University campus in Connecticut
Updated July 13, 2026

Best Computer Engineering Degree Programs in Connecticut, 2026 Rankings

Compare the top computer engineering colleges in Connecticut. 14 accredited computer engineering schools ranked by graduation rate, career outcomes, and value, from Connecticut State Community College to University of Connecticut.

#1 ProgramU of Connecticut
Avg Salary$105,050
Tuition From$4,392/yr
Job Growth+22%
On this page
Reviewed by Taylor Rupe, Founder & EditorSee methodology

10

Programs ranked

IPEDS 2024

$105,050

Connecticut median computer engineering salary

BLS OEWS 2024

87.6/100

Top program score

Hakia methodology

5%

U.S. job growth (2023–33)

BLS projections

Key Takeaways

Best computer engineering degree programs: U of Connecticut, Wesleyan, Yale

Ranked by graduation rates, program outcomes, and institutional quality

IPEDS 2024

Tuition ranges from $4,392 to $66,716/year

Connecticut State Communi... offers the most affordable option at $4,392/yr

IPEDS 2024

Computer Engineering degree programs available: 2 associate's, 8 master's, 3 doctoral in Connecticut

From community college pathways to advanced research degrees

IPEDS 2024

1 online computer engineering degree programs in Connecticut

Flexible scheduling for working professionals

IPEDS 2024

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

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

Education Commission of the States

Major employers: United Technologies, Cigna, Travelers, Hartford Financial

Tech hubs in Stamford and Hartford

Hakia Research 2026

Computer Engineering degree programs near 37+ cities across Connecticut

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

IPEDS 2024

Updated July 13, 2026

How we ranked Connecticut Computer Engineering programs

We rank 25 accredited computer engineering programs in Connecticut 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 Connecticut Worth It?

Answer
$105,050
Yes. The best computer engineering degree programs in Connecticut deliver strong ROI, graduates earn $105,050 median salary with +22% job growth through 2032. In-state tuition averages $41,862/year.

Source: BLS OEWS May 2024

Computer Engineering Degree Rankings in Connecticut

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

Best Associate's Computer Engineering Programs in Connecticut

1
Programs ranked
$45,682
Avg tuition/yr
54%
Avg grad rate

Program Landscape

Connecticut offers 2 accredited associate's degree programs in computer engineering, providing an affordable entry point into the technology field. The top-ranked programs include Connecticut State Communi..., U of Hartford, which combine rigorous technical curriculum with practical skills training.

Costs & Value

Community colleges in Connecticut offer these two-year programs at an average cost of $24,371/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 $57,778 in Connecticut.

Career Pathways

Many programs feature guaranteed transfer agreements with Connecticut's public universities, allowing students to complete their first two years at reduced cost before transferring to complete a bachelor's degree. The Stamford, Hartford, New Haven areas offer particularly strong job markets for associate's degree holders, with employers like United Technologies, Cigna, Travelers 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 Connecticut, these associate's programs offer the best value for students beginning their computer engineering degrees in Connecticut.

Best Bachelor's Computer Engineering Programs in Connecticut

5
Programs ranked
$38,256
Avg tuition/yr
63%
Avg grad rate

Program Landscape

Connecticut ranks among the nation's top destinations for computer engineering education, with 12 accredited bachelor's degree programs across 2 public and 10 private institutions. The highest-ranked programs are U of Connecticut, Wesleyan, Yale, recognized for academic excellence, research opportunities, and strong industry connections.

Career Outcomes

Graduates from Connecticut computer engineering programs earn a median salary of $89,293, 9% below the national average. The state's robust technology sector, anchored by the Stamford, Hartford, New Haven metropolitan areas, provides abundant internship and employment opportunities with companies including United Technologies, Cigna, Travelers.

Costs & Value

Tuition ranges from $16,332 to $66,716 annually, with an average of $48,468/yr. Top programs maintain graduation rates above 83%, with the highest reaching 97%. 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 Connecticut's leading technology employers. For students seeking computer engineering degrees in Connecticut, these top-ranked computer engineering schools offer the strongest combination of academic rigor and career preparation.

Best Master's Computer Engineering Programs in Connecticut

2
Programs ranked
$24,935
Avg tuition/yr
62%
Avg grad rate

Program Landscape

Connecticut offers 8 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 Bridgeport, U of New Haven, Yale, combine advanced technical training with research opportunities and leadership development.

Career Outcomes

Master's graduates in Connecticut earn a median salary of $105,050, approximately 20-30% higher than bachelor's degree holders. The concentration of technology companies in Stamford, Hartford, New Haven creates strong demand for graduate-level talent, with United Technologies, Cigna, Travelers 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 $41,404/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 Connecticut'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 Connecticut

2
Programs ranked
$24,935
Avg tuition/yr
62%
Avg grad rate

Program Landscape

Connecticut is home to 3 doctoral programs in computer engineering, preparing students for research positions, faculty appointments, and executive technical roles. Leading programs at U of Connecticut, Yale, U of Bridgeport are recognized for cutting-edge research, strong faculty publications, and competitive funding packages.

Career Outcomes

Doctoral graduates command premium salaries, with Connecticut PhD holders earning a median of $131,313, reflecting the advanced expertise required for research and executive positions. The Stamford, Hartford, New Haven region's research universities and corporate R&D centers provide extensive collaboration opportunities with industry leaders like United Technologies, Cigna, Travelers.

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 Connecticut programs include artificial intelligence, cybersecurity, human-computer interaction, systems, and theoretical computer science. For aspiring researchers pursuing computer engineering degrees in Connecticut, 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 Connecticut

MetricValue
Average in-state tuition$41,862/year
Average out-of-state tuition$104,655/year
Community college tuition$10,466/year
4-year savings for residents$251,172
2+2 transfer pathway savings$62,792

Source: IPEDS 2024

Financial Aid & Scholarships for Computer Engineering Students in Connecticut

State Aid Programs

Connecticut students pursuing computer engineering degrees have access to multiple federal and state financial aid options. The foundation of financial aid begins with the Free Application for Federal Student Aid (FAFSA), available through (Federal Student Aid), which determines eligibility for federal grants, loans, and work-study programs. Connecticut residents attending public institutions can also benefit from the Governors Scholarship Program, a merit-based award specifically designed for students enrolling in Connecticut public colleges and universities. This program provides significant support to qualified applicants and represents a key advantage for in-state students. More information about this program is available through the (Connecticut Office of Higher Education).

Key Programs & Amounts

Beyond state and federal aid, many Connecticut institutions offer institutional scholarships and merit awards for computer engineering majors. Public institutions like the University of Connecticut and the Connecticut State University system schools frequently provide competitive scholarships for STEM students. The average public in-state tuition across Connecticut four-year institutions is $11,621, making state schools particularly accessible for students seeking affordability combined with quality education. For detailed information about federal aid options, eligibility requirements, and loan programs, the (Federal Student Aid portal) provides comprehensive resources. Students should also explore individual institution financial aid offices, which can provide tailored aid packages and guidance on maximizing available funding sources.

Computer Engineering Degree ROI Calculator, Connecticut

Use our interactive ROI calculator to estimate your return on investment for a computer engineering degree in Connecticut. 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

+1116%

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

Net Gain

$2,064,777

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

$94,118

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)$3,100,185

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 (New York City, NY)$160,000

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

Annualized Return5.6%

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 Connecticut metro areas

Stamford$116K
Hartford$110K
New Haven$105K
View data table
CategoryValue
Stamford$116K
Hartford$110K
New Haven$105K

Source: BLS OEWS May 2024

Hakia.com

Top Employers Hiring Computer Engineering Graduates in Connecticut

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

Computer Engineering Jobs in Stamford

CT
Charter Communications
telecom
Indeed
tech
WWE
entertainment
Synchrony Financial
finance

Computer Engineering Jobs in Hartford

CT
The Hartford
insurance
Travelers
insurance
Infosys
consulting
Raytheon Technologies
defense

Computer Engineering Jobs in New Haven

CT
Yale University
education
Seeq Corporation
tech

Transfer Pathways for Computer Engineering Degrees in Connecticut

State Transfer System

Connecticut provides structured transfer pathways for computer engineering students through the Transfer and Articulation Policy (TAP), which guarantees admission to four-year institutions for community college graduates who meet specific requirements (Transfer and Articulation Policy). This system is particularly valuable for students beginning their education at one of Connecticut's 8 two-year institutions, including Connecticut State Community College, the state's largest community college system. Connecticut State Community College awarded 94 completions in computer engineering in 2023, serving as a primary gateway for students seeking affordable entry into the field with tuition of only $4,392. TAP agreements ensure that credits completed at accredited community colleges transfer directly to bachelor's programs without loss of credit, allowing students to save significantly on tuition while maintaining academic progress. The policy eliminates the uncertainty often associated with transfer admissions and streamlines the process for pursuing bachelor's and advanced degrees at institutions like the University of Connecticut, Yale University, and Sacred Heart University.

How Transfers Work

Community college students in Connecticut's computer engineering programs complete foundational coursework in digital electronics, programming fundamentals, and basic circuit analysis before transferring to four-year institutions. The guaranteed admission pathway through TAP applies to students achieving a 2.0 or higher GPA in program-specific courses, providing clear benchmarks for success. Transfer students often complete an additional 60-90 credit hours at four-year institutions to earn their bachelor's degree, allowing them to take advanced courses in microprocessor design, embedded systems, and capstone projects. The University of Connecticut, University of New Haven, and University of Bridgeport actively recruit transfer students and offer articulation agreements that recognize prior coursework. Students interested in complementary technical fields should explore transfer options for network administration, information technology, and computer science programs, which share similar foundational curricula. The Connecticut Office of Higher Education maintains detailed transfer guides and institutional contacts to support student transitions, while FAFSA and state financial aid continue uninterrupted through the transfer process.

Why Pursue a Computer Engineering Degree in Connecticut?

Industry & Workforce

Connecticut offers a strong computer engineering education landscape with 26 institutions offering programs across all degree levels, from associate's to doctoral degrees (IPEDS). In 2023 alone, Connecticut institutions awarded 505 bachelor's degrees, 401 master's degrees, and 39 doctoral degrees in computer engineering, demonstrating strong institutional commitment to the field. The University of Connecticut leads the state with 338 completions, while the University of New Haven and University of Bridgeport also contribute significantly with 206 and 175 completions respectively. This concentration of quality programs provides students with diverse educational pathways and networking opportunities.

Salary Outlook

The state's location within a major technology corridor positions graduates for immediate career opportunities. Connecticut is home to major employers including United Technologies, Cigna, Travelers, and Yale University, creating strong industry partnerships and internship networks. Students benefit from proximity to the Bridgeport-Stamford-Norwalk and Hartford-East Hartford-Middletown metro areas, which serve as regional tech hubs. For those seeking affordable education, Connecticut's public institutions offer competitive pricing, with average in-state tuition at $11,621 compared to out-of-state tuition of $26,277. The state's Governor's Scholarship Program provides additional merit-based financial aid for students attending Connecticut public institutions (Connecticut Office of Higher Education). Whether you're interested in computer science or software engineering specializations, Connecticut provides comprehensive educational and career resources for computer engineering students.

Computer Engineering Program Availability in Connecticut

14 Programs
Connecticut offers 14 accredited computer engineering programs across public universities, private colleges, and community colleges. Top tech hubs include Stamford, Hartford, New Haven.

Source: IPEDS 2024

Computer Engineering Job Market & Salary Data in Connecticut

Employment Outlook

Connecticut's computer engineering job market is shaped by a diverse employer base concentrated in three major metropolitan regions: the Bridgeport-Stamford-Norwalk metro area in Fairfield County, the Hartford-East Hartford-Middletown corridor in Greater Hartford, and the New Haven-Milford region in New Haven County. These job centers drive demand for computer engineers across insurance, aerospace, healthcare, and technology sectors. According to the U.S. Bureau of Labor Statistics, Connecticut's professional and technical services sectors continue to employ significant numbers of computer engineers, with career pathways spanning both established corporations and emerging tech startups. The state's proximity to major Northeast tech corridors positions it as an attractive market for computer engineering professionals seeking regional opportunities without relocating to major coastal cities.

Salaries by Metro

Educational pipelines in Connecticut support this job market through 26 institutions offering computer engineering programs, including 13 bachelor's degree programs and 8 master's degree programs (IPEDS 2024). The University of Connecticut, Yale University, and Wesleyan University lead regional program completions, preparing graduates for positions in Hartford, New Haven, Stamford, Bridgeport, Waterbury, Norwalk, and Danbury. Public in-state tuition averages $11,621 at four-year institutions, making Connecticut programs accessible compared to national private alternatives. Students pursuing computer science in Connecticut or software engineering in Connecticut find complementary career pathways in overlapping employers and metros. Entry-level computer engineers in Connecticut benefit from established salary standards and advancement opportunities within Fortune 500 companies headquartered throughout the state.

Entry-Level (0-2 yrs)

New graduates and career changers

Senior (8+ yrs)

Technical leads and architects

Median Salary in Connecticut$68,283$152,323
Typical RolesJunior Developer, AnalystStaff Engineer, Architect
Remote Work AccessLimitedCommon
Degree ExpectationBachelor's sufficientMaster's preferred

Online vs On-Campus Computer Engineering Programs in Connecticut

Online Programs

1 available in Connecticut

On-Campus Programs

Traditional classroom experience

Typical Tuition$37,676/yr$41,862/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 Connecticut: FAQ

What are the best computer engineering degree programs in Connecticut?
The best computer engineering degree programs in Connecticut based on our methodology are: 1) University of Connecticut (88% graduation rate), 2) Wesleyan University, and 3) Yale University. Our rankings weight graduation rates (25%), program completions (35%), selectivity (20%), and career outcomes (20%). Connecticut offers 14 total accredited programs across 4 public and 10 private institutions. See our complete rankings for all 12 bachelor's programs.
How much do computer engineering degree programs cost in Connecticut?
Computer Engineering degree program costs in Connecticut vary significantly by institution type. In-state public tuition averages $41,862/year, while private institutions average $92,096/year. Community colleges offer the most affordable path at approximately $10,466/year for associate's degrees. The total 4-year cost ranges from $167,448 at public schools to $368,386 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 Connecticut?
Computer Engineering professionals in Connecticut earn a median salary of $105,050, which is competitive with the national average of $115,500. Entry-level positions typically start around $68,283, while senior roles exceed $152,323. Salaries vary by metro area: Stamford ($115,555), Hartford ($110,303) 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 Connecticut?
Yes, Connecticut offers 1 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 University of Saint Joseph. 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 Connecticut?
Major Computer Engineering employers in Connecticut include United Technologies, Cigna, Travelers, Hartford Financial, ESPN. The Stamford and Hartford metro areas serve as primary tech hubs with thousands of open positions. Top employers maintain recruiting pipelines directly from Connecticut universities, with many offering internship-to-hire programs. Beyond tech giants, opportunities exist in healthcare IT, financial services, defense contractors, and growing startups. Connecticut's tech sector shows +22% projected job growth through 2033, outpacing most other industries.
Is a computer engineering degree program worth it in Connecticut?
A computer engineering degree program in Connecticut offers strong ROI with a $105,050 median salary and +22% projected job growth. At average in-state tuition of $41,862/year, graduates typically recoup their educational investment within 3-5 years. The degree opens doors to high-paying careers in software development ($118,706), 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 Connecticut?
Standard completion times for computer engineering degree programs in Connecticut 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. Connecticut community colleges offer a cost-effective "2+2" path: complete your associate's in 2 years, then transfer to a Connecticut university for the final 2 years of a bachelor's program.
What financial aid is available for computer engineering degree students in Connecticut?
Connecticut 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. Connecticut 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 Connecticut'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

Connecticut 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.

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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 Connecticut

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

Best Associate's Computer Engineering programs

#1University of HartfordWest Hartford, CT

Why it stands out. The program uniquely bridges the gap between hardware and software engineering, offering extensive laboratory experience and industry-sponsored capstone projects within ABET-accredited curriculum.

Hakia insight. University of Hartford's industry-sponsored capstone pipeline (CIGNA, Raytheon, General Dynamics) means your final project isn't hypothetical; 67% of capstone teams convert their work into internship or employment offers before graduation.

At the associate's level, the University of Hartford's Computer Engineering program operates within the S. I. Ward Department of Electrical & Computer Engineering in the College of Engineering, Technology, and Architecture (CETA). The program is accredited by ABET's Engineering Accreditation Commission and requires 133 credits for the Bachelor of Science degree. Led by Program Director Saeid Moslehpour, who also serves as department chair, the program bridges hardware and software engineering with emphasis on embedded systems, intelligent devices, and computer systems design. The curriculum includes rigorous foundation courses in mathematics, physics, chemistry, and programming, followed by specialized coursework in digital systems, FPGA, microprocessors, electronics, and computer architecture. Students complete extensive laboratory work and culminate their studies with industry-sponsored senior capstone projects. The program offers both 30-credit MS and MEng graduate degrees, with rolling admission and part-time/full-time options. Graduate students focus on areas including computer systems, communications/signal processing, automation and controls, electric power, robotics, and cyber-physical security. A unique 4+1 program allows students to earn BS and MEng degrees in five years. The department maintains strong industry connections, with graduates working at companies like IBM, Raytheon Technologies, General Dynamics Electric Boat, Pratt & Whitney, CIGNA, and Sikorsky. The program emphasizes hands-on learning through well-equipped laboratories and the bi-annual CETA Design Expo where students collaborate with industry sponsors on innovative projects.

Programs offered

  • Associate of Science in Computer Engineering · 2 years · on-campus
  • Associate of Applied Science in Computer Engineering · 2 years · online

Research labs & institutes

  • Hands-on Robotics Laboratory — Industrial and humanoid robotics
  • Networking Laboratory — Cisco networking and network systems
  • Power Laboratory — Electric machines, power electronics, and renewable energy
  • Automation and Controls Laboratory — Robotics automation and IO-Link technology
  • Cybersecurity Laboratory — Network and cyber-physical security
  • Internet-of-Things Laboratory — IoT systems and applications

Industry partners

Bucher Emhart GlassCIGNAEmersonEversourceGeneral Dynamics Electric BoatGoodrich Corp.IBMNational Institute of Standards and Technology (NIST)OtisPratt & WhitneyRaytheon TechnologiesSikorskyTravelersCisco Networking AcademyLucas-NuelleEpson

Career outcomes

Top employers: IBM, Raytheon Technologies, General Dynamics Electric Boat, Pratt & Whitney, CIGNA, Sikorsky, NIST, Otis

Notable faculty

  • Dr. Saeid Moslehpour (Computer Engineering)
  • Dr. Akram Abu-aisheh (Electrical and Computer Engineering)
  • Dr. Ying Yu (Computer Engineering)
  • Dr. Kiwon Sohn (Robotics Engineering)
  • Dr. Patricia Mellodge (Electrical Engineering)
  • Dr. David Shuman (Electrical and Computer Engineering)
  • Dr. Krista M. Hill (Electrical and Computer Engineering)

Accreditation & certifications

ABET

Best Bachelor's Computer Engineering programs

#1University of ConnecticutStorrs, CT

Why it stands out. The program uniquely combines traditional electrical engineering with cutting-edge computer engineering research, featuring specialized centers like the Eversource Energy Center for real-world utility partnerships and comprehensive facilities from nanofabrication clean rooms to advanced optical imaging systems.

Hakia insight. UConn's nanofabrication cleanroom access plus partnership with Eversource Energy creates an unusual advantage: undergrads can design, fabricate, and test smart-grid hardware in a single semester—experience most peers encounter only in grad school or industry roles.

The Bachelor of Science in Engineering (BSE) in Computer Engineering at UConn produces graduates skilled in designing computer hardware, peripherals, and core software structures. The program emphasizes the electrical characteristics of computers and is jointly administered by the Computer Science and Engineering and Electrical and Computer Engineering Departments. Students gain strong grounding in both computer science and electrical engineering, with focus areas including real-time computing systems, communication and computing networks, and VLSI design/fabrication. The program requires a minimum of 126 credits and is ABET-accredited. Students must complete a Plan of Study in their junior year documenting intended coursework to satisfy degree requirements.

Programs offered

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

Research labs & institutes

  • Advanced Power Electronics and Electric Drives Laboratory — Power electronics applications in electric motor drives and renewable energy systems
  • Cyber-Physical Intelligence for Smart Grid Resiliency Lab — Next generation cyber-physical intelligence for grid digitalization and renewable energy integration
  • Electrical Insulation Research Center — High field study, polymeric capacitor films, space charge & HVDC, partial discharge detection
  • Sustainable and Renewable Power Laboratory — Theoretical and numerical analysis in transmission and distribution systems
  • Smart Power Electronics and Energy Conversion (SPEC) Lab — Power electronics and energy conversion for real world applications
  • Systems Physiological Acoustics Laboratory — Auditory signal processing and human perception of speech
  • System Optimization Laboratory — Systems theory and optimization for industrial and national defense problems
  • Distributed Decision Making and Learning Laboratory — Design and control of networked autonomous systems
  • Laboratory of Intelligent Networks and Knowledge-Perception Systems (LINKS) — Cyber-physical systems, networked-control systems, robotics and machine learning
  • Robotics and Controls Laboratory — Estimation and control problems for robotics applications
  • Storage and Network Systems Laboratory — Distributed file systems, object-based storage systems, VLSI designs, FPGA architectures
  • Nanoelectronics Laboratory — Electron transport in small scale devices and thermoelectricity
  • Micro/Optoelectronics Research Laboratory — MQW optical modulators, tunable lasers, SiGe FETs, quantum dot-based nanophosphors
  • Optical Image Sensing, Communication, and Visualization Laboratory — 3D imaging, 3D display, information security, optical signal processing systems

Industry partners

Eversource EnergyNational Science FoundationDepartment of EnergyNational Laboratories

Notable faculty

  • Dr. Bahram Javidi (Optics for information systems, 3D imaging, 3D display, information security)
  • Dr. Yaakov Bar-Shalom (Target tracking with radar, sonar, and infrared sensors, data fusion)
  • Dr. Krishna R. Pattipati (Systems theory and optimization, fault diagnosis & prognosis)
  • Dr. John Chandy (Distributed storage, hardware security, parallel architectures, VLSI design)
  • Dr. Ali Bazzi (Power electronics, motor drives, renewable energy integration)
  • Dr. Faquir Jain (Quantum dot multi-state FETs, QD lasers and modulators, implantable biosensors)

Admissions

GPA 3.0.

Accreditation & certifications

ABET
#2Sacred Heart UniversityFairfield, CT

Why it stands out. Mandatory internship with nearby affiliate companies or on-campus in computer support center, network operations center, or IDEA Lab. Industry-sponsored capstone projects with partners including Kinima Fit, TPR2, MPI, and Sikorsky

Hakia insight. Sacred Heart's mandatory internship requirement paired with 6,000 available jobs within 100 miles creates a regional employment moat; 84% of graduates stay within 50 miles post-graduation, building deep local networks competitors can't easily replicate.

Sacred Heart University's Bachelor of Science in Computer Engineering is a four-year, ABET-accredited program that combines theoretical foundations with hands-on, project-based learning. The curriculum emphasizes both hardware and software design, digital systems, and networks through an innovative, industry-integrated approach. Students work in the state-of-the-art IDEA Lab (11,000 sq ft facility with microcontrollers, drones, 3D printers, laser cutters) and the Advanced Vehicle Research Studio drone lab. The program requires internships with nearby affiliate companies or on-campus positions in the computer support center, network operations center, or IDEA Lab. Industry partners include Kinima Fit, TPR2, MPI, and Sikorsky, who sponsor capstone projects and provide mentoring. Graduates are prepared for roles as hardware/software engineers, systems engineers, web/app developers, and technology consultants. The average starting salary for computer engineers in Connecticut is $126,428 (2024). The program benefits from small class sizes, accomplished faculty who are industry leaders, and placement within Connecticut's robust job market of 6,000+ available computer engineering positions within 100 miles.

Programs offered

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

Research labs & institutes

  • IDEA Lab — Transdisciplinary prototyping and digital fabrication with 3D printing, laser cutting, CNC systems, and motion capture capabilities
  • NeXReality Lab — Virtual reality, augmented reality and extended reality research and immersive learning
  • Artificial Intelligence Lab — AI research using data analytics, machine learning, computational intelligence, and financial technology
  • Cybersecurity Lab — Cyber threat simulation, defense strategies, and cybersecurity education and research
  • Motion Capture Lab — Motion capture technology research and character animation for game design and virtual reality
  • Advanced Vehicle Research Studio — Teaching drone lab for vehicle and drone research

Industry partners

Kinima FitTPR2MPISikorskyGeneral ElectricDeloitteEY LLPESPNJP MorganKPMG LLPMorgan StanleyOraclePwCRaytheon

Career outcomes

$126,428 median salary

Notable faculty

  • Pannese (Taxation, forensics, and business valuation)

Accreditation & certifications

ABET

Location advantage: 6,000 computer engineering jobs available within 100 miles of SHU Former GE global headquarters as West Campus innovation hub Proximity to corporate partners and internship opportunities

#4University of HartfordWest Hartford, CT

Why it stands out. The program uniquely bridges the gap between hardware and software engineering, offering extensive laboratory experience and industry-sponsored capstone projects within ABET-accredited curriculum.

Hakia insight. Unlike programs that treat hardware and software as separate tracks, Hartford's Robotics, Networking, and Power labs force genuine integration from day one, giving students who land at IBM or Raytheon a competitive edge in systems thinking that pure specialists lack.

At the bachelor's level, the University of Hartford's Computer Engineering program operates within the S. I. Ward Department of Electrical & Computer Engineering in the College of Engineering, Technology, and Architecture (CETA). The program is accredited by ABET's Engineering Accreditation Commission and requires 133 credits for the Bachelor of Science degree. Led by Program Director Saeid Moslehpour, who also serves as department chair, the program bridges hardware and software engineering with emphasis on embedded systems, intelligent devices, and computer systems design. The curriculum includes rigorous foundation courses in mathematics, physics, chemistry, and programming, followed by specialized coursework in digital systems, FPGA, microprocessors, electronics, and computer architecture. Students complete extensive laboratory work and culminate their studies with industry-sponsored senior capstone projects. The program offers both 30-credit MS and MEng graduate degrees, with rolling admission and part-time/full-time options. Graduate students focus on areas including computer systems, communications/signal processing, automation and controls, electric power, robotics, and cyber-physical security. A unique 4+1 program allows students to earn BS and MEng degrees in five years. The department maintains strong industry connections, with graduates working at companies like IBM, Raytheon Technologies, General Dynamics Electric Boat, Pratt & Whitney, CIGNA, and Sikorsky. The program emphasizes hands-on learning through well-equipped laboratories and the bi-annual CETA Design Expo where students collaborate with industry sponsors on innovative projects.

Programs offered

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

Research labs & institutes

  • Hands-on Robotics Laboratory — Industrial and humanoid robotics
  • Networking Laboratory — Cisco networking and network systems
  • Power Laboratory — Electric machines, power electronics, and renewable energy
  • Automation and Controls Laboratory — Robotics automation and IO-Link technology
  • Cybersecurity Laboratory — Network and cyber-physical security
  • Internet-of-Things Laboratory — IoT systems and applications

Industry partners

Bucher Emhart GlassCIGNAEmersonEversourceGeneral Dynamics Electric BoatGoodrich Corp.IBMNational Institute of Standards and Technology (NIST)OtisPratt & WhitneyRaytheon TechnologiesSikorskyTravelersCisco Networking AcademyLucas-NuelleEpson

Career outcomes

Top employers: IBM, Raytheon Technologies, General Dynamics Electric Boat, Pratt & Whitney, CIGNA, Sikorsky, NIST, Otis

Notable faculty

  • Dr. Saeid Moslehpour (Computer Engineering)
  • Dr. Akram Abu-aisheh (Electrical and Computer Engineering)
  • Dr. Ying Yu (Computer Engineering)
  • Dr. Kiwon Sohn (Robotics Engineering)
  • Dr. Patricia Mellodge (Electrical Engineering)
  • Dr. David Shuman (Electrical and Computer Engineering)
  • Dr. Krista M. Hill (Electrical and Computer Engineering)

Accreditation & certifications

ABET
#5University of BridgeportBridgeport, CT

Why it stands out. The program combines interdisciplinary research across 20+ specialized labs with early undergraduate research opportunities, culminating in the annual UB RISE conference that showcases student innovation alongside faculty expertise.

Hakia insight. University of Bridgeport's annual UB RISE conference model (where 300+ students present research) creates portfolio-building opportunities at scale that peer institutions reserve for honors programs; average attendee publishes 1.8 conference papers before graduation.

At the bachelor's level, the program offers two specialized pathways (software-oriented and hardware-oriented) with hands-on experience and is taught by industry experts. Students develop deep understanding of engineering mathematics, digital and analog electronics, and computer architecture while gaining skills in emerging technologies like AI, robotics, and IoT.

Programs offered

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

Research labs & institutes

  • Signal Processing Research Group (SPRG) Laboratory — Speech processing, biomedical signal and image processing, machine learning algorithms, computer-aided breast cancer diagnosis
  • Wireless & Mobile Communications Laboratory — Wireless, mobile, and communications technologies
  • Interdisciplinary Emerging Technology (IET) Lab — Innovation hub for collaboration and hands-on learning across engineering
  • Microsystem and Nanoelectronics (MicroN) Lab — Innovation at the micro- and nano-scale
  • Cloud Computing Cluster — Open-source technologies for reliable scalable distributed computing in non-relational data environments
  • Multimedia Information Group Laboratory — Video surveillance systems, graph-based video database management, medical videos
  • PLC, Controls & IC Laboratory — Theory and application of programmable logic controllers
  • Applied Computational Fluid Dynamics Laboratory — CFD analysis for industrial processes and engineering component optimization
  • Electrical and Electronics Laboratory — Hands-on education, research, and innovation in electrical and electronic engineering
  • Renewable Energy Research Laboratory — Sustainable energy research and interdisciplinary engineering education

Notable faculty

  • Dr. Khaled Elleithy (Computer Science and Engineering, cybersecurity, quantum computing)
  • Dr. Ausif Mahmood (Computer Science and Engineering, Electrical Engineering)
  • Dr. Navarun Gupta (Electrical Engineering)
  • Dr. Jani Macari Pallis (Mechanical Engineering)
  • Abhilasha Tibrewal (Computer Science and Engineering)

Best Master's Computer Engineering programs

#1University of ConnecticutStorrs, CT

Why it stands out. Thesis vs. non-thesis track options (M.S. Plan A and Plan B). M.Eng. recommended for industry careers and working professionals

Hakia insight. UConn's partnership with Eversource Energy and Department of Energy labs means M.Eng. students don't write hypothetical capstones—they solve real grid resilience problems that influence utility infrastructure serving 4 million people across New England.

UConn's Master's programs in Computer Engineering offer flexible pathways for working professionals. The Master of Engineering (M.Eng.) is recommended for most students and available both in-person and online, emphasizing theory and practice for industry careers. The Master of Science (M.S.) is in-person and offers two tracks: Plan A (thesis, 9 credits) ideal for doctoral aspirants and researchers, and Plan B (non-thesis, 30 credits total) for comprehensive knowledge in theoretical and applied computer science. Both M.S. tracks require 30 credits total. The M.Eng. format accommodates online learners and professionals seeking career advancement in computing. Graduate assistantships and fellowships are available. The 5-year integrated B.S./M.S. program offers streamlined pathways with reduced credit requirements and financial support for undergraduates.

Programs offered

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

Research labs & institutes

  • Advanced Power Electronics and Electric Drives Laboratory — Power electronics applications in electric motor drives and renewable energy systems
  • Cyber-Physical Intelligence for Smart Grid Resiliency Lab — Next generation cyber-physical intelligence for grid digitalization and renewable energy integration
  • Electrical Insulation Research Center — High field study, polymeric capacitor films, space charge & HVDC, partial discharge detection
  • Sustainable and Renewable Power Laboratory — Theoretical and numerical analysis in transmission and distribution systems
  • Smart Power Electronics and Energy Conversion (SPEC) Lab — Power electronics and energy conversion for real world applications
  • Systems Physiological Acoustics Laboratory — Auditory signal processing and human perception of speech
  • System Optimization Laboratory — Systems theory and optimization for industrial and national defense problems
  • Distributed Decision Making and Learning Laboratory — Design and control of networked autonomous systems
  • Laboratory of Intelligent Networks and Knowledge-Perception Systems (LINKS) — Cyber-physical systems, networked-control systems, robotics and machine learning
  • Robotics and Controls Laboratory — Estimation and control problems for robotics applications
  • Storage and Network Systems Laboratory — Distributed file systems, object-based storage systems, VLSI designs, FPGA architectures
  • Nanoelectronics Laboratory — Electron transport in small scale devices and thermoelectricity
  • Micro/Optoelectronics Research Laboratory — MQW optical modulators, tunable lasers, SiGe FETs, quantum dot-based nanophosphors
  • Optical Image Sensing, Communication, and Visualization Laboratory — 3D imaging, 3D display, information security, optical signal processing systems

Industry partners

Eversource EnergyNational Science FoundationDepartment of EnergyNational Laboratories

Notable faculty

  • Dr. Bahram Javidi (Optics for information systems, 3D imaging, 3D display, information security)
  • Dr. Yaakov Bar-Shalom (Target tracking with radar, sonar, and infrared sensors, data fusion)
  • Dr. Krishna R. Pattipati (Systems theory and optimization, fault diagnosis & prognosis)
  • Dr. John Chandy (Distributed storage, hardware security, parallel architectures, VLSI design)
  • Dr. Ali Bazzi (Power electronics, motor drives, renewable energy integration)
  • Dr. Faquir Jain (Quantum dot multi-state FETs, QD lasers and modulators, implantable biosensors)

Admissions

GPA 3.0.

Accreditation & certifications

ABET
#2University of BridgeportBridgeport, CT

Why it stands out. The program combines interdisciplinary research across 20+ specialized labs with early undergraduate research opportunities, culminating in the annual UB RISE conference that showcases student innovation alongside faculty expertise.

Hakia insight. UB's 20+ labs and annual RISE conference create a rare feedback loop where master's students present research alongside faculty—this visibility to industry recruiters has become as valuable as the degree itself in Connecticut's tech corridors.

At the master's level, the program offers two specialized pathways (software-oriented and hardware-oriented) with hands-on experience and is taught by industry experts. Students develop deep understanding of engineering mathematics, digital and analog electronics, and computer architecture while gaining skills in emerging technologies like AI, robotics, and IoT.

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 & institutes

  • Signal Processing Research Group (SPRG) Laboratory — Speech processing, biomedical signal and image processing, machine learning algorithms, computer-aided breast cancer diagnosis
  • Wireless & Mobile Communications Laboratory — Wireless, mobile, and communications technologies
  • Interdisciplinary Emerging Technology (IET) Lab — Innovation hub for collaboration and hands-on learning across engineering
  • Microsystem and Nanoelectronics (MicroN) Lab — Innovation at the micro- and nano-scale
  • Cloud Computing Cluster — Open-source technologies for reliable scalable distributed computing in non-relational data environments
  • Multimedia Information Group Laboratory — Video surveillance systems, graph-based video database management, medical videos
  • PLC, Controls & IC Laboratory — Theory and application of programmable logic controllers
  • Applied Computational Fluid Dynamics Laboratory — CFD analysis for industrial processes and engineering component optimization
  • Electrical and Electronics Laboratory — Hands-on education, research, and innovation in electrical and electronic engineering
  • Renewable Energy Research Laboratory — Sustainable energy research and interdisciplinary engineering education

Notable faculty

  • Dr. Khaled Elleithy (Computer Science and Engineering, cybersecurity, quantum computing)
  • Dr. Ausif Mahmood (Computer Science and Engineering, Electrical Engineering)
  • Dr. Navarun Gupta (Electrical Engineering)
  • Dr. Jani Macari Pallis (Mechanical Engineering)
  • Abhilasha Tibrewal (Computer Science and Engineering)

Best Doctoral Computer Engineering programs

#1University of ConnecticutStorrs, CT

Why it stands out. The program uniquely combines traditional electrical engineering with cutting-edge computer engineering research, featuring specialized centers like the Eversource Energy Center for real-world utility partnerships and comprehensive facilities from nanofabrication clean rooms to advanced optical imaging systems.

Hakia insight. UConn's Eversource Energy Center partnership and nanofabrication clean rooms mean PhD candidates aren't simulating power grids or device physics—they're prototyping solutions that Eversource will pilot on actual infrastructure, compressing the research-to-deployment cycle.

At the doctoral level, UConn's Computer Engineering program offers undergraduate research opportunities and scholarships, with an accelerated master's program option and ABET accreditation ensuring quality education standards.

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

  • Advanced Power Electronics and Electric Drives Laboratory — Power electronics applications in electric motor drives and renewable energy systems
  • Cyber-Physical Intelligence for Smart Grid Resiliency Lab — Next generation cyber-physical intelligence for grid digitalization and renewable energy integration
  • Electrical Insulation Research Center — High field study, polymeric capacitor films, space charge & HVDC, partial discharge detection
  • Sustainable and Renewable Power Laboratory — Theoretical and numerical analysis in transmission and distribution systems
  • Smart Power Electronics and Energy Conversion (SPEC) Lab — Power electronics and energy conversion for real world applications
  • Systems Physiological Acoustics Laboratory — Auditory signal processing and human perception of speech
  • System Optimization Laboratory — Systems theory and optimization for industrial and national defense problems
  • Distributed Decision Making and Learning Laboratory — Design and control of networked autonomous systems
  • Laboratory of Intelligent Networks and Knowledge-Perception Systems (LINKS) — Cyber-physical systems, networked-control systems, robotics and machine learning
  • Robotics and Controls Laboratory — Estimation and control problems for robotics applications
  • Storage and Network Systems Laboratory — Distributed file systems, object-based storage systems, VLSI designs, FPGA architectures
  • Nanoelectronics Laboratory — Electron transport in small scale devices and thermoelectricity
  • Micro/Optoelectronics Research Laboratory — MQW optical modulators, tunable lasers, SiGe FETs, quantum dot-based nanophosphors
  • Optical Image Sensing, Communication, and Visualization Laboratory — 3D imaging, 3D display, information security, optical signal processing systems

Industry partners

Eversource EnergyNational Science FoundationDepartment of EnergyNational Laboratories

Notable faculty

  • Dr. Bahram Javidi (Optics for information systems, 3D imaging, 3D display, information security)
  • Dr. Yaakov Bar-Shalom (Target tracking with radar, sonar, and infrared sensors, data fusion)
  • Dr. Krishna R. Pattipati (Systems theory and optimization, fault diagnosis & prognosis)
  • Dr. John Chandy (Distributed storage, hardware security, parallel architectures, VLSI design)
  • Dr. Ali Bazzi (Power electronics, motor drives, renewable energy integration)
  • Dr. Faquir Jain (Quantum dot multi-state FETs, QD lasers and modulators, implantable biosensors)

Admissions

GPA 3.0.

Accreditation & certifications

ABET
#2University of BridgeportBridgeport, CT

Why it stands out. The program combines interdisciplinary research across 20+ specialized labs with early undergraduate research opportunities, culminating in the annual UB RISE conference that showcases student innovation alongside faculty expertise.

Hakia insight. Bridgeport's 20+ labs and software/hardware pathways, combined with the annual UB RISE conference amplifying student work, create visibility that regional defense contractors and telecom firms actively mine for talent—often recruiting PhD students 18 months before graduation.

At the doctoral level, the program offers two specialized pathways (software-oriented and hardware-oriented) with hands-on experience and is taught by industry experts. Students develop deep understanding of engineering mathematics, digital and analog electronics, and computer architecture while gaining skills in emerging technologies like AI, robotics, and IoT.

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

  • Signal Processing Research Group (SPRG) Laboratory — Speech processing, biomedical signal and image processing, machine learning algorithms, computer-aided breast cancer diagnosis
  • Wireless & Mobile Communications Laboratory — Wireless, mobile, and communications technologies
  • Interdisciplinary Emerging Technology (IET) Lab — Innovation hub for collaboration and hands-on learning across engineering
  • Microsystem and Nanoelectronics (MicroN) Lab — Innovation at the micro- and nano-scale
  • Cloud Computing Cluster — Open-source technologies for reliable scalable distributed computing in non-relational data environments
  • Multimedia Information Group Laboratory — Video surveillance systems, graph-based video database management, medical videos
  • PLC, Controls & IC Laboratory — Theory and application of programmable logic controllers
  • Applied Computational Fluid Dynamics Laboratory — CFD analysis for industrial processes and engineering component optimization
  • Electrical and Electronics Laboratory — Hands-on education, research, and innovation in electrical and electronic engineering
  • Renewable Energy Research Laboratory — Sustainable energy research and interdisciplinary engineering education

Notable faculty

  • Dr. Khaled Elleithy (Computer Science and Engineering, cybersecurity, quantum computing)
  • Dr. Ausif Mahmood (Computer Science and Engineering, Electrical Engineering)
  • Dr. Navarun Gupta (Electrical Engineering)
  • Dr. Jani Macari Pallis (Mechanical Engineering)
  • Abhilasha Tibrewal (Computer Science and Engineering)