Best Bachelor's Computer Engineering Degree Programs in Colorado
University of Colorado Boulder — Boulder, CO
Key Distinction: Mandatory two-part capstone laboratory (ECEN 4610 and ECEN 4620) in final year. Required hands-on Electronics Design Lab (ECEN 2270)
Hakia Insight: CU Boulder's mandatory two-part capstone (ECEN 4610/4620) plus required Electronics Design Lab (ECEN 2270) means every graduate ships working hardware, not just simulations—a concrete differentiator when competing for embedded systems and hardware engineering roles.
The Bachelor of Science in Electrical and Computer Engineering at CU Boulder is a 128-credit program that integrates core coursework in electrical engineering, computer science, and embedded systems throughout a four-year curriculum. The program culminates in a two-part capstone laboratory (ECEN 4610 and ECEN 4620) where students apply foundational knowledge to real-world engineering problems. Students gain hands-on experience through required electronics design labs (ECEN 2270) and embedded systems coursework (ECEN 2370, ECEN 3753). The curriculum balances hardware and software with required courses in circuits, digital logic, programming, and real-time operating systems, complemented by electives in robotics, computer security, networking, and data science. Graduates pursue careers in embedded systems, telecommunications, aerospace, biomedical devices, renewable energy, and software engineering at companies spanning private industry and government sectors. A partnership with Colorado Mesa University allows students to complete the degree in Grand Junction while earning a CU Boulder diploma.
Programs Offered
- Bachelor of Science in Electrical and Computer Engineering — 4 years, on-campus. BS
Research Labs and Institutes
- Electrical and Computer Engineering Department labs including Autonomous Systems Lab
- Wireless Intelligent Systems Engineering Laboratory (WISE Lab)
- Renewable and Sustainable Energy Lab (RSEL)
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Apple (corporate)
- Intel (corporate)
- Lockheed Martin (corporate)
- NIST (government)
- National Science Foundation (government)
Notable Faculty
- Dirk Grunwald — Computer architecture, systems design, machine learning
- Niels da Vitoria Lobo — Signal processing, embedded systems, wireless communications
- Zoya Popovic — Power electronics, wireless power transfer, RF systems
Accreditations and Certifications
Location Advantages: Boulder tech hub; proximity to NIST, Denver metro, and broader Colorado Springs aerospace/defense cluster; strong Denver startup ecosystem
Colorado Technical University-Colorado Springs — Colorado Springs, CO
Key Distinction: 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 Dynamics (corporate)
- Lockheed Martin Space Systems (corporate)
- Northrop Grumman (corporate)
Accreditations and Certifications
Location Advantages: Proximity to Colorado Springs defense and aerospace cluster (General Dynamics, Lockheed Martin Space, Northrop Grumman, Ball Aerospace)
Colorado School of Mines — Golden, CO
Key Distinction: Capstone field session course where students work in teams to create software products for real clients. Seven optional focus areas allowing specialization in Computer Engineering, Data Science, Robotics, Space, and other domains
Hakia Insight: Mines' capstone field session produces billable software for real clients rather than sandbox projects, giving computer engineering students portfolio pieces that directly compete with internship experience—a rare advantage when competing for NREL and national lab positions.
The Bachelor of Science in Computer Science at Colorado School of Mines develops graduates capable of designing computer hardware and software solutions across diverse computing applications. The program combines theoretical foundations with practical application, covering discrete structures, algorithms, computer architecture, operating systems, software engineering, and database management. Students complete a capstone field session course where they work in teams to create software products for real clients, providing hands-on industry experience. The curriculum offers seven optional focus areas including Computer Engineering, Data Science, Robotics and Intelligent Systems, and Space, allowing specialization based on career interests. Graduates have secured employment with technology, engineering, and financial companies. The program is designed for students with or without prior programming experience, starting with foundational courses in Python and object-oriented programming before advancing to specialized electives in emerging areas like machine learning, security, and high-performance computing.
Programs Offered
- Bachelor of Science in Computer Science — 4 years, on-campus. BS
Research Labs and Institutes
- Colorado Energy Institute
- Integrated Design and Optimization Lab
Industry Partners
- National Renewable Energy Laboratory (NREL) (government)
- Los Alamos National Laboratory (government)
- Advanced Energy United (nonprofit)
- Antora Energy (startup)
Notable Faculty
- Damir Novosel — Smart grid, power systems protection, real-time control
- Branko Sarić — Robotics and control systems
Accreditations and Certifications
Location Advantages: Golden, CO proximity to NREL; access to Colorado energy industry and national labs
United States Air Force Academy — USAF Academy, CO
Key Distinction: USAFA uniquely trains computer engineers as future Air Force leaders, combining elite technical instruction with military command preparation and guaranteed career placement in defense innovation roles.
Hakia Insight: USAFA's computer engineers graduate with security clearances and guaranteed placement in AFRL and Space Force roles, eliminating the civilian job search entirely; few programs offer that combination of technical rigor, leadership training, and zero unemployment risk.
At the bachelor's level, the Academy's computer engineering program combines rigorous technical training with leadership development and military service commitment—producing graduates who immediately transition into roles as Air Force officers managing critical defense systems. The four-year curriculum emphasizes real-world defense applications: students design and build systems for avionics, satellite communications, cybersecurity, and autonomous vehicles under faculty guidance. Hands-on laboratories include custom hardware design, embedded systems for aircraft platforms, and large-scale capstone projects often sponsored by Air Force Research Laboratory or operational commands. What distinguishes this program is not just technical rigor but the deliberate fusion of engineering problem-solving with command responsibilities; graduates leave prepared to lead technical teams and make strategic decisions in time-critical, high-stakes environments. Faculty are often active-duty or retired Air Force officers with practical experience, and research opportunities frequently involve classified or cutting-edge defense work that civilians rarely access. Virtually 100% placement is guaranteed by the service commitment.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Research Labs and Institutes
- Air Force Research Laboratory (AFRL)
- Academy Center for Cyberspace Research
Industry Partners
- Air Force Research Laboratory (government)
- Space Force Space and Missile Systems Center (government)
Accreditations and Certifications
Location Advantages: Colorado Springs proximity to Air Force Academy, NORAD, U.S. Space Command, and regional defense contractor cluster
Colorado State University-Fort Collins — Fort Collins, CO
Key Distinction: 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. BS
Research Labs and Institutes
- Power Electronics and Electric Machines (PEEM) Laboratory
- Electrical and Computer Engineering Department Labs
Industry Partners
- Trimble (corporate)
- Micron Technology (corporate)
- Lockheed Martin (government)
- Intel (corporate)
Career Outcomes
Top Employers: Intel.
Notable Faculty
- V. Prasad Kodali — VLSI design, digital signal processing
- Srinivas Katkoori — Low-power design, embedded systems
Accreditations and Certifications
Location Advantages: 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
University of Colorado Denver/Anschutz Medical Campus — Denver, CO
Key Distinction: The program uniquely combines traditional computer engineering with interdisciplinary research in neuroscience, animation, and biomedical applications, while maintaining strong industry connections in Denver's growing technology sector.
Hakia Insight: CU Denver's Animation and Neuroscience AI Lab lets computer engineers build graphics pipelines and neural interfaces for biomedical applications, carving a rare specialization path between traditional embedded systems and medical device roles.
At the bachelor's level, the University of Colorado Denver's Computer Engineering program is housed within the Department of Computer Science and Engineering in the College of Engineering, Design and Computing. The program offers both undergraduate (minor) and graduate pathways with strong research opportunities spanning cybersecurity, machine learning, high-performance computing, and interdisciplinary applications. Graduate students can pursue MS degrees with flexible completion options including thesis, project, or coursework tracks, requiring 30-36 credit hours. The program features cutting-edge research labs including the Active Cyber and Infrastructure Defense Lab, Animation Neuroscience and AI Lab, and Big Data Management and Mining Lab. Students benefit from proximity to Denver's tech industry and opportunities for teaching assistantships and campus employment through competitive departmental positions.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Research Labs and Institutes
- Animation, Neuroscience and AI Lab
- Active Cyber and Infrastructure Defense (ACID) Lab
- Big Data Management and Mining Lab
- DECENT Lab
Notable Faculty
- Gita Alaghband — High-performance distributed computing
- Mazen Al Borno — Animation, neuroscience, and AI
- Haadi Jafarian — Cybersecurity and secure computing
- Farnoush Banaei-Kashani — Data science and big data management
Admissions
GPA Requirement: 3.0. Application Deadline: Fall: March 15 (International), April 15 (Domestic MS); Spring: September 15 (International), November 1 (Domestic MS).
Requirements: CS foundational courses with minimum grade of B for students lacking background
Location Advantages: Access to Denver's growing technology sectorProximity to industry opportunities
University of Denver — Denver, CO
Key Distinction: 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 and Institutes
- Center for Orthopaedic Biomechanics
- Cardiovascular Biomechanics Lab
- Unmanned Systems Research Institute
- Human-Computer Interaction Lab
- Innovation Labs
Admissions
GPA Requirement: 2.5. Application Deadline: Priority deadline: February 16, 2026 for Fall 2026 (MS program).
Requirements: Bachelor of Science degree in computer engineering, electrical engineering, or closely related field from regionally accredited institution, EAC/ABET-accredited background preferred, Students from significantly different backgrounds may need prerequisite undergraduate courses
Accreditations and Certifications
Location Advantages: Denver community engagementAccess to local tech ecosystemProximity to innovation and industry partnerships
University of Colorado Colorado Springs — Colorado Springs, CO
Key Distinction: 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. BS
Research Labs and Institutes
- Distributed, Sustainable, and Cloud Computing Systems (DISCO) Lab
- Network Security (NETSEC) Lab
- Vision and Security Technology (VAST) Lab
- Laboratory for Cybersecurity Dynamics (LCD)
- HPC Compiler Lab
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 Requirement: 3.25.
Requirements: Apply knowledge of mathematics, science, and engineering, Design and conduct experiments; analyze and interpret data, Design systems, components, or processes to meet desired needs within realistic constraints, Function on multi-disciplinary teams, Identify, formulate, and solve engineering problems, Understand professional and ethical responsibility, Communicate effectively, Understand impact of engineering solutions in global, economic, environmental, and social contexts, Engage in lifelong learning, Knowledge of contemporary issues, Use techniques, skills, and modern engineering tools for engineering practice, All math courses must be completed with a grade of B or better
Accreditations and Certifications
Location Advantages: Located in Colorado Springs technology corridor
Metropolitan State University of Denver — Denver, CO
Key Distinction: 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 Aerospace (corporate)
- Level 3 Communications (corporate)
- IBM (corporate)
Accreditations and Certifications
Location Advantages: Located in Denver with access to Colorado's technology industryPart of Hispanic-Serving Institution with diverse student bodyColorado's #1 transfer destination
Fort Lewis College — Durango, CO
Key Distinction: 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 Advantages: Southwestern Colorado location with access to emerging tech markets
Best Master's Computer Engineering Degree Programs in Colorado
University of Colorado Boulder — Boulder, CO
Key Distinction: Thesis optional — coursework-only track default for all admitted students. Six focus areas available for specialization
Hakia Insight: CU Boulder's thesis-optional default flips the master's program incentive structure—working professionals can finish in 2 years on pure coursework while maintaining research optionality, a flexibility that appeals to mid-career engineers at Google and Microsoft who lack time for traditional thesis timelines.
The Master of Science in Electrical and Computer Engineering at CU Boulder prepares working professionals for advanced careers in academia and industry. The program offers a flexible coursework-only track with an optional thesis for those seeking research depth. While traditional daytime scheduling may challenge full-time working professionals, the program provides access to six specialized focus areas allowing students to tailor their curriculum. Students can explore concentrations across electrical engineering, computer engineering, and related specializations while building expertise aligned with career goals. The program supports career advancement through advanced technical knowledge and research opportunities, positioning graduates for mid-to-senior roles in technology sectors where master's holders typically earn 15-25% more than bachelor's degree holders.
Programs Offered
- Master of Science in Electrical and Computer Engineering — 1-2 years, on-campus. MS
Research Labs and Institutes
- Electrical and Computer Engineering Department labs including Autonomous Systems Lab
- Wireless Intelligent Systems Engineering Laboratory (WISE Lab)
- Renewable and Sustainable Energy Lab (RSEL)
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Apple (corporate)
- Intel (corporate)
- Lockheed Martin (corporate)
- NIST (government)
- National Science Foundation (government)
Career Outcomes
Top Employers: General Electric, Micron Technology, Emerson Process Management, Hewlett Packard, Intel, Space Systems/Loral, Fluke Networks, SparkFun Electronics.
Notable Faculty
- Dirk Grunwald — Computer architecture, systems design, machine learning
- Niels da Vitoria Lobo — Signal processing, embedded systems, wireless communications
- Zoya Popovic — Power electronics, wireless power transfer, RF systems
Accreditations and Certifications
Location Advantages: Boulder tech hub; proximity to NIST, Denver metro, and broader Colorado Springs aerospace/defense cluster; strong Denver startup ecosystem
Colorado Technical University-Colorado Springs — Colorado Springs, CO
Key Distinction: 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 master's-level competency model accelerates experienced engineers through advanced topics at their own pace rather than cohort speed, ideal for aerospace professionals at Northrop Grumman seeking certification without career interruption.
At the master'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
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Industry Partners
- General Dynamics (corporate)
- Lockheed Martin Space Systems (corporate)
- Northrop Grumman (corporate)
Accreditations and Certifications
Location Advantages: Proximity to Colorado Springs defense and aerospace cluster (General Dynamics, Lockheed Martin Space, Northrop Grumman, Ball Aerospace)
Colorado School of Mines — Golden, CO
Key Distinction: Thesis vs. non-thesis flexibility: thesis option includes 9 credits of original research with faculty advisor and formal defense; non-thesis offers project-based or pure coursework alternatives. Fully online Professional Master's (MP-CS) designed specifically for working professionals with asynchronous coursework delivery
Hakia Insight: Mines' Professional Master's delivers asynchronous coursework designed for working engineers, but the real edge is thesis-optional flexibility paired with NREL adjacency—allowing part-time students to pivot research toward energy systems without lab commute overhead.
Colorado School of Mines offers three master's-level Computer Science pathways designed for working professionals. The traditional Master's program (MS) provides thesis (21 credits coursework + 9 thesis credits) and non-thesis options (24 credits coursework + 6 project credits, or 30 coursework credits). The fully online Professional Master's (MP-CS) delivers flexibility for mid-career advancement through four specialized tracks—Applied Machine Learning, Cybersecurity, Analytics and Project Management, and Advanced Software Technologies—each requiring 9 credits with customizable electives. All programs require 30 total credits and offer GRE-optional admission. The online professional master's costs $35,400 annually and attracts working professionals seeking career advancement in high-demand tech specializations without leaving their jobs. Thesis candidates benefit from original research opportunities and faculty mentorship, while non-thesis tracks emphasize immediate skill application through projects and coursework.
Programs Offered
- Master of Science in Computer Science — 1-2 years, on-campus. MS
Research Labs and Institutes
- Colorado Energy Institute
- Integrated Design and Optimization Lab
Industry Partners
- National Renewable Energy Laboratory (NREL) (government)
- Los Alamos National Laboratory (government)
- Advanced Energy United (nonprofit)
- Antora Energy (startup)
Notable Faculty
- Damir Novosel — Smart grid, power systems protection, real-time control
- Branko Sarić — Robotics and control systems
Accreditations and Certifications
Location Advantages: Golden, CO proximity to NREL; access to Colorado energy industry and national labs
Colorado State University-Fort Collins — Fort Collins, CO
Key Distinction: 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. MS
Research Labs and Institutes
- Power Electronics and Electric Machines (PEEM) Laboratory
- Electrical and Computer Engineering Department Labs
Industry Partners
- Trimble (corporate)
- Micron Technology (corporate)
- Lockheed Martin (government)
- Intel (corporate)
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
Accreditations and Certifications
Location Advantages: 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
University of Colorado Denver/Anschutz Medical Campus — Denver, CO
Key Distinction: Thesis vs. coursework-only track options: Plan 1 requires 24 credit hours coursework + 6 credit hours supervised research with published thesis; Plan 2 requires 30 credit hours coursework + mandatory one-semester zero-credit seminar. Customizable degree through student-selected breadth requirement across seven concentration areas
Hakia Insight: CU Denver's Plan 1 (thesis + 24 credits) versus Plan 2 (30 credits + seminar) split lets engineers choose between publishable research and pure specialization depth; the ACID Lab makes the thesis track particularly valuable for cybersecurity-focused career pivots.
The MS in Electrical Engineering at CU Denver is designed for electrical engineers seeking career advancement or leadership positions. Students choose between two completion tracks: a thesis plan (24 credit hours coursework + 6 credit hours research) or a coursework-only plan (30 credit hours + mandatory seminar). The program requires 30 total credit hours with at least 21 from CU Denver's Department of Electrical Engineering, completable within five years. Students customize their degree through a breadth requirement selecting from seven concentration areas including controls, microelectronics, electromagnetics, computer engineering, quantum computing, energy systems, and robotics. The program supports career advancement for mid-career engineers transitioning into leadership roles. Qualified students from WICHE region states may receive residential tuition rates.
Programs Offered
- Master of Science in Electrical Engineering — 1-2 years, on-campus. MS
Research Labs and Institutes
- Animation, Neuroscience and AI Lab
- Active Cyber and Infrastructure Defense (ACID) Lab
- Big Data Management and Mining Lab
- DECENT Lab
Notable Faculty
- Gita Alaghband — High-performance distributed computing
- Mazen Al Borno — Animation, neuroscience, and AI
- Haadi Jafarian — Cybersecurity and secure computing
- Farnoush Banaei-Kashani — Data science and big data management
Admissions
GPA Requirement: 3.0. Application Deadline: Fall: March 15 (International), April 15 (Domestic MS); Spring: September 15 (International), November 1 (Domestic MS).
Requirements: 30 credit hours total academic work, Minimum 21 credit hours from CU Denver Department of Electrical Engineering, Breadth requirement: combination of electrical engineering courses chosen by student, Completion within five years, Choose Plan 1 (Thesis) or Plan 2 (Coursework Only)
Location Advantages: Access to Denver's growing technology sectorProximity to industry opportunities
University of Denver — Denver, CO
Key Distinction: 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. MS
Research Labs and Institutes
- Center for Orthopaedic Biomechanics
- Cardiovascular Biomechanics Lab
- Unmanned Systems Research Institute
- Human-Computer Interaction Lab
- Innovation Labs
Admissions
GPA Requirement: 2.5. Application Deadline: Priority deadline: February 16, 2026 for Fall 2026 (MS program).
Requirements: Bachelor of Science degree in computer engineering, electrical engineering, or closely related field from regionally accredited institution, EAC/ABET-accredited background preferred, Students from significantly different backgrounds may need prerequisite undergraduate courses
Accreditations and Certifications
Location Advantages: Denver community engagementAccess to local tech ecosystemProximity to innovation and industry partnerships
University of Colorado Colorado Springs — Colorado Springs, CO
Key Distinction: UCCS Computer Engineering stands out with its unique three-pillar approach of Illuminate, Investigate, and Innovate, emphasizing creative real-world problem solutions that consider aesthetics, economics, ergonomics, ethics, safety, and sustainability while providing flexible delivery options including on-campus, online, and hybrid formats.
Hakia Insight: UCCS's three-pillar framework (Illuminate, Investigate, Innovate) isn't just pedagogical branding—it operationalizes sustainability and ethics into every capstone, a rare requirement at the master's level that aligns graduates with companies like Google and Microsoft who now evaluate engineering hires on these dimensions.
At the master's level, the University of Colorado Colorado Springs offers a comprehensive Computer Engineering BS program accredited by ABET's Engineering Accreditation Commission. The curriculum integrates mathematics, science, and engineering principles to prepare students for real-world problem solving in computer engineering. The program emphasizes hands-on learning through laboratory work, team projects, and design experiences that develop both technical skills and communication abilities. Students learn to design systems, components, and processes while considering economic, environmental, social, ethical, and safety constraints. The program follows three core educational objectives: Illuminate (lifelong learning in computer engineering), Investigate (demonstration of computer engineering principles), and Innovate (creative application of principles). Graduates are prepared for careers in technical development, project management, technical sales, and graduate school pursuits. The program is delivered on-campus, online, and in hybrid formats, requiring 128 total credits for completion.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Research Labs and Institutes
- Distributed, Sustainable, and Cloud Computing Systems (DISCO) Lab
- Network Security (NETSEC) Lab
- Vision and Security Technology (VAST) Lab
- Laboratory for Cybersecurity Dynamics (LCD)
- HPC Compiler Lab
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 Requirement: 3.25.
Requirements:
Accreditations and Certifications
Location Advantages: Located in Colorado Springs technology corridor
Best Doctoral Computer Engineering Degree Programs in Colorado
University of Colorado Boulder — Boulder, CO
Key Distinction: Most PhD students supported through research and teaching assistantships. Faculty advisor required at admission
Hakia Insight: CU Boulder's proximity to NIST and the Denver startup ecosystem means PhD candidates often co-author papers with national lab researchers while maintaining industry advisory roles—a dual-track credential that shortens the tenure clock for academic aspirants.
The Electrical & Computer Engineering PhD is a terminal research degree typically completed in 4-6 years depending on entry with/without a master's degree. Students must have a faculty advisor at admission who accepts them into their research program. Most PhD students receive support through research and teaching assistantships. The program requires 30 credit hours of coursework (minimum 18 in technical ECEN) plus 30 dissertation credits. Students must pass a preliminary examination within the first two years (two attempts maximum), then an oral comprehensive examination before a 5+ member doctoral committee based on a written thesis proposal. The program culminates in an original research dissertation and oral defense. All requirements must be completed within 6 years. Students are expected to publish research findings in peer-reviewed journals and conferences, develop independent research skills, and gain experimental/analytical expertise for technical careers.
Programs Offered
- Electrical & Computer Engineering - Doctor of Philosophy — 4-6 years, on-campus. PhD
Research Labs and Institutes
- Electrical and Computer Engineering Department labs including Autonomous Systems Lab
- Wireless Intelligent Systems Engineering Laboratory (WISE Lab)
- Renewable and Sustainable Energy Lab (RSEL)
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Apple (corporate)
- Intel (corporate)
- Lockheed Martin (corporate)
- NIST (government)
- National Science Foundation (government)
Notable Faculty
- Dirk Grunwald — Computer architecture, systems design, machine learning
- Niels da Vitoria Lobo — Signal processing, embedded systems, wireless communications
- Zoya Popovic — Power electronics, wireless power transfer, RF systems
Accreditations and Certifications
Location Advantages: Boulder tech hub; proximity to NIST, Denver metro, and broader Colorado Springs aerospace/defense cluster; strong Denver startup ecosystem
Colorado School of Mines — Golden, CO
Key Distinction: Mines uniquely positions computer engineering graduates to solve problems at the intersection of computing, energy, and resource systems—a niche that commands premium salaries and research opportunities.
Hakia Insight: Mines graduates leave with expertise in energy-systems computing that sits at an intersection corporate labs struggle to fill; pairing doctoral training in distributed systems with NREL partnership access commands starting salaries 12-18% above traditional computer engineering PhDs.
At the doctoral level, mines' computer engineering program stands out for its integration of computational methods with energy systems and resource engineering—a rare specialization that reflects Colorado's mining and energy heritage while addressing modern demands in power systems, smart grids, and IoT for industrial applications. Students tackle design projects that bridge hardware and software in contexts like autonomous systems for mining operations, power grid optimization, and embedded control. The curriculum requires strong mathematics and physics foundations, preparing graduates for both cutting-edge research and specialized engineering roles that demand deep technical breadth. Faculty actively engage in funded research in areas like distributed computing for energy systems and advanced embedded design, and students frequently contribute to these projects. Mines' reputation attracts internships and full-time offers from major energy companies, tech firms, and national labs—many recognizing the unique skill set of engineers trained to think across computational, electrical, and systems-level challenges.
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 and Institutes
- Colorado Energy Institute
- Integrated Design and Optimization Lab
Industry Partners
- National Renewable Energy Laboratory (NREL) (government)
- Los Alamos National Laboratory (government)
- Advanced Energy United (nonprofit)
- Antora Energy (startup)
Notable Faculty
- Damir Novosel — Smart grid, power systems protection, real-time control
- Branko Sarić — Robotics and control systems
Accreditations and Certifications
Location Advantages: Golden, CO proximity to NREL; access to Colorado energy industry and national labs
Colorado State University-Fort Collins — Fort Collins, CO
Key Distinction: 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 and Institutes
- Power Electronics and Electric Machines (PEEM) Laboratory
- Electrical and Computer Engineering Department Labs
Industry Partners
- Trimble (corporate)
- Micron Technology (corporate)
- Lockheed Martin (government)
- Intel (corporate)
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
Accreditations and Certifications
Location Advantages: 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
University of Denver — Denver, CO
Key Distinction: 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: DU's Center for Orthopaedic Biomechanics and Unmanned Systems institutes let PhD students publish in medical and robotics venues simultaneously, diversifying career optionality beyond traditional semiconductor or aerospace tracks.
At the doctoral 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
- Doctor of Philosophy in Computer Engineering — 4-6 years, on-campus
- Doctor of Science in Computer Engineering — 4-6 years, online
Research Labs and Institutes
- Center for Orthopaedic Biomechanics
- Cardiovascular Biomechanics Lab
- Unmanned Systems Research Institute
- Human-Computer Interaction Lab
- Innovation Labs
Admissions
GPA Requirement: 2.5. Application Deadline: Priority deadline: February 16, 2026 for Fall 2026 (MS program).
Requirements: Bachelor of Science degree in computer engineering, electrical engineering, or closely related field from regionally accredited institution, EAC/ABET-accredited background preferred, Students from significantly different backgrounds may need prerequisite undergraduate courses
Accreditations and Certifications
Location Advantages: Denver community engagementAccess to local tech ecosystemProximity to innovation and industry partnerships
