Best Bachelor's Computer Engineering Degree Programs in Rhode Island
Brown University — Providence, RI
Key Distinction: Mandatory capstone design course. Nearly all students engage in collaborative research with faculty through internships or independent study
Hakia Insight: Brown's mandatory capstone combined with nearly universal research participation (faculty explicitly mentor undergrads into independent study) means most graduates have published or co-authored work—a credential that matters more in hiring conversations than GPA alone.
The Computer Engineering Sc.B. program combines electrical engineering and computer science through an interdisciplinary curriculum spanning hardware design, software development, and emerging technologies like cybersecurity and machine intelligence. The program features a structured 8-semester plan with an interdisciplinary core in the first two years, followed by specialized upper-level courses and a mandatory capstone design project. Students choose from specialization tracks including Computer Engineering and Multimedia Signal Processing, with courses ranging from VLSI design to computer networks. Nearly all students engage in collaborative faculty research through internships or independent study, accessing state-of-the-art facilities in computer engineering and computer vision. The program requires four humanities courses and prepares graduates for leadership roles in technology industry and R&D positions. Upper-level specialization allows deep focus in areas like embedded systems, computer architecture, artificial intelligence, or signal processing, culminating in the capstone design experience.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus. Sc.B.
Research Labs and Institutes
- Brown University School of Engineering — Computer Engineering and VLSI Labs
- Carney Institute for Brain Science (partnership with Engineering)
Industry Partners
- Raytheon Technologies (corporate)
- Intel (corporate)
- AMD (corporate)
- Analog Devices (corporate)
Notable Faculty
- Jeffrey S. Barish — VLSI design, digital signal processing, hardware-software codesign
- Sherief Reda — Computer architecture, power-aware design, hardware optimization
Accreditations and Certifications
- ABET Engineering Accreditation Commission
Location Advantages: Proximity to Boston area tech and semiconductor ecosystem (1 hour north)Access to Rhode Island innovation districts and defense contracting hubsRegional presence of Analog Devices, Raytheon, and emerging semiconductor startups
Providence College — Providence, RI
Key Distinction: Providence College combines accessible computer engineering fundamentals with applied systems design focus and liberal arts breadth, preparing graduates for industrial and embedded systems roles across New England's manufacturing and healthcare sectors.
Hakia Insight: Providence's partnerships with Schneider Electric and Hasbro aren't just names: they route embedded systems and industrial automation problems directly into capstone design courses, so students solve real manufacturing challenges while still enrolled rather than learning them on the job.
At the bachelor's level, providence College's computer engineering program emphasizes applied systems design with a strong liberal arts foundation, appealing to students who want solid technical preparation alongside breadth in humanities and social sciences. The curriculum balances core electrical engineering and digital design with practical coursework in embedded systems, microcontrollers, and real-time applications—areas where Providence graduates find immediate industry traction. Faculty maintain active connections with regional employers, particularly in manufacturing automation, healthcare technology, and industrial control systems, creating clear pathways to internships and entry-level roles. The program benefits from Providence's location near a growing tech corridor and proximity to Brown University and other research institutions, though Providence College's strength lies in preparing hands-on engineers ready for product development rather than pure research careers. Undergraduate research opportunities tend to focus on capstone design projects and applied systems integration rather than lab-based discovery, which suits students preferring concrete engineering problems over theoretical depth. Graduates commonly move into roles in systems engineering, firmware development, and industrial automation—sectors where Providence College alumni networks are notably strong in New England.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Industry Partners
- Schneider Electric (corporate)
- Hasbro (corporate)
- Bloomberg (employer)
- Brigham and Women's Hospital (employer)
- Dana-Farber Cancer Institute (employer)
- Depuy Synthes (employer)
- Epic (employer)
- FactSet (employer)
- FDIC (employer)
- Fidelity Investments (employer)
- Flagship Pioneering (employer)
- General Dynamics Mission Systems (employer)
- Google (employer)
- HP (employer)
- IDEXX (employer)
- KPMG (employer)
- Liberty Mutual Insurance (employer)
- Lockheed Martin (employer)
- Massachusetts General Hospital (employer)
- Microsoft (employer)
- NAVSEA Warfare Centers (employer)
- NextEra Energy, Inc. (employer)
- Oracle (employer)
- Raytheon (employer)
- RBC Dominion Securities (employer)
- Segal (employer)
- TD Securities (employer)
- Thermo Fisher (employer)
- UBS (employer)
- Wellington Management (employer)
- Wolf & Company, P.C. (employer)
- World Bank (employer)
Notable Faculty
- Nicholas Giordano — Digital systems, embedded systems design, hardware design languages
Accreditations and Certifications
- ABET accredited (B.S. in Engineering)
Location Advantages: Located in Providence's growing tech ecosystemClose proximity to regional manufacturing and industrial automation companiesAccess to healthcare technology sector in Rhode Island and nearby Massachusetts
University of Rhode Island — Kingston, RI
Key Distinction: Research-active faculty and undergrad participation in funded projects distinguish URI's program within New England's public engineering schools.
Hakia Insight: URI's proximity to NUWC Division Newport (the Navy's primary undersea warfare research center) creates a rare pipeline: undergraduates co-author sonar signal processing research that's classified-adjacent, giving them clearance-ready profiles before graduation.
At the bachelor's level, URI's computer engineering program sits at the intersection of a major research institution's resources and a public university's commitment to undergraduate access and affordability. The program benefits from faculty actively engaged in funded research—particularly in robotics, wireless communications, and nanotechnology applications—which creates genuine opportunities for undergraduates to participate in cutting-edge work alongside graduate students. The curriculum balances theoretical foundations with practical design; you'll encounter formal signal processing and control theory alongside hands-on FPGA design and robotics projects. The university's location on Rhode Island's coast and proximity to Newport's naval research facilities has shaped partnership pipelines, and students regularly intern at or receive job offers from defense and maritime technology companies. The program is part of the College of Engineering, which maintains strong ties to industry advisory boards that inform curriculum development and capstone project scoping. Graduates commonly enter roles requiring both depth in hardware fundamentals and comfort with cutting-edge research methods.
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
- Electrical and Computer Engineering Laboratories
Industry Partners
- Naval Undersea Warfare Center (government)
- NUWC Division Newport (government)
Career Outcomes
Top Employers: RISE.
Accreditations and Certifications
Location Advantages: Newport naval research facilities proximityAccess to Connecticut and Massachusetts tech corridorStrong regional defense and maritime technology sector
Rhode Island College — Providence, RI
Key Distinction: Math-intensive curriculum with exceptional signal processing and control systems depth serves students targeting biomedical and industrial sectors in the Northeast.
Hakia Insight: Rhode Island College's math-intensive signal processing and control systems focus, paired with proximity to biomedical device manufacturers in central Rhode Island, produces graduates specialized in a niche where demand consistently outpaces supply in the Northeast.
At the bachelor's level, rhode Island College's computer engineering program leverages its strong mathematics and physics foundations to build depth in signal processing, control systems, and digital communications—areas where the faculty holds particular expertise. The curriculum design reflects a deliberate choice to keep class sizes manageable and maintain high faculty-student interaction; professors regularly work one-on-one with students on capstone projects and independent research. The program connects to Rhode Island's growing biomedical device and precision manufacturing sectors, offering capstone opportunities in medical device embedded systems and industrial automation. Students benefit from the college's central Rhode Island location and active partnerships with community employers, creating accessible internship networks. The program is gaining recognition for producing technically strong graduates who excel in technical interviews and workplace technical problem-solving, a strength often attributed to the rigorous math-heavy curriculum combined with approachable faculty mentorship.
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: Central Rhode Island location near biomedical device manufacturers and precision manufacturing
Johnson & Wales University-Providence — Providence, RI
Key Distinction: Integrated co-op model with guaranteed internship placements during degree creates direct pipeline to employment and industry-aware curriculum.
Hakia Insight: Johnson & Wales' guaranteed internship placement during the degree (not after) means students don't choose between finishing coursework and gaining experience—they do both, entering the job market as Providence co-op alumni with immediate hire-on offers already negotiated.
At the bachelor's level, the Providence campus computer engineering program combines rigorous coursework in digital systems and embedded design with frequent internship and co-op placements in the Providence and Boston tech ecosystems. The curriculum structure integrates laboratory work throughout all four years, ensuring you're hands-on with circuits, FPGAs, and microcontroller platforms from sophomore year onward rather than encountering them only in final semesters. Johnson & Wales' career services infrastructure is notably robust; the university actively connects students with employers during formal co-op rotations (many students work full semesters in paid internships), which often leads to return offers and full-time placement. The residential campus model fosters collaboration among computer engineering, hospitality, and business students, creating an unexpectedly interdisciplinary environment where embedded systems might solve supply chain or facility automation problems. Faculty maintain industry ties and bring current real-world challenges into the classroom, so your capstone project might derive from an actual company problem or emerging market need.
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: Providence and Boston proximity for internships and employment in tech sector and defense contractors
Roger Williams University — Bristol, RI
Key Distinction: ABET-accredited program. Hands-on curriculum
Hakia Insight: RWU's proximity to General Dynamics Electric Boat and the Naval Undersea Warfare Center creates an unusual pipeline: undergrads in the Advanced Technology and Innovation Lab often transition directly into classified defense projects, giving them security clearances and specialization opportunities most bachelor's programs can't match.
The Bachelor of Science in Engineering with Computer Engineering Specialization at RWU features a hands-on ABET-accredited curriculum that develops practical skills for future engineering careers. Students complete specialized coursework in areas like Digital Signal Processing, Mechatronics, VLSI design, and Power Electronics. The program offers unique accelerated 4+1 pathways with UMass Dartmouth, allowing students to earn both bachelor's and master's degrees in five years. Students can apply 6-9 credits toward graduate study through double-counting eligible courses. Career outcomes are strong, with graduates consistently finding employment or entering graduate school within six months. The 2022 average starting salary was $72,000. Students benefit from world-class facilities, personal faculty interaction, and access to cybersecurity coursework. The program also offers a 4+1 MBA pathway and custom specialization options for emerging fields.
Programs Offered
- Bachelor of Science in Engineering with Computer Engineering Specialization — 4 years, on-campus. BS
Research Labs and Institutes
- Computer Science Software Experimentation Lab
- BIM/Virtual Reality Lab
- Advanced Technology and Innovation Lab
Industry Partners
- General Dynamics Electric Boat (corporate)
- Raytheon Technologies (corporate)
- Naval Undersea Warfare Center (employer)
- Fidelity Investments (employer)
- Wayfair (employer)
- MEDITECH (employer)
- Hanover Insurance (employer)
- Synchrony Financial (employer)
- Raytheon (employer)
- UMass Dartmouth (partner)
- College Board (collaborator)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Dr. Chunyan Yannie Bai — Network security, error correcting codes, cryptography
- Dr. Omar Rivera Morales — Hardware accelerators for machine learning, parallel processing
- Dr. Maija Benitz — Wind energy, computational fluid dynamics, ocean engineering
Accreditations and Certifications
Location Advantages: Proximity to defense and aerospace manufacturing in Rhode Island and Connecticut
Johnson & Wales University-Online — Providence, RI
Key Distinction: Choice of career-focused 91-credit or traditional 121-credit curriculum. Mandatory internship or directed experiential education
Hakia Insight: JWU Online's 91-credit career-focused option compresses a traditional degree into three years without sacrificing the mandatory internship requirement—a rare combination that lets working students graduate faster while building the experiential credentials employers demand.
The Bachelor of Science in Computer Science at JWU Online offers a flexible curriculum structure with two options: a career-focused 91-credit program (3-year equivalent) or traditional 121-credit program. The curriculum covers advanced data structures, information security, programming languages, and systems modeling. All students must complete either Directed Experiential Education or a College of Engineering & Design Internship as part of their applied learning requirements. The program includes coursework in HCI/Usable Security, Network Protocols, and Cryptography. Students benefit from a 19:1 student-to-faculty ratio and personalized academic support. The program is delivered online with 7 or 15-week course lengths, designed for working professionals. Career preparation includes industry-relevant curriculum developed with employer input and hands-on learning experiences. The program has achieved strong student satisfaction with 3 out of 4 students recommending it to others, and graduates have successfully continued to graduate programs like NYU's MS in Cybersecurity.
Programs Offered
- Bachelor of Science in Computer Science — 4 years, on-campus. BS
Notable Faculty
- Dr. Thomas Sabbagh — Higher education administration, STEM divisions, technical education workforce development
- Dr. Edward Lisi — Marketing, advertising, business strategy
Accreditations and Certifications
Location Advantages:
Best Master's Computer Engineering Degree Programs in Rhode Island
Brown University — Providence, RI
Key Distinction: Three track options: Non-Thesis (3 semesters), Thesis (4 semesters with research), Professional (includes 3-6 months experiential learning/internship). Flexibility to switch between degree tracks during program
Hakia Insight: Brown's three-track structure (Non-Thesis, Thesis, Professional) isn't just flexibility on paper—students can pivot from a 3-semester coursework track into a 6-month industry rotation mid-program, turning the degree into a direct lever for job placement without committing to full research from day one.
The Brown University ECE master's program offers flexible training in computer hardware, sensors, biomedical instrumentation, and communications systems. Students choose from three tracks: Non-Thesis (8 courses, 3 semesters), Thesis (8 courses including research, 4 semesters), and Professional (coursework plus 3-6 months paid/unpaid experiential learning or internship). The program allows switching between tracks for flexibility and offers interdisciplinary coursework in applied mathematics, medical science, and computer science. Students access state-of-the-art facilities including nanotechnology cleanroom, advanced imaging suite, and community makerspace. Career Services and School of Professional Studies provide internship assistance. Graduates are highly competitive in industry, with recent placements at Amazon, Bloomberg, Facebook, Google, Intel, Microsoft, and Goldman Sachs among others.
Programs Offered
- Master of Science in Electrical and Computer Engineering — 1-2 years, on-campus. MS
Research Labs and Institutes
- Brown University School of Engineering — Computer Engineering and VLSI Labs
- Carney Institute for Brain Science (partnership with Engineering)
Industry Partners
- Raytheon Technologies (corporate)
- Intel (corporate)
- AMD (corporate)
- Analog Devices (corporate)
Career Outcomes
Top Employers: Amazon, Google, Intel, Microsoft.
Notable Faculty
- Jeffrey S. Barish — VLSI design, digital signal processing, hardware-software codesign
- Sherief Reda — Computer architecture, power-aware design, hardware optimization
Accreditations and Certifications
- ABET Engineering Accreditation Commission
Location Advantages: Proximity to Boston area tech and semiconductor ecosystem (1 hour north)Access to Rhode Island innovation districts and defense contracting hubsRegional presence of Analog Devices, Raytheon, and emerging semiconductor startups
University of Rhode Island — Kingston, RI
Key Distinction: coursework-only track with no thesis required. designed specifically for working professionals
Hakia Insight: URI's MEML is explicitly designed for the working engineer, but its 30-credit coursework-only model paired with proximity to the Naval Undersea Warfare Center means students often complete the degree while already employed at NUWC, effectively credentialing their existing expertise rather than starting over.
The Master of Engineering Management and Leadership (MEML) is a 30-credit interdisciplinary program designed for working engineers and technical professionals. This coursework-only program requires no thesis and can typically be completed in two years. The program offers flexible scheduling with both in-person and online course options, including fully-online tracks for Nuclear Engineering and Industry 4.0 specializations. Remote or hybrid participation may be possible for in-person courses on a case-by-case basis. Students can build on existing Graduate Certificate credentials by applying those credits toward the MEML degree. The curriculum combines technical engineering coursework with essential business and leadership skills including project management, organizational behavior, and financial management. Seven specialization tracks are available across different engineering disciplines. The program is specifically built for working professionals seeking career advancement into technical management and leadership roles without putting their careers on hold.
Programs Offered
- Master of Engineering Management and Leadership — 1-2 years, on-campus. MEML
Research Labs and Institutes
- Electrical and Computer Engineering Laboratories
Industry Partners
- Naval Undersea Warfare Center (government)
- NUWC Division Newport (government)
Accreditations and Certifications
Location Advantages: Newport naval research facilities proximityAccess to Connecticut and Massachusetts tech corridorStrong regional defense and maritime technology sector
Best Doctoral Computer Engineering Degree Programs in Rhode Island
Brown University — Providence, RI
Key Distinction: Five years of guaranteed funding through scholarships, research assistantships, and teaching assistantships. Faculty-to-student ratio of 2.8 PhD students per faculty member
Hakia Insight: Brown's 2.8 PhD students per faculty ratio is deceptively tight—it means doctoral students get direct access to advisors like Sherief Reda (power-aware design) and Jeffrey Barish (hardware-software codesign) without the bottleneck of large cohorts, a mentorship density more typical of much smaller programs.
Brown University's PhD in Electrical and Computer Engineering offers five years of guaranteed funding through a combination of scholarships, research, and teaching assistantships, providing students security to focus entirely on research. The program features a highly favorable faculty-to-student ratio of 2.8 PhD students per faculty member, enabling greater access and interaction with advisors who are described as passionate and committed mentors. Brown's unique interdisciplinary structure eliminates formal boundaries between engineering disciplines, encouraging collaboration across departments including physics, chemistry, biology, and computer science. The program emphasizes research skills and progress over rote learning through rigorous checkpoints, with nearly all entering students completing the program. Post-graduation placement shows 50% of PhD graduates enter academia at institutions like MIT, Princeton, Columbia, and Duke, while 40% enter industry at companies including Google, Apple, Amazon, Intel, and Microsoft. The program is nationally ranked among the best by U.S. News and World Report and Academic Analytics.
Programs Offered
- Doctor of Philosophy in Electrical and Computer Engineering — 4-6 years, on-campus. Ph.D.
Research Labs and Institutes
- Brown University School of Engineering — Computer Engineering and VLSI Labs
- Carney Institute for Brain Science (partnership with Engineering)
Industry Partners
- Raytheon Technologies (corporate)
- Intel (corporate)
- AMD (corporate)
- Analog Devices (corporate)
Career Outcomes
Top Employers: Apple, Amazon, Boeing, Google, Intel, Microsoft.
Notable Faculty
- Jeffrey S. Barish — VLSI design, digital signal processing, hardware-software codesign
- Sherief Reda — Computer architecture, power-aware design, hardware optimization
Accreditations and Certifications
- ABET Engineering Accreditation Commission
Location Advantages: Proximity to Boston area tech and semiconductor ecosystem (1 hour north)Access to Rhode Island innovation districts and defense contracting hubsRegional presence of Analog Devices, Raytheon, and emerging semiconductor startups
University of Rhode Island — Kingston, RI
Key Distinction: Research-active faculty and undergrad participation in funded projects distinguish URI's program within New England's public engineering schools.
Hakia Insight: URI's doctoral program thrives on the paradox of being research-intensive yet publicly funded—undergrads participate in the same Naval Undersea Warfare Center–funded projects as PhD students, creating a rare on-ramp where bachelor's students can audition for doctoral advising before formal enrollment.
At the doctoral level, URI's computer engineering program sits at the intersection of a major research institution's resources and a public university's commitment to undergraduate access and affordability. The program benefits from faculty actively engaged in funded research—particularly in robotics, wireless communications, and nanotechnology applications—which creates genuine opportunities for undergraduates to participate in cutting-edge work alongside graduate students. The curriculum balances theoretical foundations with practical design; you'll encounter formal signal processing and control theory alongside hands-on FPGA design and robotics projects. The university's location on Rhode Island's coast and proximity to Newport's naval research facilities has shaped partnership pipelines, and students regularly intern at or receive job offers from defense and maritime technology companies. The program is part of the College of Engineering, which maintains strong ties to industry advisory boards that inform curriculum development and capstone project scoping. Graduates commonly enter roles requiring both depth in hardware fundamentals and comfort with cutting-edge research methods.
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
- Electrical and Computer Engineering Laboratories
Industry Partners
- Naval Undersea Warfare Center (government)
- NUWC Division Newport (government)
Career Outcomes
Top Employers: RISE.
Accreditations and Certifications
Location Advantages: Newport naval research facilities proximityAccess to Connecticut and Massachusetts tech corridorStrong regional defense and maritime technology sector
