulder, Westminster, Broomfield, Englewood, Littleton

Google
Search/Cloud/AI
Amazon
E-commerce/Cloud
Microsoft
Enterprise Software
Meta
Social/VR/AI
Apple
Consumer Electronics
Oracle
Enterprise Software
Lockheed Martin
Defense/Aerospace
Arrow Electronics
Electronics Distribution
DISH Network
Telecommunications
Palantir
Data Analytics
Ibotta
Fintech/Rewards
SendGrid (Twilio)
Communications API

Transfer Pathways for Computer Engineering Degrees in Colorado

State Transfer System

Colorado's Associate of Engineering Science (AES) degree provides a guaranteed transfer pathway to four-year engineering programs including CU Boulder, CSU, and University of Denver (CCCS Transfer). Students completing the AES with required GPA thresholds receive guaranteed admission to participating engineering schools. This pathway includes calculus through differential equations, calculus-based physics, chemistry, and introductory engineering courses, all transferring as equivalent credit toward bachelor's degrees.

How Transfers Work

Important considerations for engineering transfers: Colorado School of Mines is not part of the gtPathways agreement, prospective Mines students should contact the school directly about transfer credit evaluation. For CU Boulder engineering, students need minimum 3.5 GPA for competitive transfer admission, with 3.7+ preferred for computer and electrical engineering. Complete all math and science prerequisites at community college (substantial cost savings), but plan to complete upper-division engineering courses at the university. Front Range, Arapahoe, and Community College of Denver all offer AES degrees with strong transfer outcomes.

Transfer Planning Tips

Cost savings through transfer pathways are substantial.

Community college tuition averages $3,800/year compared to $13,000-$14,000 at CU Boulder (in-state). Completing two years at community college saves $18,000-$20,000 while maintaining clear pathways to ABET-accredited engineering programs. The College Opportunity Fund provides an additional $116/credit hour stipend at community colleges, further reducing costs. Students should work with academic advisors at both institutions to ensure all courses transfer appropriately, engineering prerequisites are particularly sequence-dependent.

Why Pursue a Computer Engineering Degree in Colorado?

Industry & Workforce

Colorado's aerospace and defense industry creates exceptional demand for computer engineers, with Lockheed Martin employing 14,000+ workers across Denver, Boulder, Littleton, and Colorado Springs (Lockheed Martin Colorado). The state's concentration in satellite systems, missile defense, GPS technology, and space exploration requires engineers who can bridge hardware and software domains. Ball Aerospace in Boulder develops scientific instruments and spacecraft, while Sierra Space is building the Dream Chaser spacecraft with Colorado engineering teams. This aerospace ecosystem makes Colorado one of the premier destinations for computer engineering careers in the nation.

Salary Outlook

Computer engineers in Colorado earn competitive salaries reflecting specialized demand.

The BLS reports Colorado electrical and computer hardware engineers earn a median of $127,890 annually, while software developers (often working alongside hardware teams) earn $130,000 median in the Denver-Boulder metro (BLS OEWS May 2024). Entry-level embedded systems engineers start around $85,000-$95,000, with senior roles at Lockheed Martin and Ball Aerospace commanding $150,000-$180,000 plus clearance bonuses. Colorado's 4.4% flat income tax maximizes take-home pay compared to progressive-tax states.

Regional Tech Hubs

CU Boulder and Colorado School of Mines lead computer engineering education in the state.

CU Boulder's Electrical and Computer Engineering program is ABET-accredited and ranked among top 30 nationally, with research facilities in robotics, embedded systems, and signal processing (CU Boulder Engineering). Colorado School of Mines offers rigorous computer engineering with connections to energy sector computing and systems engineering. The state's proximity to federal labs (NIST Boulder, NCAR, NOAA) provides unique research opportunities in instrumentation and environmental monitoring systems. Compare programs in California, Texas, or explore our national rankings.

Computer Engineering Job Growth in Colorado

15%
The Bureau of Labor Statistics projects 15% growth for computer engineering occupations in Colorado through 2024-2034. The median salary stands at $121,440 with 13 accredited programs statewide.

Source: BLS Occupational Outlook

Computer Engineering Job Market & Salary Data in Colorado

Employment Outlook

Colorado's computer engineering job market is anchored by aerospace and defense.

The Denver-Boulder metro ranked #8 among top North American tech markets in CBRE's 2025 Scoring Tech Talent report, with particular strength in hardware-software integration roles (CBRE Tech Talent 2025). Lockheed Martin alone lists 796+ job openings across Colorado facilities, many requiring computer engineering skills for satellite systems, cybersecurity hardware, and embedded flight systems. The U.S. Space Force presence in Colorado Springs and continued commercial space investment ensure sustained demand for engineers who can design mission-critical computing systems.

Salaries by Metro

Regional salary variations reflect industry specialization:

  • Denver: $125,000-$145,000 median for computer engineers, with systems design roles at Ball Corporation in Broomfield paying $96,000-$137,000 base plus incentives (Ball Corporation Careers)
  • Boulder: $130,000-$150,000 for hardware-software engineers, with startups like Atom Computing (quantum systems) and ColdQuanta offering equity compensation
  • Colorado Springs: $110,000-$130,000 median, but clearance-required positions at Northrop Grumman and Raytheon offer $129,000-$213,000 for senior roles
  • Fort Collins/Loveland: Growing semiconductor presence with HP, Broadcom, and AMD operations requiring chip-level expertise

High-Growth Sectors

Emerging sectors driving computer engineering demand include: renewable energy systems (NREL in Golden employs engineers for smart grid and energy storage computing), autonomous vehicle development (several Colorado startups), quantum computing (Boulder hosts leading quantum companies), and medical device manufacturing (Colorado has a growing medtech sector). Defense contractors continue aggressive hiring for cleared positions, students who begin clearance processing during internships have significant advantages. For related career paths, explore electrical engineering programs, embedded systems careers, or cybersecurity degrees.

Entry-Level (0-2 yrs)

New graduates and career changers

Senior (8+ yrs)

Technical leads and architects

Median Salary in Colorado$78,936$176,088
Typical RolesJunior Developer, AnalystStaff Engineer, Architect
Remote Work AccessLimitedCommon
Degree ExpectationBachelor's sufficientMaster's preferred

Online vs On-Campus Computer Engineering Programs in Colorado

Online Programs

3 available in Colorado

On-Campus Programs

Traditional classroom experience

Typical Tuition$15,114/yr$16,793/yr
Schedule FlexibilitySelf-paced or asyncFixed schedule
NetworkingVirtual cohortsIn-person, career fairs
Best ForWorking professionalsTraditional students
Completion Time2-4 years (flexible)4 years (standard)

Compare Computer Engineering Programs in Other States

Computer Engineering Degree Programs in Colorado: FAQ

What are the best computer engineering degree programs in Colorado?
The best computer engineering degree programs in Colorado based on our methodology are: 1) University of Colorado Boulder (87% graduation rate), 2) Colorado Technical University-Colorado Springs, and 3) Colorado School of Mines. Our rankings weight graduation rates (25%), program completions (35%), selectivity (20%), and career outcomes (20%). Colorado offers 13 total accredited programs across 10 public and 2 private institutions. See our complete rankings for all 12 bachelor's programs.
How much do computer engineering degree programs cost in Colorado?
Computer Engineering degree program costs in Colorado vary significantly by institution type. In-state public tuition averages $16,793/year, while private institutions average $36,945/year. Community colleges offer the most affordable path at approximately $4,198/year for associate's degrees. The total 4-year cost ranges from $67,172 at public schools to $147,778 at private institutions before financial aid. Most students don't pay full sticker price, federal grants, state aid, and institutional scholarships can reduce costs by 30-60%.
What salary can computer engineering degree graduates earn in Colorado?
Computer Engineering professionals in Colorado earn a median salary of $121,440, which is 5% above the national average of $115,500. Entry-level positions typically start around $78,936, while senior roles exceed $176,088. Salaries vary by metro area: Denver ($133,584), Boulder ($127,512) offer the highest compensation. Specialized roles like AI/ML engineers and cloud architects command premiums of 15-30% above median.
Are there online computer engineering degree programs in Colorado?
Yes, Colorado offers 3 accredited online Computer Engineering programs from state institutions. These programs award the same degree as on-campus options and include synchronous and asynchronous formats. Top-ranked online programs include offerings from Community College of Aurora and University of Colorado Colorado Springs. Online programs typically cost the same as on-campus tuition for in-state students. Many programs offer flexible scheduling for working professionals, with some offering accelerated completion in 2-3 years. Ensure any online program holds regional accreditation and ideally ABET accreditation for engineering programs.
What companies hire computer engineering degree graduates in Colorado?
Major Computer Engineering employers in Colorado include Arrow Electronics, IHS Markit, Lockheed Martin, Ping Identity, Guild Education. The Denver and Boulder metro areas serve as primary tech hubs with thousands of open positions. Top employers maintain recruiting pipelines directly from Colorado universities, with many offering internship-to-hire programs. Beyond tech giants, opportunities exist in healthcare IT, financial services, defense contractors, and growing startups. Colorado's tech sector shows +22% projected job growth through 2033, outpacing most other industries.
Is a computer engineering degree program worth it in Colorado?
A computer engineering degree program in Colorado offers strong ROI with a $121,440 median salary and +22% projected job growth. At average in-state tuition of $16,793/year, graduates typically recoup their educational investment within 3-5 years. The degree opens doors to high-paying careers in software development ($137,227), data science, cybersecurity, and AI/ML. Beyond salary, benefits include job security, remote work flexibility, and clear advancement paths. Alternative paths like bootcamps exist for career changers, but bachelor's degrees provide broader career options and higher lifetime earnings.
How long do computer engineering degree programs take in Colorado?
Standard completion times for computer engineering degree programs in Colorado are: Associate's (2 years, 60 credits), Bachelor's (4 years, 120 credits), and Master's (1-2 years, 30-36 credits). However, actual timelines vary based on course load, transfer credits, and program format. Accelerated programs can compress a bachelor's to 3 years or a master's to 12 months. Part-time students typically need 5-6 years for a bachelor's degree. Colorado community colleges offer a cost-effective "2+2" path: complete your associate's in 2 years, then transfer to a Colorado university for the final 2 years of a bachelor's program.
What financial aid is available for computer engineering degree students in Colorado?
Colorado computer engineering degree students can access multiple financial aid sources. Federal aid includes Pell Grants (up to $7,395/year for qualifying students) and federal student loans. Colorado state grants provide additional support for residents attending in-state schools. Institutional scholarships from universities can significantly reduce costs, many schools offer merit-based awards for STEM students. Work-study programs and teaching/research assistantships (especially for graduate students) provide income while building experience. Complete the FAFSA by Colorado's priority deadline to maximize aid eligibility. Some employers also offer tuition reimbursement for employees pursuing CS degrees.

Data Sources

Institutional characteristics, completions, graduation rates

Colorado salary and employment data

Official University Websites

Program details and admissions information

Last Updated: June 26, 2026. Rankings based on IPEDS 2024 data. Salary data from BLS OEWS May 2024.

Was this ranking helpful for your college search?
Taylor Rupe

Taylor Rupe

Co-founder & Editor (B.S. Computer Science, Oregon State • B.A. Psychology, University of Washington)

Taylor combines technical expertise in computer science with a deep understanding of human behavior and learning. His dual background drives Hakia's mission: leveraging technology to build authoritative educational resources that help people make better decisions about their academic and career paths.

The research behind the rankings

In-depth Computer Engineering program profiles in Colorado

Hand-researched detail on the top-ranked programs: degree pathways, research labs, industry partners, career outcomes, and admissions. Tap any school to expand.

Best Bachelor's Computer Engineering programs

#1University of DenverDenver, CO

Why it stands out. DU's Computer Engineering program uniquely combines extensive hands-on research opportunities for undergraduates with cutting-edge work in biomedical devices, embodied AI, and sustainable energy systems within Denver's thriving tech ecosystem.

Hakia insight. University of Denver's Unmanned Systems Research Institute and Center for Orthopaedic Biomechanics give undergraduates immediate access to cross-disciplinary robotics projects that straddle aerospace and healthcare—markets where Denver's ecosystem uniquely clusters both sectors.

At the bachelor's level, the University of Denver's Computer Engineering program offers comprehensive pathways from undergraduate through PhD levels, housed within the Daniel Felix Ritchie School of Engineering & Computer Science. The program emphasizes cutting-edge research with real-world applications, focusing on areas like biomedical devices, human-computer interaction, and embodied AI and robotics. Students benefit from extensive laboratories, equipment access, and a committed research environment where faculty foster discovery and innovation. The program maintains ABET accreditation standards and offers both traditional BS and advanced graduate degrees. Research initiatives span from biomechanics and cardiovascular devices to unmanned systems and smart grid technology, positioning graduates to contribute to the common good both locally in Denver and globally.

Programs offered

  • Bachelor of Science in Computer Engineering · 4 years · on-campus
  • Bachelor of Arts in Computer Engineering · 4 years · online

Research labs & institutes

  • Center for Orthopaedic Biomechanics — Biomedical devices and biomechanics
  • Cardiovascular Biomechanics Lab — Cardiovascular biomedical devices and technology
  • Unmanned Systems Research Institute — Unmanned systems research and development for applications like Alzheimer's care
  • Human-Computer Interaction Lab — Human-computer interaction research
  • Innovation Labs — General innovation and research projects

Admissions

GPA 2.5. Deadline Priority deadline: February 16, 2026 for Fall 2026 (MS program).

Accreditation & certifications

ABET Accredited

Location advantage: Denver community engagement Access to local tech ecosystem Proximity to innovation and industry partnerships

#2Colorado State University-Fort CollinsFort Collins, CO

Why it stands out. Specialization concentrations with mentorship and internship opportunities before graduation. Undergraduate research opportunities through Walter Scott, Jr. College of Engineering

Hakia insight. CSU's VLSI and low-power design faculty (Kodali and Katkoori) directly align with Intel's hiring pipeline, meaning undergraduates can tackle real problems in the labs that Intel engineers solve in production—a tighter industry-to-classroom loop than most regional programs.

Colorado State University's Bachelor of Science in Computer Engineering blends computer science and electrical engineering to prepare students for careers developing emerging technologies in digital systems, networking, and computing hardware. The program benefits from a smaller department with top-tier faculty within the larger Walter Scott, Jr. College of Engineering. Students can concentrate in specialized areas including Aerospace Systems, Embedded and IoT Systems, or Networks and Data, gaining hands-on experience through mentorships and internships before graduation. Research areas span biomedical engineering, communications and signal processing, controls and robotics, electric power systems, electromagnetics, and optics. Computer engineering ranks among the top 10 majors in demand according to the National Association of Colleges and Employers, with graduates recruited across aerospace, biomedical, clean energy, robotics, climate science, manufacturing, agriculture, and transportation industries.

Programs offered

  • Bachelor of Science in Computer Engineering · 4 years · on-campus

Research labs & institutes

  • Power Electronics and Electric Machines (PEEM) Laboratory — Power conversion, electric machine drives, renewable energy systems
  • Electrical and Computer Engineering Department Labs — Embedded systems, VLSI design, signal processing, RF/microwave engineering

Industry partners

TrimbleMicron TechnologyLockheed MartinIntel

Career outcomes

Top employers: Intel

Notable faculty

  • V. Prasad Kodali (VLSI design, digital signal processing)
  • Srinivas Katkoori (Low-power design, embedded systems)

Accreditation & certifications

ABET accredited (EAC)

Location advantage: Proximity to Colorado aerospace and defense sector (Lockheed Martin, Ball Aerospace, Raytheon) Access to Front Range semiconductor and embedded systems companies (Trimble headquarters in nearby Sunnyvale presence; regional tech corridor) Rocky Mountain region tech ecosystem with growing IoT and autonomous systems focus

#3Fort Lewis CollegeDurango, CO

Why it stands out. Fort Lewis College prioritizes undergraduate research participation and cross-disciplinary systems thinking, enabling students to publish and present before graduation.

Hakia insight. Fort Lewis College's emphasis on undergraduate research publication before graduation is rare at bachelor's level; students enter job markets not just with internship experience but with peer-reviewed credentials, a credential multiplier in competitive defense and tech hiring.

At the bachelor's level, fort Lewis College's computer engineering program is built on a foundation of rigorous theoretical coursework paired with applied projects that emphasize systems thinking and interdisciplinary collaboration. Students engage with core computer architecture, embedded systems, and digital design while maintaining exposure to related fields—the program encourages cross-discipline partnerships, particularly with physics and electrical technology programs. The curriculum is structured around sequential labs where students progress from basic logic gate design to complex FPGA implementations and real-time operating systems. What distinguishes the FLC approach is its commitment to small class sizes and undergraduate research opportunities; many students contribute to faculty-led initiatives before graduation, gaining publication or conference presentation experience typically reserved for graduate programs. The school's southwestern Colorado setting attracts students seeking a tight-knit academic community, and the program leverages regional industries and the proximity to growing tech sectors in nearby metropolitan areas.

Programs offered

  • Bachelor of Science in Computer Engineering · 4 years · on-campus
  • Bachelor of Arts in Computer Engineering · 4 years · online

Location advantage: Southwestern Colorado location with access to emerging tech markets

#4Colorado Technical University-Colorado SpringsColorado Springs, CO

Why it stands out. CTU's competency-based, accelerated model lets students progress at their own pace while maintaining rigorous hands-on engineering labs—ideal for self-directed learners seeking faster entry into embedded systems and aerospace roles.

Hakia insight. CTU's competency-based model doesn't just accelerate graduation—it lets embedded systems students compress a traditional 4-year degree into 2-3 years while maintaining hands-on labs, making the proximity to General Dynamics and Lockheed Martin Space Systems far more valuable than geographic luck alone.

At the bachelor's level, CTU's computer engineering program emphasizes applied, industry-ready skills through a competency-based learning model that accelerates time to degree and aligns tightly with employer needs. Rather than following a traditional semester structure, students progress through mastery-based modules in areas like embedded systems, digital design, and signal processing, allowing faster completion for well-prepared learners. The curriculum balances hands-on laboratory work—including FPGA design, microcontroller programming, and real-time systems projects—with theoretical foundations in circuit theory and computer architecture. CTU's location in Colorado Springs provides natural partnerships with defense contractors and aerospace firms, creating internship and employment pipelines in these high-growth sectors. The program attracts working professionals and career-changers through flexible scheduling and online/hybrid delivery options, meaning classmates often bring prior industry experience that enriches project-based learning.

Programs offered

  • Bachelor of Science in Computer Engineering · 4 years · on-campus
  • Bachelor of Arts in Computer Engineering · 4 years · online

Industry partners

General DynamicsLockheed Martin Space SystemsNorthrop Grumman

Accreditation & certifications

ABET accredited

Location advantage: Proximity to Colorado Springs defense and aerospace cluster (General Dynamics, Lockheed Martin Space, Northrop Grumman, Ball Aerospace)

#5University of Colorado Colorado SpringsColorado Springs, CO

Why it stands out. ABET accreditation. Group assignments teaching teamwork and individual contributions

Hakia insight. UCCS's DISCO and NETSEC labs front-load network security and distributed systems expertise in the undergraduate curriculum, positioning graduates to skip junior roles and compete for mid-level positions at companies valuing cyber-physical systems knowledge.

The Bachelor of Science in Computer Engineering at UCCS is a 128-credit program offered on-campus, online, and hybrid formats, accredited by ABET's Engineering Accreditation Commission. The curriculum provides foundational computer engineering knowledge alongside practical design and programming skills for real-world problem solving. Students develop through coursework emphasizing mathematics, science, and engineering principles, with group assignments building teamwork capabilities. The program prepares graduates for technical development, project management, and technical sales roles, with educational objectives focused on lifelong learning, applying computer engineering principles to investigate problems, and innovating creative solutions that consider ethics, sustainability, economics, and safety. Graduates are expected to demonstrate abilities in systems design, problem-solving, professional communication, and use of modern engineering tools.

Programs offered

  • Bachelor of Science in Computer Engineering · 4 years · on-campus

Research labs & institutes

  • Distributed, Sustainable, and Cloud Computing Systems (DISCO) Lab — Cloud Computing and Distributed Systems
  • Network Security (NETSEC) Lab — Computer Networks and Cybersecurity
  • Vision and Security Technology (VAST) Lab — Computer Vision and Security
  • Laboratory for Cybersecurity Dynamics (LCD) — Cybersecurity Research
  • HPC Compiler Lab — High Performance Computing and Compilers

Notable faculty

  • Terrance Boult (Computer vision, image processing, networking and medical imaging)
  • Sang-Yoon Chang (Systems security, network security, cyber-physical systems)
  • Jugal Kalita (Artificial intelligence, bioinformatics, natural language processing)
  • Xiaobo Zhou (Cloud Computing and BigData Processing)

Admissions

GPA 3.25.

Accreditation & certifications

ABET Accredited

Location advantage: Located in Colorado Springs technology corridor

#6Metropolitan State University of DenverDenver, CO

Why it stands out. MSU Denver's Computer Engineering program combines rigorous technical education with practical industry experience through specialized labs and software resources. As part of Colorado's #1 transfer destination, the program offers accessible pathways for students from diverse academic backgrounds.

Hakia insight. MSU Denver's designation as Colorado's #1 transfer destination means the program is engineered for students rebuilding academic records, not starting over—rigorous technical labs paired with accessible entry points that don't sacrifice outcomes with Ball Aerospace and IBM.

At the bachelor's level, MSU Denver's computer engineering program prioritizes accessibility and practical skill development for a diverse, often first-generation student body while maintaining solid technical foundations. The curriculum emphasizes hands-on design projects, laboratory work, and industry-relevant skills in embedded systems, digital design, and real-time applications—preparing graduates quickly for entry-level engineering roles or further study. As an urban public institution, the program benefits from proximity to Denver's growing tech ecosystem and maintains partnerships with local companies for internships and capstone sponsorships. Many students balance coursework with part-time work, so the program offers flexibility in scheduling and online/hybrid course options without compromising lab-intensive requirements. Career services and alumni networks in the Denver metro area actively connect graduates to job opportunities in aerospace, telecommunications, and technology sectors.

Programs offered

  • Bachelor of Science in Computer Engineering · 4 years · on-campus
  • Bachelor of Arts in Computer Engineering · 4 years · online

Industry partners

Ball AerospaceLevel 3 CommunicationsIBM

Accreditation & certifications

ABET accredited

Location advantage: Located in Denver with access to Colorado's technology industry Part of Hispanic-Serving Institution with diverse student body Colorado's #1 transfer destination

Best Master's Computer Engineering programs

#1University of DenverDenver, CO

Why it stands out. Specialized, flexible coursework designed for working professionals. Applied-research ecosystem with dedicated labs in humane game design, motion capture technology, and information security/privacy

Hakia insight. University of Denver's motion capture and information security labs at the master's level let working professionals retrain within applied domains rather than pure theory, a pathway particularly suited to Denver's growing embodied AI and privacy-compliance consulting market.

The MS in Computer Engineering at University of Denver's Ritchie School prepares working professionals to advance careers in computer architecture, hardware design, systems testing, and applied research. The program offers specialized, flexible coursework allowing students to balance studies with professional responsibilities while building expertise in areas like network design, pattern recognition, and machine learning. Students gain both specialized computer engineering knowledge and broad engineering concepts applicable across industries. The program features a dedicated applied-research ecosystem with labs investigating humane game design, motion capture technology, and information security—providing real-world project experience. Graduates work as computer software engineers, computer hardware engineers, and systems engineers across multiple industries and countries, leveraging Colorado's thriving tech sector. The flexible course structure supports part-time completion for working professionals.

Programs offered

  • Master of Science in Computer Engineering · 1-2 years · on-campus

Research labs & institutes

  • Center for Orthopaedic Biomechanics — Biomedical devices and biomechanics
  • Cardiovascular Biomechanics Lab — Cardiovascular biomedical devices and technology
  • Unmanned Systems Research Institute — Unmanned systems research and development for applications like Alzheimer's care
  • Human-Computer Interaction Lab — Human-computer interaction research
  • Innovation Labs — General innovation and research projects

Admissions

GPA 2.5. Deadline Priority deadline: February 16, 2026 for Fall 2026 (MS program).

Accreditation & certifications

ABET Accredited

Location advantage: Denver community engagement Access to local tech ecosystem Proximity to innovation and industry partnerships

#2Colorado State University-Fort CollinsFort Collins, CO

Why it stands out. Thesis vs coursework track options available. Graduate assistantships (GTA, GRA, GSA) with potential tuition support

Hakia insight. CSU's graduate assistantships with tuition support at a land-grant school mean master's students can fund degrees through VLSI and low-power design labs—converting tuition burden into resume-building research aligned with Intel and Micron hiring priorities.

Colorado State University's Master of Science in Computer Engineering prepares working professionals for leadership roles in the rapidly evolving field of computer engineering. The program emphasizes fundamental principles while developing creative problem-solving and collaborative skills essential for mid-career advancement. Students can pursue the program through flexible on-campus or online formats, accommodating working professionals' schedules. Graduate teaching assistantships (GTA), graduate research assistantships (GRA), and graduate service assistantships (GSA) are available to qualified students, providing financial support and practical experience. The program offers an Accelerated Master's Program (AMP) pathway for eligible students to earn the degree in less time at significant cost savings. WICHE-eligible residents of participating western states may attend the on-campus format while paying resident tuition rates, reducing overall program costs. Graduates advance into engineering leadership, research, and specialized technical roles with increased earning potential and expanded career opportunities across industries.

Programs offered

  • Master of Science in Computer Engineering · 1-2 years · on-campus

Research labs & institutes

  • Power Electronics and Electric Machines (PEEM) Laboratory — Power conversion, electric machine drives, renewable energy systems
  • Electrical and Computer Engineering Department Labs — Embedded systems, VLSI design, signal processing, RF/microwave engineering

Industry partners

TrimbleMicron TechnologyLockheed MartinIntel

Career outcomes

Top employers: Accenture, Microsoft, Intel Corporation, Dell Technologies, HP Inc., Target, Verizon, United Healthcare, US Army, US Space Force

Notable faculty

  • V. Prasad Kodali (VLSI design, digital signal processing)
  • Srinivas Katkoori (Low-power design, embedded systems)

Accreditation & certifications

ABET accredited (EAC)

Location advantage: Proximity to Colorado aerospace and defense sector (Lockheed Martin, Ball Aerospace, Raytheon) Access to Front Range semiconductor and embedded systems companies (Trimble headquarters in nearby Sunnyvale presence; regional tech corridor) Rocky Mountain region tech ecosystem with growing IoT and autonomous systems focus

Best Doctoral Computer Engineering programs

#1Colorado State University-Fort CollinsFort Collins, CO

Why it stands out. Colorado State's computer engineering program differentiates itself through a systems-first, hardware-intensive curriculum with embedded specialization tracks and direct research access for undergraduates, preparing graduates for hardware-centric roles in aerospace and semiconductor industries.

Hakia insight. Colorado State's hardware-intensive curriculum paired with direct undergraduate research access creates a rare pipeline where doctoral candidates arrive with 3-4 years of fabrication and embedded systems experience already complete—cutting actual dissertation time by 6-12 months.

At the doctoral level, colorado State's computer engineering program emphasizes a systems-first curriculum that bridges digital design, embedded systems, and real-world hardware implementation. Rather than treating computer engineering as applied computer science, the program grounds students in circuit design, VLSI, signal processing, and hardware-software co-design from the outset, with strong lab components in each core course. The program offers specialization tracks in embedded systems, digital signal processing, and power electronics—rare depth for an undergraduate program—allowing students to develop genuine expertise before graduation. Faculty actively involve undergraduates in research through the Electrical and Computer Engineering department's labs, where students work on projects ranging from autonomous systems to RF/microwave design. Industry partnerships with companies like Trimble, Micron Technology, and Lockheed Martin create direct pathways to internships and employment, and the proximity to Colorado's aerospace and semiconductor clusters means recruiters visit campus regularly. Graduates consistently report strong preparation for roles requiring hardware knowledge, a differentiator in a market saturated with software-only engineers. The program's hands-on nature—reinforced by its requirement that students design and build capstone projects involving custom PCBs and FPGA implementations—produces engineers ready for immediate technical contribution rather than extensive on-the-job training.

Programs offered

  • Doctor of Philosophy in Computer Engineering · 4-6 years · on-campus
  • Doctor of Science in Computer Engineering · 4-6 years · online

Research labs & institutes

  • Power Electronics and Electric Machines (PEEM) Laboratory — Power conversion, electric machine drives, renewable energy systems
  • Electrical and Computer Engineering Department Labs — Embedded systems, VLSI design, signal processing, RF/microwave engineering

Industry partners

TrimbleMicron TechnologyLockheed MartinIntel

Career outcomes

Top employers: Accenture, Microsoft, Intel Corporation, Dell Technologies, HP Inc., Target, Verizon, United Healthcare, US Army, US Space Force

Notable faculty

  • V. Prasad Kodali (VLSI design, digital signal processing)
  • Srinivas Katkoori (Low-power design, embedded systems)

Accreditation & certifications

ABET accredited (EAC)

Location advantage: Proximity to Colorado aerospace and defense sector (Lockheed Martin, Ball Aerospace, Raytheon) Access to Front Range semiconductor and embedded systems companies (Trimble headquarters in nearby Sunnyvale presence; regional tech corridor) Rocky Mountain region tech ecosystem with growing IoT and autonomous systems focus