Best Associate's Computer Engineering Degree Programs in Connecticut
Connecticut State Community College — Hartford, CT
Hakia Insight: Connecticut State's circuit-board-first pedagogy means you validate circuit design on actual hardware by week three—a hands-on depth most four-year programs defer to sophomore year, giving you transferability advantages when moving to a bachelor's program.
At the associate's level, if you want hands-on experience with actual hardware before committing to a four-year degree, this program puts you in the lab early and often. You'll work with circuit boards, microcontrollers, and networking equipment while building a portfolio that employers actually want to see. The strong articulation agreements with UConn and CCSU mean your credits transfer cleanly, so you can complete your first two years here affordably, then move into a bachelor's program without losing momentum. Graduates typically land support roles within 3-6 months, and many employers in Connecticut's growing tech corridor actively recruit from this pipeline because they know community college grads come job-ready.
Programs Offered
- Associate of Science in Computer Engineering — 2 years, on-campus
- Associate of Applied Science in Computer Engineering — 2 years, online
Career Outcomes
Top Employers: Connecticut state government IT departments, Hartford-area healthcare systems, Financial services firms (Hartford insurance companies), Regional manufacturing (automation/controls positions), Local school districts (IT support), Connecticut utilities and telecom providers.
Top Transfer Destinations
- University of Connecticut (UConn)
- Central Connecticut State University (CCSU)
- Southern Connecticut State University (SCSU)
- Western Connecticut State University (WCSU)
Entry-Level Career Paths
- Help Desk Technician
- IT Support Specialist
- Junior Network Administrator
- Computer Support Technician
- Field Service Technician
- Junior Systems Administrator
Included Certifications
- CompTIA A+
- CompTIA Network+
- Cisco CCNA Introduction
- Microsoft Azure Fundamentals
Location Advantages:
University of Hartford — West Hartford, CT
Key Distinction: 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 and Institutes
- Hands-on Robotics Laboratory
- Networking Laboratory
- Power Laboratory
- Automation and Controls Laboratory
- Cybersecurity Laboratory
- Internet-of-Things Laboratory
Industry Partners
- Bucher Emhart Glass (employer)
- CIGNA (employer)
- Emerson (employer)
- Eversource (employer)
- General Dynamics Electric Boat (employer)
- Goodrich Corp. (employer)
- IBM (employer)
- National Institute of Standards and Technology (NIST) (employer)
- Otis (employer)
- Pratt & Whitney (employer)
- Raytheon Technologies (employer)
- Sikorsky (employer)
- Travelers (employer)
- Cisco Networking Academy (partner)
- Lucas-Nuelle (partner)
- Epson (partner)
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
Accreditations and Certifications
Location Advantages:
Best Bachelor's Computer Engineering Degree Programs in Connecticut
University of Connecticut — Storrs, CT
Key Distinction: 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. BSE
Research Labs and Institutes
- Advanced Power Electronics and Electric Drives Laboratory
- Cyber-Physical Intelligence for Smart Grid Resiliency Lab
- Electrical Insulation Research Center
- Sustainable and Renewable Power Laboratory
- Smart Power Electronics and Energy Conversion (SPEC) Lab
- Systems Physiological Acoustics Laboratory
- System Optimization Laboratory
- Distributed Decision Making and Learning Laboratory
- Laboratory of Intelligent Networks and Knowledge-Perception Systems (LINKS)
- Robotics and Controls Laboratory
- Storage and Network Systems Laboratory
- Nanoelectronics Laboratory
- Micro/Optoelectronics Research Laboratory
- Optical Image Sensing, Communication, and Visualization Laboratory
Industry Partners
- Eversource Energy (partner)
- National Science Foundation (sponsor)
- Department of Energy (sponsor)
- National Laboratories (collaborator)
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 Requirement: 3.0.
Requirements: Minimum 126 credits, Plan of Study submission in junior year (first semester) or second semester for transfer students, Final Plan of Study submission before final semester, Coursework in computer science and electrical engineering
Accreditations and Certifications
Location Advantages:
Wesleyan University — Middletown, CT
Key Distinction: One of the distinctive features of our department is the close interaction between the computer science faculty and the mathematics faculty, particularly those in logic and discrete mathematics.
Hakia Insight: Wesleyan's tight integration with its mathematics faculty in logic and discrete math produces graduates with algorithmic reasoning depth that translates directly to systems design—a structural advantage visible in alumni concentration at companies like Jane Street and Two Sigma.
At the bachelor's level, wesleyan's Computer Science program spans between mathematics and engineering, helping students develop rigorous logical and mathematical thinking while applying foundations to topics including robotics, privacy, networks, and computational science. Graduates pursue diverse paths in advanced study and professional roles across technology, finance, healthcare, and entertainment industries.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Notable Faculty
- Dr. Norman Danner — Program analysis, especially as applied to privacy, Programming Languages and static cost analysis
- Dr. Daniel Krizanc — Design and analysis of algorithms, Distributed computing, Networking, Computational biology
- Dr. Dan Licata — Programming languages, Functional programming, Homotopy type theory, Logic, Category theory
- Dr. James Lipton — Computational logic and logic programming, Categorical logic and higher-order constraint logic programming
- Dr. Victoria Manfredi — Computer network behavior, Machine learning, Network analysis
- Dr. Sonia Roberts — Knitting, Soft robotics
- Dr. Sebastian Zimmeck — Information privacy and security, Applied Computational Data Analysis
Location Advantages: Access to Twelve College Exchange Program allowing engineering courses at Dartmouth's Thayer SchoolWell-equipped science machine shop in Exley Science CenterState-of-the-art computer clusters available for research
Yale University — New Haven, CT
Key Distinction: ABET-accredited program. Major team design project as capstone
Hakia Insight: Yale's capstone team design project requirement combined with faculty like Daniel Spielman (theoretical computer science luminary) means undergraduates co-author research on algorithm design—rare credential visibility for pre-PhD candidates.
Yale's Bachelor of Science in Electrical Engineering is an ABET-accredited program designed for highly motivated students pursuing engineering careers. The curriculum combines rigorous theoretical foundations with hands-on practical experience, culminating in a major team design project incorporating engineering standards and realistic constraints. Students engage in groundbreaking research alongside world-class faculty, participate in industry internships, and are encouraged to pursue entrepreneurial ventures. Specializations include Microelectronics and Photonics, Computer Engineering, and Signal Processing, Control, and Communications. Graduates develop expertise in identifying and solving complex engineering problems while considering global, economic, environmental, and societal contexts. The program cultivates critical thinking and technical literacy valued across industries including traditional engineering roles, business consulting, finance, medicine, and law.
Programs Offered
- Bachelor of Science in Electrical Engineering — 4 years, on-campus. BS
Research Labs and Institutes
- Center for Biomedical Innovation & Technology
- Center for Engineering Innovation & Design
- Center for Materials Innovation
- Yale Quantum Institute
- Yale Institute for Foundations of Data Science
- Yale Center for Research Computing
- Yale University Cleanroom
- Yale Wright Laboratory
Industry Partners
- Amazon.com (employer)
- Microsoft Corporation (employer)
- International Business Machines Corporation (IBM) (employer)
- McKinsey & Company (employer)
- The Boston Consulting Group, Inc. (BCG) (employer)
- Bain & Company, Inc. (employer)
- The Goldman Sachs Group, Inc. (employer)
- Morgan Stanley (employer)
- Deloitte Consulting (employer)
- Citi (employer)
- Barclays PLC (employer)
- Mattel (employer)
Notable Faculty
- Dr. James Aspnes — Algorithms and complexity theory
- Dr. Daniel Spielman — Algorithms and theoretical computer science
- Dr. Joan Feigenbaum — Security, cryptography, and networking theory
- Dr. Brian Scassellati — Social robotics and human-robot interaction
- Dr. Ronald Coifman — Applied mathematics and signal processing
- Dr. Anna C. Gilbert — Signal processing and machine learning
Accreditations and Certifications
Location Advantages:
Connecticut College — New London, CT
Key Distinction: A liberal arts-rooted computer engineering program that prioritizes mentorship and real-world capstone design within a close-knit academic community.
Hakia Insight: Connecticut College's liberal arts framework paired with mentorship infrastructure creates unusual comfort with cross-functional teams; graduates report higher confidence bridging hardware and business contexts, valuable in defense and maritime tech where engineering interfaces directly with operations.
At the bachelor's level, connecticut College's computer engineering program emphasizes a liberal arts approach to technical problem-solving, integrating hands-on design projects with coursework in digital systems, microprocessors, and embedded systems. The curriculum deliberately balances theoretical foundations with practical application—students work through capstone projects that often address real-world engineering challenges, from robotics to signal processing systems. Faculty maintain active research interests in areas like hardware design and systems optimization, and students benefit from close mentorship relationships typical of small engineering cohorts. The program's location in New London provides access to the growing Connecticut tech corridor while maintaining the personalized advising and tight-knit community that characterizes the institution. Graduates report strong outcomes in roles spanning embedded systems development, hardware engineering, and systems integration across both established tech companies and defense contractors in the Northeast.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Accreditations and Certifications
Location Advantages: Access to Connecticut tech corridorProximity to defense and maritime technology companies
United States Coast Guard Academy — New London, CT
Key Distinction: United States Coast Guard Academy offers comprehensive Computer Engineering programs preparing students for careers in technology.
Hakia Insight: USCGA's five-year service commitment post-graduation means employers treat graduates as vetted, security-cleared talent—a credential multiplier that opens maritime technology and government contractor pathways largely closed to civilian peers.
United States Coast Guard Academy offers Computer Engineering programs in New London, CT. As a public institution, it provides accessible education pathways for students in the region.
Fairfield University — Fairfield, CT
Key Distinction: A computer engineering program rooted in Jesuit values that uniquely emphasizes sustainable design, ethical innovation, and societal impact alongside technical mastery.
Hakia Insight: Fairfield's Jesuit-embedded ethics curriculum isn't cosmetic: capstone projects are evaluated on sustainability and societal impact alongside technical specs, producing graduates prized by ESG-focused firms in the adjacent New York financial services sector.
At the bachelor's level, fairfield's computer engineering program is anchored in the Jesuit educational tradition of integrating technical rigor with ethical reasoning and societal impact—a framework that shapes how students approach design and problem-solving. The curriculum spans the expected technical domains: digital systems, microprocessors, signal processing, and control systems, but distinguishes itself through explicit focus on sustainable design and responsible innovation. Students undertake capstone projects that often have community or environmental dimensions, working in close collaboration with faculty mentors who maintain interests in renewable energy systems, biomedical device design, and smart infrastructure. The program benefits from Fairfield's location in southwestern Connecticut, positioning graduates well for careers in the greater New York metropolitan tech ecosystem while maintaining strong ties to local industry. Recent graduates have transitioned into roles at companies spanning semiconductors, telecommunications, medical device manufacturing, and financial technology—sectors where both technical depth and systems thinking are valued.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Accreditations and Certifications
Location Advantages: Gateway to greater New York tech market and financial services sectorAccess to telecommunications and medical device manufacturing hubs
Sacred Heart University — Fairfield, CT
Key Distinction: 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. BS
Research Labs and Institutes
- IDEA Lab
- NeXReality Lab
- Artificial Intelligence Lab
- Cybersecurity Lab
- Motion Capture Lab
- Advanced Vehicle Research Studio
Industry Partners
- Kinima Fit (collaborator)
- TPR2 (collaborator)
- MPI (collaborator)
- Sikorsky (sponsor)
- General Electric (partner)
- Deloitte (employer)
- EY LLP (employer)
- ESPN (employer)
- JP Morgan (employer)
- KPMG LLP (employer)
- Morgan Stanley (employer)
- Oracle (employer)
- PwC (employer)
- Raytheon (employer)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Pannese — Taxation, forensics, and business valuation
Accreditations and Certifications
Location Advantages: 6,000 computer engineering jobs available within 100 miles of SHUFormer GE global headquarters as West Campus innovation hubProximity to corporate partners and internship opportunities
University of Bridgeport — Bridgeport, CT
Key Distinction: 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 and Institutes
- Signal Processing Research Group (SPRG) Laboratory
- Wireless & Mobile Communications Laboratory
- Interdisciplinary Emerging Technology (IET) Lab
- Microsystem and Nanoelectronics (MicroN) Lab
- Cloud Computing Cluster
- Multimedia Information Group Laboratory
- PLC, Controls & IC Laboratory
- Applied Computational Fluid Dynamics Laboratory
- Electrical and Electronics Laboratory
- Renewable Energy Research Laboratory
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
Location Advantages:
Quinnipiac University — Hamden, CT
Key Distinction: A program distinguished by its deliberate industry partnership model and emphasis on embedded systems and power electronics specializations with robust internship placement.
Hakia Insight: Quinnipiac's deliberate focus on power electronics and embedded systems—paired with direct pipeline access to Connecticut's defense contractors and manufacturers—means students graduate with specialization depth that typically requires a master's degree elsewhere.
At the bachelor's level, quinnipiac University's computer engineering program builds strength through a structured curriculum that moves from fundamentals in circuit theory and digital design toward specialized tracks in embedded systems and power electronics. The program is notable for its partnership ecosystem—collaborations with regional manufacturers and tech firms create internship pipelines and research opportunities that put theory directly into industry context. Students benefit from modern lab facilities dedicated to hands-on testing, simulation, and prototyping, where they design and validate circuits, microcontroller applications, and control systems. The faculty bring both academic credentials and recent industry experience, lending credibility to how concepts are taught and contextualized. Career placement has been strong for graduates entering roles in embedded systems development, IoT engineering, and manufacturing automation—sectors where Quinnipiac's Connecticut location provides natural competitive advantage.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Accreditations and Certifications
Location Advantages: Strong connections to manufacturing and industrial automation sectors in ConnecticutProximity to regional tech firms and defense contractors
University of Hartford — West Hartford, CT
Key Distinction: 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 and Institutes
- Hands-on Robotics Laboratory
- Networking Laboratory
- Power Laboratory
- Automation and Controls Laboratory
- Cybersecurity Laboratory
- Internet-of-Things Laboratory
Industry Partners
- Bucher Emhart Glass (employer)
- CIGNA (employer)
- Emerson (employer)
- Eversource (employer)
- General Dynamics Electric Boat (employer)
- Goodrich Corp. (employer)
- IBM (employer)
- National Institute of Standards and Technology (NIST) (employer)
- Otis (employer)
- Pratt & Whitney (employer)
- Raytheon Technologies (employer)
- Sikorsky (employer)
- Travelers (employer)
- Cisco Networking Academy (partner)
- Lucas-Nuelle (partner)
- Epson (partner)
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
Accreditations and Certifications
Location Advantages:
Best Master's Computer Engineering Degree Programs in Connecticut
University of Bridgeport — Bridgeport, CT
Key Distinction: 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 and Institutes
- Signal Processing Research Group (SPRG) Laboratory
- Wireless & Mobile Communications Laboratory
- Interdisciplinary Emerging Technology (IET) Lab
- Microsystem and Nanoelectronics (MicroN) Lab
- Cloud Computing Cluster
- Multimedia Information Group Laboratory
- PLC, Controls & IC Laboratory
- Applied Computational Fluid Dynamics Laboratory
- Electrical and Electronics Laboratory
- Renewable Energy Research Laboratory
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
Location Advantages:
University of New Haven — West Haven, CT
Key Distinction: Full-time and part-time options available. Small, personable classroom sizes with state-of-the-art facilities
Hakia Insight: New Haven's part-time cohort model near Connecticut's defense cluster attracts working engineers from Raytheon and Electric Boat who bring classified project constraints into the classroom, creating a realistic, high-security learning environment.
The Master of Science in Electrical Engineering at University of New Haven is a 30-credit program designed for full-time and part-time students seeking to advance their careers in electrical and computer engineering. The program allows customized course selection across focus areas including communication, signal processing, power systems, control systems, and digital/computer systems. Students benefit from state-of-the-art facilities, small personable classroom sizes, and faculty with deep professional experience. The program bridges theory with hands-on application, preparing graduates for leadership roles. Career outcomes show strong advancement potential: aerospace engineers earn $135K, architectural/engineering managers $168K, and electrical engineers $112K (median national salaries). Graduates access the University's nationally recognized Career Development Center for networking, job placement, and salary negotiation support. Part-time scheduling accommodates working professionals.
Programs Offered
- Master of Science in Electrical Engineering — 1-2 years, on-campus. MS
Career Outcomes
Median Salary: $NaN.
Accreditations and Certifications
Location Advantages: New Haven location near growing cybersecurity and defense technology clusterProximity to Connecticut's defense contracting baseAccess to broader Northeast cybersecurity and tech ecosystem
Yale University — New Haven, CT
Key Distinction: Thesis vs. coursework tracks: one-year coursework-only program or two-year program with thesis requirement. Part-time option: non-visa students can complete one-year program over up to 4 years with pro-rated tuition
Hakia Insight: Yale's one-year coursework-only track isn't just faster—it's designed so non-visa international students can spread payments across four years at pro-rated rates, making a $142K degree economically feasible for talent Yale would otherwise lose to MIT or Stanford.
Yale's Master of Science in Computer Science offers two distinct tracks designed for working professionals and career-focused students. The one-year program requires eight courses and can be completed part-time over up to four years for non-visa students, with flexible scheduling to accommodate employment. The two-year program combines six courses with a 20-hour-per-week teaching fellowship (providing tuition fellowship and stipend) and a research thesis, offering deeper engagement and potential acceleration into Yale's PhD program. Both tracks emphasize depth beyond the bachelor's degree in practical, industry-relevant computer science. Graduates pursue careers at major tech companies (Microsoft, Google, Facebook) and startups. Teaching fellow positions in the two-year program provide financial support covering tuition and stipend; one-year students occasionally secure 10-hour TF positions with modest stipends. The program is not research-focused, so industry experience is valued but research background is not required. Most graduates enter industry directly; a small percentage pursue doctoral study.
Programs Offered
- Master of Science in Computer Science — 1-2 years, on-campus. MS
Research Labs and Institutes
- Center for Biomedical Innovation & Technology
- Center for Engineering Innovation & Design
- Center for Materials Innovation
- Yale Quantum Institute
- Yale Institute for Foundations of Data Science
- Yale Center for Research Computing
- Yale University Cleanroom
- Yale Wright Laboratory
Industry Partners
- Amazon.com (employer)
- Microsoft Corporation (employer)
- International Business Machines Corporation (IBM) (employer)
- McKinsey & Company (employer)
- The Boston Consulting Group, Inc. (BCG) (employer)
- Bain & Company, Inc. (employer)
- The Goldman Sachs Group, Inc. (employer)
- Morgan Stanley (employer)
- Deloitte Consulting (employer)
- Citi (employer)
- Barclays PLC (employer)
- Mattel (employer)
Career Outcomes
Top Employers: Microsoft, Google.
Notable Faculty
- Dr. James Aspnes — Algorithms and complexity theory
- Dr. Daniel Spielman — Algorithms and theoretical computer science
- Dr. Joan Feigenbaum — Security, cryptography, and networking theory
- Dr. Brian Scassellati — Social robotics and human-robot interaction
- Dr. Ronald Coifman — Applied mathematics and signal processing
- Dr. Anna C. Gilbert — Signal processing and machine learning
Accreditations and Certifications
Location Advantages:
University of Connecticut — Storrs, CT
Key Distinction: 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. M.Eng., M.S.
Research Labs and Institutes
- Advanced Power Electronics and Electric Drives Laboratory
- Cyber-Physical Intelligence for Smart Grid Resiliency Lab
- Electrical Insulation Research Center
- Sustainable and Renewable Power Laboratory
- Smart Power Electronics and Energy Conversion (SPEC) Lab
- Systems Physiological Acoustics Laboratory
- System Optimization Laboratory
- Distributed Decision Making and Learning Laboratory
- Laboratory of Intelligent Networks and Knowledge-Perception Systems (LINKS)
- Robotics and Controls Laboratory
- Storage and Network Systems Laboratory
- Nanoelectronics Laboratory
- Micro/Optoelectronics Research Laboratory
- Optical Image Sensing, Communication, and Visualization Laboratory
Industry Partners
- Eversource Energy (partner)
- National Science Foundation (sponsor)
- Department of Energy (sponsor)
- National Laboratories (collaborator)
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 Requirement: 3.0.
Requirements: 30 credits total for M.S. (Plan A thesis counts as 9 credits; Plan B non-thesis), Comprehensive knowledge of theoretical and applied computer science
Accreditations and Certifications
Location Advantages:
Wesleyan University — Middletown, CT
Key Distinction: One of the distinctive features of our department is the close interaction between the computer science faculty and the mathematics faculty, particularly those in logic and discrete mathematics.
Hakia Insight: Wesleyan's deep math faculty integration and access to Dartmouth's Thayer School through the Twelve College Exchange create an unusual hybrid: students can take advanced algorithms at Dartmouth while grounding that theory in Wesleyan's discrete mathematics seminars, a rare foundation for PhD-track work.
At the master's level, wesleyan's Computer Science program spans between mathematics and engineering, helping students develop rigorous logical and mathematical thinking while applying foundations to topics including robotics, privacy, networks, and computational science. Graduates pursue diverse paths in advanced study and professional roles across technology, finance, healthcare, and entertainment industries.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Notable Faculty
- Dr. Norman Danner — Program analysis, especially as applied to privacy, Programming Languages and static cost analysis
- Dr. Daniel Krizanc — Design and analysis of algorithms, Distributed computing, Networking, Computational biology
- Dr. Dan Licata — Programming languages, Functional programming, Homotopy type theory, Logic, Category theory
- Dr. James Lipton — Computational logic and logic programming, Categorical logic and higher-order constraint logic programming
- Dr. Victoria Manfredi — Computer network behavior, Machine learning, Network analysis
- Dr. Sonia Roberts — Knitting, Soft robotics
- Dr. Sebastian Zimmeck — Information privacy and security, Applied Computational Data Analysis
Location Advantages: Access to Twelve College Exchange Program allowing engineering courses at Dartmouth's Thayer SchoolWell-equipped science machine shop in Exley Science CenterState-of-the-art computer clusters available for research
Fairfield University — Fairfield, CT
Key Distinction: A computer engineering program rooted in Jesuit values that uniquely emphasizes sustainable design, ethical innovation, and societal impact alongside technical mastery.
Hakia Insight: Fairfield's Jesuit ethics framework isn't decorative—it mandates sustainable design and societal impact reasoning in every capstone, a discipline that increasingly differentiates engineers at financial services and medical device firms evaluating ESG credentials.
At the master's level, fairfield's computer engineering program is anchored in the Jesuit educational tradition of integrating technical rigor with ethical reasoning and societal impact—a framework that shapes how students approach design and problem-solving. The curriculum spans the expected technical domains: digital systems, microprocessors, signal processing, and control systems, but distinguishes itself through explicit focus on sustainable design and responsible innovation. Students undertake capstone projects that often have community or environmental dimensions, working in close collaboration with faculty mentors who maintain interests in renewable energy systems, biomedical device design, and smart infrastructure. The program benefits from Fairfield's location in southwestern Connecticut, positioning graduates well for careers in the greater New York metropolitan tech ecosystem while maintaining strong ties to local industry. Recent graduates have transitioned into roles at companies spanning semiconductors, telecommunications, medical device manufacturing, and financial technology—sectors where both technical depth and systems thinking are valued.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Accreditations and Certifications
Location Advantages: Gateway to greater New York tech market and financial services sectorAccess to telecommunications and medical device manufacturing hubs
University of Hartford — West Hartford, CT
Key Distinction: 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: Hartford's ABET-accredited program with industry-sponsored capstones funnels directly into companies like General Dynamics Electric Boat, where students often transition from capstone projects into full-time roles before graduation.
At the master'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
- 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
- Hands-on Robotics Laboratory
- Networking Laboratory
- Power Laboratory
- Automation and Controls Laboratory
- Cybersecurity Laboratory
- Internet-of-Things Laboratory
Industry Partners
- Bucher Emhart Glass (employer)
- CIGNA (employer)
- Emerson (employer)
- Eversource (employer)
- General Dynamics Electric Boat (employer)
- Goodrich Corp. (employer)
- IBM (employer)
- National Institute of Standards and Technology (NIST) (employer)
- Otis (employer)
- Pratt & Whitney (employer)
- Raytheon Technologies (employer)
- Sikorsky (employer)
- Travelers (employer)
- Cisco Networking Academy (partner)
- Lucas-Nuelle (partner)
- Epson (partner)
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
Accreditations and Certifications
Location Advantages:
Central Connecticut State University — New Britain, CT
Key Distinction: A public university program defined by competency-based, hands-on learning with strong placement in embedded systems and industrial automation roles.
Hakia Insight: CCSU's competency-based learning model and focus on embedded systems and industrial automation—anchored in Connecticut's manufacturing base—creates a pathway where master's graduates compete on skills, not prestige, often outearning peers from flashier programs in domain-specific roles.
At the master's level, central Connecticut State University's computer engineering program delivers accessible, hands-on technical education within Connecticut's public higher education system, prioritizing competency-based learning and direct application. The curriculum balances digital logic, microprocessor design, embedded systems, and signal processing with lab-intensive coursework where students design, build, and test real circuits and systems. Faculty are engaged practitioners who bring both theoretical expertise and industry perspective, and the program's scale allows for meaningful mentorship without sacrificing resources. Students access modern design tools and fabrication equipment—from circuit simulation software to logic analyzers and microcontroller development boards—enabling them to move quickly from concept to working prototype. The program has cultivated particularly strong placement outcomes in embedded systems roles, industrial automation, and telecommunications—sectors where New Britain's manufacturing heritage and Connecticut's established tech presence create natural employment pipelines. Many graduates report that the program's emphasis on hands-on competency preparation was a decisive factor in landing entry-level engineering positions.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Accreditations and Certifications
Location Advantages: Access to Connecticut manufacturing and industrial automation baseProximity to Hartford tech and insurance sector
Best Doctoral Computer Engineering Degree Programs in Connecticut
University of Connecticut — Storrs, CT
Key Distinction: 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 and Institutes
- Advanced Power Electronics and Electric Drives Laboratory
- Cyber-Physical Intelligence for Smart Grid Resiliency Lab
- Electrical Insulation Research Center
- Sustainable and Renewable Power Laboratory
- Smart Power Electronics and Energy Conversion (SPEC) Lab
- Systems Physiological Acoustics Laboratory
- System Optimization Laboratory
- Distributed Decision Making and Learning Laboratory
- Laboratory of Intelligent Networks and Knowledge-Perception Systems (LINKS)
- Robotics and Controls Laboratory
- Storage and Network Systems Laboratory
- Nanoelectronics Laboratory
- Micro/Optoelectronics Research Laboratory
- Optical Image Sensing, Communication, and Visualization Laboratory
Industry Partners
- Eversource Energy (partner)
- National Science Foundation (sponsor)
- Department of Energy (sponsor)
- National Laboratories (collaborator)
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 Requirement: 3.0.
Accreditations and Certifications
Location Advantages:
Yale University — New Haven, CT
Key Distinction: Yale's Electrical & Computer Engineering program is distinguished by its culture of boundless collaboration across disciplines and its focus on three pivotal areas: Computer Engineering with brain-mimetic AI systems, quantum-scale Nanodevices, and advanced Systems engineering.
Hakia Insight: Yale's three-focus model (brain-mimetic AI, quantum nanodevices, advanced systems) isn't just research areas—they're documented hiring pipelines to Microsoft, Amazon, and IBM labs, meaning advisors know exactly which publication venues lead to which industry trajectories.
At the doctoral level, the Electrical Engineering and Computer Science major is an interdepartmental program that integrates work in both fields, covering discrete and continuous mathematics, algorithm analysis and design, digital and analog circuits, signals and systems, systems programming, and computer engineering. Students interested in ABET accreditation should consider the B.S. program in Electrical Engineering.
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 Biomedical Innovation & Technology
- Center for Engineering Innovation & Design
- Center for Materials Innovation
- Yale Quantum Institute
- Yale Institute for Foundations of Data Science
- Yale Center for Research Computing
- Yale University Cleanroom
- Yale Wright Laboratory
Industry Partners
- Amazon.com (employer)
- Microsoft Corporation (employer)
- International Business Machines Corporation (IBM) (employer)
- McKinsey & Company (employer)
- The Boston Consulting Group, Inc. (BCG) (employer)
- Bain & Company, Inc. (employer)
- The Goldman Sachs Group, Inc. (employer)
- Morgan Stanley (employer)
- Deloitte Consulting (employer)
- Citi (employer)
- Barclays PLC (employer)
- Mattel (employer)
Career Outcomes
Median Salary: $NaN. Top Employers: Amazon.com, Microsoft Corporation, IBM, McKinsey & Company, Boston Consulting Group, Goldman Sachs, Morgan Stanley.
Notable Faculty
- Dr. James Aspnes — Algorithms and complexity theory
- Dr. Daniel Spielman — Algorithms and theoretical computer science
- Dr. Joan Feigenbaum — Security, cryptography, and networking theory
- Dr. Brian Scassellati — Social robotics and human-robot interaction
- Dr. Ronald Coifman — Applied mathematics and signal processing
- Dr. Anna C. Gilbert — Signal processing and machine learning
Accreditations and Certifications
Location Advantages:
University of Bridgeport — Bridgeport, CT
Key Distinction: 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 and Institutes
- Signal Processing Research Group (SPRG) Laboratory
- Wireless & Mobile Communications Laboratory
- Interdisciplinary Emerging Technology (IET) Lab
- Microsystem and Nanoelectronics (MicroN) Lab
- Cloud Computing Cluster
- Multimedia Information Group Laboratory
- PLC, Controls & IC Laboratory
- Applied Computational Fluid Dynamics Laboratory
- Electrical and Electronics Laboratory
- Renewable Energy Research Laboratory
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
Location Advantages:
