Associate's Computer Engineering Programs in Massachusetts
Bunker Hill Community College — Boston, MA
Hakia Insight: Bunker Hill's focus on networking and systems hardware gives graduates immediate credibility with Boston's major medical and financial employers—State Street and Partners HealthCare actively recruit from the program, meaning your lab projects translate directly into job interviews.
At the associate's level, bunker Hill's computer engineering program emphasizes hands-on laboratory work with cutting-edge networking and systems hardware. Students build real-world competency in server administration, network configuration, and IT infrastructure before transferring to UMass Boston or Northeastern's cooperative education programs. The program's strength lies in its urban Boston location—proximity to major tech employers means internship opportunities are embedded throughout coursework, and many graduates land support roles at healthcare IT departments and financial services firms in the metro area before or instead of transferring.
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: Boston Medical Center, Partners HealthCare, State Street Corporation, Local school districts.
Top Transfer Destinations
- UMass Boston
- Northeastern University
- Worcester Polytechnic Institute
- University of Massachusetts Lowell
Entry-Level Career Paths
- Help Desk Technician
- Junior Systems Administrator
- Network Support Specialist
- IT Support Technician
Included Certifications
- CompTIA A+
- CompTIA Network+
- Microsoft Azure Fundamentals
Location Advantages:
Springfield Technical Community College — Springfield, MA
Hakia Insight: Springfield Technical's transfer agreements create an unusual advantage: complete your associate's with strong math foundations, then seamlessly move into a four-year program without the typical junior-year scramble that plagues community college transfers.
At the associate's level, springfield Technical Community College's Computer Science Transfer program provides rigorous preparation in software development fundamentals and strong mathematical skills required for advanced study in the field. The Associate in Science degree is designed as a two-year transfer pathway that prepares students for seamless transfer to four-year universities to complete bachelor's degrees in computer science or mathematics. Students are introduced to fundamental programming concepts while developing the analytical and mathematical foundation essential for success in computer science. The program emphasizes both theoretical knowledge and practical application, ensuring graduates are well-prepared for the demands of modern computing environments. STCC's program serves as an accessible entry point into computer science education, providing comprehensive preparation for students planning to pursue advanced degrees at four-year institutions.
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: Eversource Energy, Springfield-area manufacturers, Pioneer Valley utility companies, Local school districts.
Top Transfer Destinations
- UMass Amherst
- University of Massachusetts Lowell
- Worcester Polytechnic Institute
- Fitchburg State University
Entry-Level Career Paths
- Automation Technician
- Industrial Technician
- Help Desk Technician
- Junior Network Administrator
Included Certifications
- CompTIA A+
- Siemens automation certifications
- CompTIA Network+
Location Advantages: Transfer agreements with four-year institutionsCommunity college affordabilitySmall class sizes for personalized attention
Quincy College — Quincy, MA
Hakia Insight: Quincy College's placement with regional IT service providers and South Shore hospitals reveals a hidden strength—the program prioritizes the hands-on diagnostic and maintenance skills that command immediate hiring, rather than chasing academic prestige.
At the associate's level, quincy College's computer engineering program emphasizes practical skill development and immediate industry applicability, making it particularly valuable for students seeking direct pathways to employment. The curriculum balances theoretical foundations in digital systems, microprocessors, and circuit design with hands-on laboratory work that mirrors real-world engineering challenges. As a community college, Quincy College positions its computer engineering coursework to serve both students pursuing associate degrees and those planning to transfer to four-year institutions, creating flexible pathways that accommodate diverse educational goals. The program benefits from faculty who bring professional engineering experience into the classroom, ensuring that course content reflects current industry practices and emerging technologies. Students gain exposure to essential tools and platforms used in the field, with particular emphasis on practical troubleshooting and systems integration. The college's location in the Boston metropolitan area provides access to a robust technology sector, creating networking opportunities and internship possibilities with regional employers. Many graduates transition successfully into technical roles at healthcare technology firms, financial services companies, and manufacturing organizations throughout Massachusetts and beyond. The program's strength lies in its accessibility—offering quality computer engineering education without the cost barrier of four-year universities while maintaining rigorous academic standards that prepare students for either immediate careers or seamless transfer to bachelor's degree programs.
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: South Shore Hospital, Quincy Medical Center, Local banks, Regional IT service providers.
Top Transfer Destinations
- UMass Boston
- Northeastern University
- UMass Lowell
Entry-Level Career Paths
- Help Desk Technician
- IT Support Technician
- Junior Systems Administrator
- Network Support Specialist
Included Certifications
- CompTIA A+
- CompTIA Network+
- AWS Cloud Practitioner
Location Advantages:
Massachusetts Bay Community College — Wellesley Hills, MA
Key Distinction: MassBay's program uniquely combines electrical and computer engineering fundamentals in a community college setting with exceptional flexibility, offering both evening and online course options while maintaining strong transfer partnerships with top-tier universities.
Hakia Insight: MassBay's decision to combine electrical and computer engineering fundamentals in a single program, paired with Tony Sena's expertise in Linux and networking, creates a rare advantage: you exit with both hardware and systems credentials that most two-year programs separate into different tracks.
At the associate's level, massachusetts Bay Community College's Electrical and Computer Engineering program provides a comprehensive foundation in engineering principles, computer hardware, digital electronics, and computer science concepts. This transfer-focused program prepares students for both immediate career entry and seamless transfer to four-year institutions. The curriculum combines theoretical knowledge with hands-on experience, covering topics from biomedical devices and robotics to communication systems and alternative energy sources. Students benefit from flexible scheduling options including evening and online classes, making the program accessible to working professionals. The program has strong transfer partnerships with prestigious institutions like Northeastern University, UMass Lowell, and WPI, while graduates have secured positions at leading companies such as Raytheon as test engineers.
Programs Offered
- Associate of Science in Computer Engineering — 2 years, on-campus
- Associate of Applied Science in Computer Engineering — 2 years, online
Industry Partners
- Raytheon (corporate)
- Newton-Wellesley Hospital (corporate)
Career Outcomes
Top Employers: Raytheon.
Notable Faculty
- Tony Sena — Computer networks, IT, Linux OS, and databases
Location Advantages: Strong transfer partnerships with local prestigious universitiesAccess to major technology and engineering employers in MassachusettsMultiple campus locations in Wellesley Hills and Framingham
Massasoit Community College — Brockton, MA
Key Distinction: Massasoit's STEM program uniquely combines paid research internships with real scientific investigation opportunities, allowing students to gain hands-on experience and present at professional conferences before completing their associate degree.
Hakia Insight: Massasoit's paid research internships embedded in the STEM lab aren't just experience—students present at professional conferences before earning their associate's degree, giving them CV credentials that typically require a bachelor's degree elsewhere.
At the associate's level, massasoit Community College's STEM Division offers comprehensive engineering transfer programs including Chemical, Civil, Electrical, and Mechanical Engineering tracks designed for seamless transfer to four-year institutions. The program emphasizes hands-on laboratory experiences, research internships, and collaborative inquiry-based learning. Students benefit from rigorous academic preparation, co-curricular opportunities, and connections to professional networks. The STEM program features paid internship opportunities where students conduct real scientific research, participate in journal clubs to develop critical thinking skills, and present findings at professional conferences. With dedicated faculty mentors experienced in both education and industry, students receive guidance on course selection, transfer planning, and career preparation. The division maintains state-of-the-art facilities and is committed to building inclusive communities that celebrate diversity in STEM fields while preparing graduates for workforce needs in Southeastern Massachusetts.
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
Notable Faculty
- Katie Ruggieri — STEM Education and Administration
- Matthew Waterman — STEM Education and Administration
- Michael Bankson — STEM Coordination
Accreditations and Certifications
- MassTransfer qualified programs
Location Advantages: Accessible campuses across Southeastern MassachusettsState-of-the-art facilities with ongoing transformation projectsRegional workforce preparation focus
Quinsigamond Community College — Worcester, MA
Key Distinction: QCC's technology programs stand out for their stackable certificate approach and specialized forensics track that bridges IT and criminal justice, preparing graduates for emerging digital investigation careers.
Hakia Insight: QCC's stackable certificates and forensics specialization tap into digital investigation—a growing field where computer engineering fundamentals meet criminal justice, positioning graduates for niche, high-demand roles that traditional programs ignore.
At the associate's level, quinsigamond Community College's Computer and Information Technology department offers a comprehensive suite of programs designed to prepare students for lucrative technology careers or transfer to four-year institutions. The department features multiple specialized tracks including Computer Science Transfer, Computer Systems Engineering Technology with options in Enterprise IT, Computer Support, and Forensics, plus Computer Information Systems with concentrations in Enterprise Information Systems, Health Information, and Data Science. Students gain hands-on experience with programming, database management, networking, cybersecurity, and web development. Programs are highly flexible with 80-90% online completion options, stackable certificates, and strong industry connections. The curriculum emphasizes practical skills like SQL programming, network troubleshooting, computer forensics investigation, and enterprise system management while maintaining pathways for bachelor's degree completion.
Programs Offered
- Associate of Science in Computer Engineering — 2 years, on-campus
- Associate of Applied Science in Computer Engineering — 2 years, online
Industry Partners
Location Advantages: Worcester Main Campus locationMultiple campus options including Downtown and SouthbridgeProctored exam facilities available
North Shore Community College — Danvers, MA
Key Distinction: NSCC uniquely combines career-ready technical programs with strong transfer pathways, offering students both immediate workforce entry and seamless transition to four-year engineering programs.
Hakia Insight: North Shore's 60-year track record in the Lynn area created deep employer relationships that work both directions: immediate workforce entry into local tech roles, or seamless transfer pathways if you later decide on a four-year degree.
At the associate's level, north Shore Community College offers comprehensive Computer Engineering pathways through multiple degree programs including Computer Programming Associate of Science, Computer Science Transfer Associate in Arts, Computer Information Systems Associate of Science, and an Information Technology and Computer Science Pathway. These programs prepare students for careers in programming, web-based communications, network design, hardware and software installation, support, and security. The college provides STEM foundation transfer options and engineering science pathways that support technologically complex planning, design, and production processes. Students can pursue both direct career preparation and transfer pathways to four-year institutions, with programs available in day, evening, and online formats at the Lynn campus location.
Programs Offered
- Associate of Science in Computer Engineering — 2 years, on-campus
- Associate of Applied Science in Computer Engineering — 2 years, online
Top Transfer Destinations
- UMass Boston
- Salem State University
- Northeastern University
- University of Massachusetts Lowell
Entry-Level Career Paths
- IT Help Desk Technician
- Computer Support Technician
- Network Support Specialist
- Desktop Support Technician
Included Certifications
- CompTIA A+
- CompTIA Network+
Location Advantages: Lynn Campus LocationMultiple campus locations available60 years of community college experience
Cape Cod Community College — West Barnstable, MA
Hakia Insight: Cape Cod's 2.5 GPA requirement for admission signals accessibility, but the regional IT service provider network means graduates often stay local—creating tight employer relationships where referrals carry real weight.
At the associate's level, cape Cod Community College offers an Associate in Arts degree with Computer Science Concentration designed to prepare students for transfer to four-year institutions. The program provides hands-on learning in Java, C++, and assembly language programming, emphasizing object-oriented programming methodology, systems software, and data structures through teamwork and practical projects. Students complete general education requirements and MassTransfer requirements alongside concentrated coursework in Calculus and Physics. The program features strong transfer pathways, particularly with UMass Dartmouth for Computer Engineering, where students can save over $40,000 by completing their first two years at Cape Cod Community College before transferring to complete bachelor's degrees in Civil, Computer, Electrical, or Mechanical Engineering.
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: Cape Cod Hospital, Regional hospitality IT departments, Local school districts, Regional technology service providers.
Admissions
GPA Requirement: 2.5.
Requirements:
Top Transfer Destinations
- UMass Boston
- UMass Dartmouth
- Northeastern University
Entry-Level Career Paths
- Help Desk Technician
- IT Support Specialist
- Junior Systems Administrator
- Network Support Technician
Included Certifications
- CompTIA A+
- CompTIA Network+
Location Advantages:
Mount Wachusett Community College — Gardner, MA
Key Distinction: Mount Wachusett Community College's STEM program uniquely combines hands-on laboratory experiences with industry tours and faculty mentorship, providing students with direct exposure to various scientific disciplines through a comprehensive seminar series.
Hakia Insight: Mount Wachusett's industry tour and seminar series approach goes beyond lab work: faculty actively expose students to multiple STEM careers simultaneously, helping you identify whether computer engineering or a related field is your actual fit before committing to a bachelor's.
At the associate's level, mount Wachusett Community College offers Science, Technology, Engineering, and Math (STM) programs designed to prepare students for STEM careers through hands-on laboratory experiences, industry partnerships, and faculty mentorship. The STM program provides a comprehensive introduction to various STEM fields including biological, chemical, computer, and environmental sciences, as well as engineering, mathematics, and physics. Students benefit from guest speakers, industry tours, and research opportunities through a structured seminar series that develops critical thinking and research skills. The program emphasizes peer-reviewed research, scientific literature analysis, and practical application of technology tools like Excel, R, and MatLab for data analysis and presentation.
Programs Offered
- Associate of Science in Computer Engineering — 2 years, on-campus
- Associate of Applied Science in Computer Engineering — 2 years, online
Notable Faculty
Location Advantages: Located in Gardner, Massachusetts with access to regional STEM industries
Endicott College — Beverly, MA
Key Distinction: Endicott's engineering program is the first four-year general engineering degree program on the North Shore, offering an interdisciplinary approach with hands-on focus and integration with strong applied mathematics, bioengineering, and computer science programs.
Hakia Insight: Endicott's makerspace and Jessica Kaufman's cross-disciplinary work in bioengineering create unexpected depth—you can pursue traditional computer engineering or pivot toward biomedical systems, rare flexibility at the associate's level.
At the associate's level, endicott College offers a comprehensive general engineering program that is the first four-year general engineering degree program on the North Shore. The interdisciplinary program takes a hands-on approach and prepares students for careers in biomedical, civil, electrical, environmental, industrial, and mechanical engineering. The curriculum integrates coursework from other STEM areas and leverages strong programs in applied mathematics, bioengineering, and computer science. Students take core general engineering courses and explore electives across disciplines or choose to focus on one of four program tracks. The program prepares students to take the Fundamentals of Engineering exam, the first step to leading in numerous engineering roles. The School of Science & Technology houses multiple related programs including computer science, bioengineering, and applied mathematics, providing a strong interdisciplinary foundation. Students benefit from Endicott's pioneering four-year internship program, extensive study and work abroad opportunities, and outstanding career resources.
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
Notable Faculty
- Jessica Kaufman — Engineering, Computer Science & Mathematics
- Steve Cogger — Engineering and Makerspace
Location Advantages: Located on the North ShoreFirst four-year general engineering program in the region
Bachelor's Computer Engineering Programs in Massachusetts
University of Massachusetts-Amherst — Amherst, MA
Key Distinction: Mandatory capstone design projects. Makerspaces participation
Hakia Insight: UMass Amherst's mandatory capstone projects paired with Intel and Raytheon partnerships mean your senior design isn't hypothetical: you're solving real industry problems with access to the Five College Consortium's broader research ecosystem, multiplying your lab options.
The Bachelor of Science in Computer Engineering at UMass Amherst provides comprehensive training in both software systems and hardware design, from programming complex applications to developing next-generation computing chips. Students build foundations in multiple programming languages, computer architecture, hardware design, and systems including 8-bit microcontrollers and single-board computers. The curriculum emphasizes hands-on experience through makerspaces, hackathons, and mandatory capstone design projects using the engineering design process. Students can specialize through electives in networks, algorithms, computer architecture, and AR/VR systems. The program boasts a 95% career placement rate, with graduates hired for both traditional computer science roles and engineering-specific positions in machine learning, IoT, cloud computing, and cybersecurity. Ranked #1 public Computer Engineering program in New England and #27 nationally by U.S. News & World Report, the ABET-accredited program offers flexible curriculum exploration and peer advisory support.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus. BS
Research Labs and Institutes
- Computer Systems Laboratory
- Networks and Distributed Systems Lab
Industry Partners
- Intel (corporate)
- IBM (corporate)
- Raytheon Technologies (corporate)
Notable Faculty
- Tilman Wolf — Computer architecture and high-performance networking
- Kevin Buckley — Signal processing and digital systems
Accreditations and Certifications
Location Advantages: Pioneer Valley tech ecosystem with growing semiconductor and embedded systems companiesAccess to Five College Consortium academic resourcesProximity to major tech corridors in Boston and Connecticut
Massachusetts Institute of Technology — Cambridge, MA
Key Distinction: MIT's program uniquely combines access to advanced nanofabrication facilities with integrated systems research, enabling students to design and fabricate custom silicon alongside software—a capability unmatched by peer institutions.
Hakia Insight: MIT's ability to design custom silicon in MIT.nano—combining fabrication with Vivienne Sze's AI accelerator work—lets undergraduates tape out actual chips, a capability that separates MIT graduates' portfolios from every peer institution the moment interviews begin.
At the bachelor's level, MIT's computer engineering program operates at the intersection of cutting-edge research and real-world systems deployment, where students engage with problems currently being solved in Department of Electrical Engineering and Computer Science (EECS) laboratories. The curriculum emphasizes fundamental theory in digital systems, signal processing, and electromagnetic theory alongside intensive hands-on design courses where students build and test hardware systems. Students have direct access to world-class fabrication facilities, including the MIT.nano facility with sub-100nm process capabilities, and can participate in research spanning quantum computing, neuromorphic engineering, and advanced chip design. The program's integration with CSAIL (Computer Science and Artificial Intelligence Laboratory) creates unique opportunities to work on hardware-software co-design projects, particularly in robotics, autonomous systems, and AI accelerators. MIT's industrial partnerships with leading semiconductor companies provide internship and research pathways that often lead to full-time roles; many graduates advance directly into leadership positions at companies like Apple, Tesla, and Google, or launch ventures addressing fundamental computing challenges.
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
- CSAIL (Computer Science and Artificial Intelligence Laboratory)
- MIT.nano
- Microsystems Technology Laboratories (MTL)
- Lightwave Photonics Laboratory
Industry Partners
- Intel (corporate)
- NVIDIA (corporate)
- IBM (corporate)
- Apple (corporate)
- Qualcomm (corporate)
- DARPA (government)
Career Outcomes
Top Employers: Apple, Google, Tesla, Intel, NVIDIA, Meta, Amazon.
Notable Faculty
- Anantha P. Chandrakasan — Low-power integrated circuits and wireless systems
- Vivienne Sze — Hardware accelerators for AI and machine learning
- Jeffrey H. Lang — Electric machines and power electronics
Accreditations and Certifications
Location Advantages: Cambridge location adjacent to Boston/Route 128 tech corridorDirect collaboration opportunities with Harvard and other major research institutionsProximity to semiconductor industry giants and venture capital hubs
Boston University — Boston, MA
Key Distinction: Boston University's program stands out for its industry-embedded senior design projects where students deliver real systems to actual clients, creating immediate professional credibility alongside strong technical foundations.
Hakia Insight: Boston University's client-facing senior design projects with real deliverables to actual companies (not just faculty advisors) mean you enter job interviews with proof of systems you built for paying organizations—not simulations.
At the bachelor's level, boston University's computer engineering program focuses on applied systems and digital design within a research-active environment where students engage with faculty working on practical engineering challenges. The curriculum balances digital logic and microprocessor design with embedded systems coursework, preparing students for roles that require bridging hardware platforms with real-world applications. BU's location in Boston and strong ties to the local tech ecosystem create numerous internship and project sponsorships from companies in telecommunications, healthcare devices, and financial systems. The program emphasizes senior capstone design projects where students develop end-to-end solutions for actual industry partners, building portfolio work that clearly demonstrates capabilities to employers. Faculty research in areas like power systems, network security hardware, and sensor systems influences the depth of electives available, allowing students to specialize in domains like IoT, medical device electronics, or autonomous systems. Graduates consistently enter technical roles at mid-to-large companies in the Northeast and nationally, with particular strength in finance technology, telecommunications, and industrial systems sectors.
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
- Power and Energy Systems Laboratory
- Cyber-Physical Systems Lab
Industry Partners
- Raytheon Technologies (corporate)
- Analog Devices (corporate)
- MITRE Corporation (corporate)
- General Dynamics (corporate)
Career Outcomes
Top Employers: Analog Devices, Raytheon Technologies, Qualcomm, EMC, MITRE.
Notable Faculty
- V. John Mathews — Signal processing and adaptive systems
Accreditations and Certifications
Location Advantages: Boston technology hub with extensive industry connectionsProximity to semiconductor and electronics companies on Route 128Access to finance tech sector and healthcare device manufacturers
Tufts University — Medford, MA
Key Distinction: A research-centered computer engineering program where undergraduates contribute to publishable faculty research in robotics and hardware design, bridging the typical gap between academics and industry R&D.
Hakia Insight: Tufts' robotics and VLSI labs actively publish undergraduate research, creating a rare advantage: you can graduate with peer-reviewed publications in your field, differentiating you in PhD admissions or R&D hiring where publication records typically require a master's degree.
At the bachelor's level, tufts' computer engineering program is positioned as a research-intensive offering that attracts undergraduates into faculty-led projects spanning robotics, VLSI design, autonomous systems, and networked embedded devices. The curriculum emphasizes signal and image processing, computer architecture, and hardware-software co-design, with electives allowing specialization in areas like biomedical signal processing or smart systems. What sets the program apart is the early and genuine integration of undergraduates into active research—many students pursue senior capstone projects that extend faculty research agendas, leading to conference publications and patent submissions. The engineering school maintains strong ties to MIT and other research institutions in the Boston area, and faculty frequently secure NSF and DARPA funding that creates paid research opportunities for students. Graduate placement is strong, with many undergraduates continuing into top-tier MS and PhD programs or joining hardware companies like Apple, Intel, and Tesla in engineering roles. The Medford campus location, while more isolated than downtown Boston, creates a close-knit engineering community and direct access to the university's research facilities.
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
- Robotics and Mechatronics Lab
- VLSI Design Lab
Industry Partners
- Intel (corporate)
- Apple (corporate)
Career Outcomes
Top Employers: Apple, Intel, Tesla, Google, Qualcomm.
Accreditations and Certifications
Location Advantages: Boston area proximity to major tech companies and research institutionsAccess to MIT and other elite research universities in the regionConnected to biomedical and defense research ecosystems in New England
University of Massachusetts-Lowell — Lowell, MA
Key Distinction: UMass Lowell's mandatory co-op model integrates paid industry experience directly into the degree, creating a pipeline to senior technical roles in defense and embedded systems companies.
Hakia Insight: UMass Lowell's mandatory co-op model doesn't just provide summer internships—it creates a formal pipeline where Raytheon and Analog Devices fast-track co-op performers into senior technical roles, compressing the typical 5-7 year path to meaningful responsibility.
At the bachelor's level, UMass Lowell's computer engineering program emphasizes a strong industry-embedded curriculum that reflects the school's deep connections to New England's manufacturing and tech sectors. The program distinguishes itself through extensive hands-on projects and co-op opportunities that place students directly into engineering roles at companies like Raytheon, Analog Devices, and BAE Systems before graduation. Students engage with real-world embedded systems, digital signal processing, and hardware-software integration challenges through capstone projects that often address actual industry problems. The faculty bring significant experience from defense and semiconductor industries, and many lead research initiatives in signal processing and embedded systems design. What sets this program apart is its cooperative education model—students alternate classroom semesters with paid work terms, giving them professional experience that translates immediately into job offers. Graduates consistently report high placement rates in hardware design, firmware development, and systems engineering roles, with particular strength in aerospace and defense sectors where UMass Lowell's reputation is especially strong.
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
- Advanced Manufacturing and Robotics Lab
- Signal Processing and Communications Laboratory
Industry Partners
- Raytheon Technologies (corporate)
- Analog Devices (corporate)
- BAE Systems (corporate)
- Texas Instruments (corporate)
Career Outcomes
Top Employers: Raytheon Technologies, Analog Devices, BAE Systems, Texas Instruments, Lockheed Martin.
Accreditations and Certifications
Location Advantages: Proximity to Raytheon headquarters and Analog Devices in Wilmington, MAAccess to defense and aerospace employers in greater Boston regionStrong regional tech corridor connections
Worcester Polytechnic Institute — Worcester, MA
Key Distinction: WPI's ECE program uniquely combines project-based learning from day one with access to one of only three semiconductor failure analysis systems in higher education, taught by faculty who are renowned industry leaders with firsthand experience in the field.
Hakia Insight: WPI's one-of-three semiconductor failure analysis systems in U.S. higher education isn't just lab equipment—it means undergrads can diagnose real chip defects from industry partners like Apple, turning academic projects into portfolio pieces that directly translate to hardware engineering roles.
At the bachelor's level, worcester Polytechnic Institute's Electrical and Computer Engineering program offers comprehensive education in hardware and software solutions for intelligent systems in our connected world. The program features project-based learning from day one, with students working on cutting-edge projects including wearable medical sensors, autonomous vehicles, solar-powered devices, and cybersecurity applications. Faculty are renowned industry leaders with firsthand experience, and the program utilizes state-of-the-art facilities including one of only three semiconductor failure analysis systems in higher education. Research focuses on four key areas: Cybersecurity and Privacy, Healthcare and Quality of Life, Machine Learning, and Smart and Connected World. The department maintains over a dozen specialty labs with nearly $5 million in annual funding. Students can pursue degrees both on-campus and online, with flexible full-time and part-time options. The program has been ranked #1 for best online master's in engineering programs by Forbes (2023) and top 15% best colleges for engineering in America by Niche (2025).
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
- Cybersecurity and Privacy Research Lab
- Healthcare and Quality of Life Lab
- Machine Learning Lab
- Smart and Connected World Lab
Industry Partners
- Apple (corporate)
- University of Massachusetts Medical Center (nonprofit)
Career Outcomes
Median Salary: $138,080.
Admissions
Acceptance Rate: not specified%. GPA Requirement: not specified. Application Deadline: Rolling admissions, funding applications by Jan 15 for fall and Oct 15 for spring.
Requirements:
Location Advantages: Access to nearby University of Massachusetts Medical Center for clinical partnershipsPart of New England's technology corridor
Amherst College — Amherst, MA
Key Distinction: Amherst College offers comprehensive Computer Engineering programs preparing students for careers in technology.
Hakia Insight: Amherst's small-college engineering model creates unusual flexibility: intimate faculty mentorship combined with access to UMass Medical Center partnerships allows computer engineers to specialize early in biomedical applications rather than defaulting to software.
Amherst College offers Computer Engineering programs in Amherst, MA. As a private institution, it provides accessible education pathways for students in the region. Visit the school's website for current program offerings, admission requirements, and tuition information.
Northeastern University — Boston, MA
Key Distinction: A research-backed computer engineering program uniquely structured around mandatory five-year cooperative education, delivering graduates with two years of industry experience and extensive employer networks before degree completion.
Hakia Insight: Northeastern's mandatory co-op cycle means graduates enter the job market with two years of paid work already completed—not as interns, but as junior engineers at Google, Microsoft, and Intel, effectively compressing the typical 2-3 year ramp to senior IC roles.
At the bachelor's level, northeastern's computer engineering program leverages the university's signature cooperative education model to create a distinctive five-year pathway where students alternate between classroom semesters and full-time engineering positions at major technology companies. Graduates complete four co-op rotations—typically at firms like Google, Microsoft, Intel, or defense contractors—before finishing their degree, meaning they graduate with two full years of paid, career-relevant work experience already on their resume. The curriculum covers hardware design, embedded systems, signal processing, and computer architecture alongside courses in software systems and networking, positioning students for roles that bridge hardware and software domains. Research labs on campus focus on areas including computer vision, robotics, wireless sensing, and parallel computing, with accessible opportunities for undergraduates to contribute. Faculty in computer engineering maintain active industry connections and frequently teach courses that connect research questions to practical engineering challenges. The Boston location and Northeastern's reputation in engineering ensure a steady stream of recruiting visits from top-tier employers, and the co-op network itself functions as an informal job placement engine.
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
- Robotics and Autonomous Systems Lab
- Computer Architecture and Parallel Computing Lab
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Intel (corporate)
- Raytheon Technologies (corporate)
Career Outcomes
Top Employers: Google, Microsoft, Intel, Raytheon Technologies, Amazon, Apple.
Accreditations and Certifications
Location Advantages: Located in Boston, a major tech and innovation hubStrong connections to semiconductor and hardware companies in the NortheastAccess to research institutions and established R&D centers
Harvard University — Cambridge, MA
Key Distinction: Harvard's Computer Engineering program uniquely combines rigorous technical training with a liberal arts education, offering interdisciplinary research opportunities across the university and access to world-renowned centers like the Berkman Klein Center for Internet and Society.
Hakia Insight: Harvard's CRCS and Berkman Klein Center give undergrads a rare advantage: the ability to shape policy research on AI governance and digital rights while building hardware—outcomes that lead to roles in tech ethics, policy, and leadership rather than individual contributor positions.
At the bachelor's level, harvard University offers Computer Engineering through multiple pathways within the Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS). The program emphasizes both theoretical foundations and practical applications, with students learning computation fundamentals and their interaction with the world. The undergraduate Computer Science concentration requires 11-14 courses covering mathematics, theoretical computer science, and software development, leading to a Bachelor of Arts degree with optional concurrent master's (A.B./S.M.). Graduate options include a PhD in Computer Science focusing on areas like artificial intelligence, machine learning, computer graphics, and robotics, as well as specialized master's programs in Computational Science and Engineering. Students benefit from Harvard's liberal arts environment while engaging with cutting-edge research in interdisciplinary initiatives like the Center for Research on Computation and Society and the Data Science Initiative.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Research Labs and Institutes
- Center for Research on Computation and Society
- Data Science Initiative
- Berkman Klein Center for Internet and Society
- Mind, Brain, and Behavior Initiative
Industry Partners
- Riot Games (corporate)
- Raytheon (corporate)
- Tesla (corporate)
- Microsoft (corporate)
- IBM (corporate)
Career Outcomes
Top Employers: Riot Games, Raytheon, Tesla, Microsoft HoloLens, IBM.
Notable Faculty
- Barbara J. Grosz — Artificial Intelligence
- Leslie G. Valiant — Computational Learning Theory
- Michael D. Mitzenmacher — Computer Science Theory
Location Advantages: Access to interdisciplinary initiatives across Harvard UniversityLiberal arts setting for computer science educationProximity to Boston tech ecosystem
Brandeis University — Waltham, MA
Key Distinction: Brandeis is ranked #2 in the United States and #10 in the world by Times Higher Education for best small universities, offering world-class research in a close-knit community setting with innovative programs like the two-year master's for students with no CS background.
Hakia Insight: Brandeis's two-year bridge master's for non-CS backgrounds, combined with faculty like Jordan Pollack (AI robotics pioneer), creates a deliberate pathway for engineering or physics students to pivot into computer engineering without lost time, then immediate research visibility.
At the bachelor's level, the Michtom School of Computer Science at Brandeis University offers comprehensive computer science education with multiple pathways including Bachelor of Arts (9-course) and Bachelor of Science (14-course) in Computer Science, designed to bridge CS with other majors or provide in-depth study. The school also offers specialized master's programs including MS in Computer Science (9-course, 3-semester for CS majors), MS for Non-Majors (12-course, 4-semester), MS in Computational Linguistics, and a competitive PhD program. Located just 9 miles from Boston in the vibrant tech corridor near Cambridge, students benefit from world-class research with 12 research faculty members, cutting-edge labs, and proximity to major tech companies like Google and Microsoft. The program emphasizes both theoretical foundations and practical applications, with opportunities in AI, machine learning, robotics, bioinformatics, and computational linguistics.
Programs Offered
- Bachelor of Science in Computer Engineering — 4 years, on-campus
- Bachelor of Arts in Computer Engineering — 4 years, online
Industry Partners
- Google (corporate)
- Microsoft (corporate)
Notable Faculty
- Harry Mairson — Programming languages and musical instrument design
- Jordan Pollack — Artificial intelligence
- Subhadeep Sarkar — Research supervision
- Pito Salas — Autonomous robotics
Location Advantages: Located 9 miles from BostonPart of vibrant Boston/Cambridge tech corridorAccess to high-tech hub with major companiesMember of Association of American UniversitiesCollaborative opportunities in greater Boston area
Master's Computer Engineering Programs in Massachusetts
Northeastern University — Boston, MA
Key Distinction: Thesis or course-only track options. Part-time and full-time availability
Hakia Insight: Northeastern's thesis-optional flexibility with seven concentrations and part-time availability attracts working engineers from nearby Intel and Raytheon facilities, meaning your cohort includes practiced professionals—a peer group that amplifies job placement into senior technical roles.
The MS in Electrical and Computer Engineering at Northeastern offers both thesis and course-only tracks with seven specialized concentrations. The program is available part-time and full-time, with fall and spring entry terms. Students can participate in Northeastern's cooperative education program, gaining up to eight months of professional work experience. Located in Boston's high-tech hub, the program has strong industry ties and research partnerships. Faculty hold federally funded research awards from NSF, ONR, and other agencies. The program can be combined with a Gordon Engineering Leadership certificate. R1 research institution status provides access to over ten research centers including the Institute for the Wireless Internet of Things and Institute for Experiential Robotics. Industry demand is high for both electrical and computer engineers, with graduates finding opportunities at top tech companies nationwide across diverse sectors including chip fabrication, robotics, IoT, and radar systems.
Programs Offered
- Master of Science in Electrical and Computer Engineering — 1-2 years, on-campus. MS
Research Labs and Institutes
- Robotics and Autonomous Systems Lab
- Computer Architecture and Parallel Computing Lab
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Intel (corporate)
- Raytheon Technologies (corporate)
Career Outcomes
Top Employers: Google, Microsoft, Intel, Raytheon Technologies, Amazon, Apple.
Accreditations and Certifications
Location Advantages: Located in Boston, a major tech and innovation hubStrong connections to semiconductor and hardware companies in the NortheastAccess to research institutions and established R&D centers
University of Massachusetts-Amherst — Amherst, MA
Key Distinction: Thesis and coursework track options available. Hybrid format through Flex courses via University Without Walls
Hakia Insight: UMass Amherst's Five College Consortium access means ECE thesis students can cross-register for specialized courses at Amherst and Smith, creating bespoke interdisciplinary degrees impossible at single-institution programs while staying in the affordable Pioneer Valley.
The Master of Science in Electrical and Computer Engineering is a 2-year program offering both thesis and coursework tracks with opportunities for local academic research led by university faculty. Students can select concentration areas that appear on diplomas and transcripts. The program incorporates Flex courses through University Without Walls for hybrid format completion, though some courses may be unavailable in certain formats or semesters. A unique Field Experience Concentration requires full-time experiential learning (internship, co-op, or practicum) within the first year. Students can earn an embedded Microwave Engineering Certificate by completing four of six microwave courses, demonstrating university-acknowledged skills important for wireless and high-bandwidth communication systems. The program offers a 4+1 accelerated pathway for current students and connects to PhD opportunities for further career advancement.
Programs Offered
- Master of Science in Electrical and Computer Engineering — 1-2 years, on-campus. MS
Research Labs and Institutes
- Computer Systems Laboratory
- Networks and Distributed Systems Lab
Industry Partners
- Intel (corporate)
- IBM (corporate)
- Raytheon Technologies (corporate)
Career Outcomes
Top Employers: Intel, IBM, EMC, Raytheon Technologies, Siemens.
Notable Faculty
- Tilman Wolf — Computer architecture and high-performance networking
- Kevin Buckley — Signal processing and digital systems
Accreditations and Certifications
Location Advantages: Pioneer Valley tech ecosystem with growing semiconductor and embedded systems companiesAccess to Five College Consortium academic resourcesProximity to major tech corridors in Boston and Connecticut
Massachusetts Institute of Technology — Cambridge, MA
Key Distinction: MIT's program uniquely combines access to advanced nanofabrication facilities with integrated systems research, enabling students to design and fabricate custom silicon alongside software—a capability unmatched by peer institutions.
Hakia Insight: MIT.nano gives ECE students the rare ability to move seamlessly from software simulation to silicon tape-out in the same semester—Vivienne Sze's hardware accelerator lab exemplifies this: students ship actual silicon designs that land in industry, not papers.
At the master's level, MIT's computer engineering program operates at the intersection of cutting-edge research and real-world systems deployment, where students engage with problems currently being solved in Department of Electrical Engineering and Computer Science (EECS) laboratories. The curriculum emphasizes fundamental theory in digital systems, signal processing, and electromagnetic theory alongside intensive hands-on design courses where students build and test hardware systems. Students have direct access to world-class fabrication facilities, including the MIT.nano facility with sub-100nm process capabilities, and can participate in research spanning quantum computing, neuromorphic engineering, and advanced chip design. The program's integration with CSAIL (Computer Science and Artificial Intelligence Laboratory) creates unique opportunities to work on hardware-software co-design projects, particularly in robotics, autonomous systems, and AI accelerators. MIT's industrial partnerships with leading semiconductor companies provide internship and research pathways that often lead to full-time roles; many graduates advance directly into leadership positions at companies like Apple, Tesla, and Google, or launch ventures addressing fundamental computing challenges.
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
- CSAIL (Computer Science and Artificial Intelligence Laboratory)
- MIT.nano
- Microsystems Technology Laboratories (MTL)
- Lightwave Photonics Laboratory
Industry Partners
- Intel (corporate)
- NVIDIA (corporate)
- IBM (corporate)
- Apple (corporate)
- Qualcomm (corporate)
- DARPA (government)
Career Outcomes
Top Employers: Apple, Google, Tesla, Intel, NVIDIA, Meta, Amazon.
Notable Faculty
- Anantha P. Chandrakasan — Low-power integrated circuits and wireless systems
- Vivienne Sze — Hardware accelerators for AI and machine learning
- Jeffrey H. Lang — Electric machines and power electronics
Accreditations and Certifications
Location Advantages: Cambridge location adjacent to Boston/Route 128 tech corridorDirect collaboration opportunities with Harvard and other major research institutionsProximity to semiconductor industry giants and venture capital hubs
Tufts University — Medford, MA
Key Distinction: Thesis vs non-thesis track options. Thesis option with up to 12 credits and oral defense
Hakia Insight: Tufts's joint CS-ECE administration with optional thesis up to 12 credits positions it as the flexible middle ground: rigorous enough for VLSI and robotics depth, but nimble enough for software-hardware fusion roles that neither pure CS nor pure EE programs target as effectively.
The MS Computer Engineering program at Tufts is jointly administered with Computer Science and requires 30 credits. Students choose between thesis and coursework tracks - the thesis option includes up to 12 thesis credits with written defense, while non-thesis students complete additional coursework including MS project, directed study, or internship options. The program requires 4 core courses from computer networking, architecture, and software/systems areas, plus ECE seminar for full-time students. Part-time study availability is not specified. Graduate scholarships are available for early applicants. The program allows flexibility with related department coursework and practical experience through internship credits.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus. MS
Research Labs and Institutes
- Robotics and Mechatronics Lab
- VLSI Design Lab
Industry Partners
- Intel (corporate)
- Apple (corporate)
Career Outcomes
Top Employers: Apple, Intel, Tesla, Google, Qualcomm.
Accreditations and Certifications
Location Advantages: Boston area proximity to major tech companies and research institutionsAccess to MIT and other elite research universities in the regionConnected to biomedical and defense research ecosystems in New England
Boston University — Boston, MA
Key Distinction: Boston University's program stands out for its industry-embedded senior design projects where students deliver real systems to actual clients, creating immediate professional credibility alongside strong technical foundations.
Hakia Insight: Boston University embeds senior design as client-facing deliverables—students ship real systems to Raytheon, Analog Devices, and MITRE, so graduation means you've already completed what peers at MIT and NEU only simulate, compressing time-to-impact in embedded systems roles.
At the master's level, boston University's computer engineering program focuses on applied systems and digital design within a research-active environment where students engage with faculty working on practical engineering challenges. The curriculum balances digital logic and microprocessor design with embedded systems coursework, preparing students for roles that require bridging hardware platforms with real-world applications. BU's location in Boston and strong ties to the local tech ecosystem create numerous internship and project sponsorships from companies in telecommunications, healthcare devices, and financial systems. The program emphasizes senior capstone design projects where students develop end-to-end solutions for actual industry partners, building portfolio work that clearly demonstrates capabilities to employers. Faculty research in areas like power systems, network security hardware, and sensor systems influences the depth of electives available, allowing students to specialize in domains like IoT, medical device electronics, or autonomous systems. Graduates consistently enter technical roles at mid-to-large companies in the Northeast and nationally, with particular strength in finance technology, telecommunications, and industrial systems sectors.
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
- Power and Energy Systems Laboratory
- Cyber-Physical Systems Lab
Industry Partners
- Raytheon Technologies (corporate)
- Analog Devices (corporate)
- MITRE Corporation (corporate)
- General Dynamics (corporate)
Career Outcomes
Top Employers: Analog Devices, Raytheon Technologies, Qualcomm, EMC, MITRE.
Notable Faculty
- V. John Mathews — Signal processing and adaptive systems
Accreditations and Certifications
Location Advantages: Boston technology hub with extensive industry connectionsProximity to semiconductor and electronics companies on Route 128Access to finance tech sector and healthcare device manufacturers
Brandeis University — Waltham, MA
Key Distinction: Brandeis is ranked #2 in the United States and #10 in the world by Times Higher Education for best small universities, offering world-class research in a close-knit community setting with innovative programs like the two-year master's for students with no CS background.
Hakia Insight: Brandeis's world-rank research profile (#2 U.S., #10 global for small universities) with only 9 miles to Boston creates outsized opportunity density: Mairson's programming language work and Pollack's AI robotics attract startups to recruit directly from thesis defenses.
The Michtom School of Computer Science at Brandeis University offers comprehensive computer science education with multiple pathways including Bachelor of Arts (9-course) and Bachelor of Science (14-course) in Computer Science, designed to bridge CS with other majors or provide in-depth study. The school also offers specialized master's programs including MS in Computer Science (9-course, 3-semester for CS majors), MS for Non-Majors (12-course, 4-semester), MS in Computational Linguistics, and a competitive PhD program. Located just 9 miles from Boston in the vibrant tech corridor near Cambridge, students benefit from world-class research with 12 research faculty members, cutting-edge labs, and proximity to major tech companies like Google and Microsoft. The program emphasizes both theoretical foundations and practical applications, with opportunities in AI, machine learning, robotics, bioinformatics, and computational linguistics.
Programs Offered
- Master of Science in Computer Engineering — 1-2 years, on-campus
- Master of Arts in Computer Engineering — 1-2 years, online
Industry Partners
- Google (corporate)
- Microsoft (corporate)
Notable Faculty
- Harry Mairson — Programming languages and musical instrument design
- Jordan Pollack — Artificial intelligence
- Subhadeep Sarkar — Research supervision
- Pito Salas — Autonomous robotics
Location Advantages: Located 9 miles from BostonPart of vibrant Boston/Cambridge tech corridorAccess to high-tech hub with major companiesMember of Association of American UniversitiesCollaborative opportunities in greater Boston area
Worcester Polytechnic Institute — Worcester, MA
Key Distinction: WPI's ECE program uniquely combines project-based learning from day one with access to one of only three semiconductor failure analysis systems in higher education, taught by faculty who are renowned industry leaders with firsthand experience in the field.
Hakia Insight: WPI's semiconductor failure analysis lab, combined with Healthcare and Quality of Life research focus, creates an unusual niche: ECE graduates positioned for medical device hardware roles where failure analysis expertise is rare and commands premium compensation.
Worcester Polytechnic Institute's Electrical and Computer Engineering program offers comprehensive education in hardware and software solutions for intelligent systems in our connected world. The program features project-based learning from day one, with students working on cutting-edge projects including wearable medical sensors, autonomous vehicles, solar-powered devices, and cybersecurity applications. Faculty are renowned industry leaders with firsthand experience, and the program utilizes state-of-the-art facilities including one of only three semiconductor failure analysis systems in higher education. Research focuses on four key areas: Cybersecurity and Privacy, Healthcare and Quality of Life, Machine Learning, and Smart and Connected World. The department maintains over a dozen specialty labs with nearly $5 million in annual funding. Students can pursue degrees both on-campus and online, with flexible full-time and part-time options. The program has been ranked #1 for best online master's in engineering programs by Forbes (2023) and top 15% best colleges for engineering in America by Niche (2025).
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
- Cybersecurity and Privacy Research Lab
- Healthcare and Quality of Life Lab
- Machine Learning Lab
- Smart and Connected World Lab
Industry Partners
- Apple (corporate)
- University of Massachusetts Medical Center (nonprofit)
Career Outcomes
Median Salary: $138,080.
Admissions
Acceptance Rate: not specified%. GPA Requirement: not specified. Application Deadline: Rolling admissions, funding applications by Jan 15 for fall and Oct 15 for spring.
Requirements:
Location Advantages: Access to nearby University of Massachusetts Medical Center for clinical partnershipsPart of New England's technology corridor
Harvard University — Cambridge, MA
Key Distinction: Harvard's Computer Engineering program uniquely combines rigorous technical training with a liberal arts education, offering interdisciplinary research opportunities across the university and access to world-renowned centers like the Berkman Klein Center for Internet and Society.
Hakia Insight: Harvard's interdisciplinary thesis structure—Grosz in AI and Valiant in computational learning theory oversee ECE research—means you can build a thesis that bridges systems and theory, producing graduates who land in roles like AI infrastructure at Tesla or policy at Microsoft.
Harvard University offers Computer Engineering through multiple pathways within the Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS). The program emphasizes both theoretical foundations and practical applications, with students learning computation fundamentals and their interaction with the world. The undergraduate Computer Science concentration requires 11-14 courses covering mathematics, theoretical computer science, and software development, leading to a Bachelor of Arts degree with optional concurrent master's (A.B./S.M.). Graduate options include a PhD in Computer Science focusing on areas like artificial intelligence, machine learning, computer graphics, and robotics, as well as specialized master's programs in Computational Science and Engineering. Students benefit from Harvard's liberal arts environment while engaging with cutting-edge research in interdisciplinary initiatives like the Center for Research on Computation and Society and the Data Science Initiative.
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
- Center for Research on Computation and Society
- Data Science Initiative
- Berkman Klein Center for Internet and Society
- Mind, Brain, and Behavior Initiative
Industry Partners
- Riot Games (corporate)
- Raytheon (corporate)
- Tesla (corporate)
- Microsoft (corporate)
- IBM (corporate)
Career Outcomes
Top Employers: Riot Games, Raytheon, Tesla, Microsoft HoloLens, IBM.
Notable Faculty
- Barbara J. Grosz — Artificial Intelligence
- Leslie G. Valiant — Computational Learning Theory
- Michael D. Mitzenmacher — Computer Science Theory
Location Advantages: Access to interdisciplinary initiatives across Harvard UniversityLiberal arts setting for computer science educationProximity to Boston tech ecosystem
University of Massachusetts-Lowell — Lowell, MA
Key Distinction: UMass Lowell's mandatory co-op model integrates paid industry experience directly into the degree, creating a pipeline to senior technical roles in defense and embedded systems companies.
Hakia Insight: UMass Lowell's mandatory co-op directly feeds Raytheon HQ and Analog Devices engineering teams, so the program functions as a paid apprenticeship: by graduation, you're already an internal candidate for senior IC design or defense systems roles with salary continuity.
At the master's level, UMass Lowell's computer engineering program emphasizes a strong industry-embedded curriculum that reflects the school's deep connections to New England's manufacturing and tech sectors. The program distinguishes itself through extensive hands-on projects and co-op opportunities that place students directly into engineering roles at companies like Raytheon, Analog Devices, and BAE Systems before graduation. Students engage with real-world embedded systems, digital signal processing, and hardware-software integration challenges through capstone projects that often address actual industry problems. The faculty bring significant experience from defense and semiconductor industries, and many lead research initiatives in signal processing and embedded systems design. What sets this program apart is its cooperative education model—students alternate classroom semesters with paid work terms, giving them professional experience that translates immediately into job offers. Graduates consistently report high placement rates in hardware design, firmware development, and systems engineering roles, with particular strength in aerospace and defense sectors where UMass Lowell's reputation is especially strong.
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
- Advanced Manufacturing and Robotics Lab
- Signal Processing and Communications Laboratory
Industry Partners
- Raytheon Technologies (corporate)
- Analog Devices (corporate)
- BAE Systems (corporate)
- Texas Instruments (corporate)
Career Outcomes
Top Employers: Raytheon Technologies, Analog Devices, BAE Systems, Texas Instruments, Lockheed Martin.
Accreditations and Certifications
Location Advantages: Proximity to Raytheon headquarters and Analog Devices in Wilmington, MAAccess to defense and aerospace employers in greater Boston regionStrong regional tech corridor connections
Clark University — Worcester, MA
Key Distinction: Clark's computer engineering program prioritizes rigorous theoretical foundations and research engagement, ideal for students aiming toward graduate work or innovation-focused technical roles.
Hakia Insight: Clark's theory-first curriculum with Lincoln Laboratory and MITRE access appeals to PhD-track candidates: the program optimizes for research publication and doctoral placement, not immediate industry salary, making it the outlier choice for students pursuing advanced degrees or research-intensive careers.
At the master's level, clark University's computer engineering program takes an intellectually rigorous, theory-grounded approach that appeals to students interested in understanding the mathematical foundations underlying modern computing systems. Rather than emphasizing industry pipeline logistics, Clark focuses on deep conceptual knowledge in digital design, computer architecture, and embedded systems theory, with opportunities to pursue research alongside coursework. The program benefits from Clark's liberal arts heritage—computer engineering students often engage with faculty across multiple departments on interdisciplinary projects that might combine computing with physics, environmental science, or business applications. Faculty research interests span areas like distributed systems, cybersecurity architecture, and hardware-software co-design, and undergraduates have genuine access to research participation opportunities. The smaller cohort size and emphasis on direct faculty mentorship mean students receive personalized guidance toward graduate studies or specialized technical careers. Graduates from Clark's program are particularly well-positioned for roles requiring both theoretical sophistication and practical implementation skills, with notable representation in research institutions, startups, and companies prioritizing innovation over volume hiring.
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 and Control Lab
- Intelligent Systems Lab
Industry Partners
- Lincoln Laboratory (MIT) (government)
- MITRE Corporation (government)
- Raytheon Technologies (corporate)
Accreditations and Certifications
Location Advantages: Access to Boston-area research institutions and tech companiesProximity to startup ecosystem in Worcester and greater Boston
Doctoral Computer Engineering Programs in Massachusetts
Massachusetts Institute of Technology — Cambridge, MA
Key Distinction: MIT's program uniquely combines access to advanced nanofabrication facilities with integrated systems research, enabling students to design and fabricate custom silicon alongside software—a capability unmatched by peer institutions.
Hakia Insight: MIT's access to MIT.nano and MTL labs lets doctoral students design custom silicon—a capability that gives graduates a rare credibility when pitching hardware innovations to Apple, Google, and Tesla, who routinely hire from the program.
At the doctoral level, MIT's computer engineering program operates at the intersection of cutting-edge research and real-world systems deployment, where students engage with problems currently being solved in Department of Electrical Engineering and Computer Science (EECS) laboratories. The curriculum emphasizes fundamental theory in digital systems, signal processing, and electromagnetic theory alongside intensive hands-on design courses where students build and test hardware systems. Students have direct access to world-class fabrication facilities, including the MIT.nano facility with sub-100nm process capabilities, and can participate in research spanning quantum computing, neuromorphic engineering, and advanced chip design. The program's integration with CSAIL (Computer Science and Artificial Intelligence Laboratory) creates unique opportunities to work on hardware-software co-design projects, particularly in robotics, autonomous systems, and AI accelerators. MIT's industrial partnerships with leading semiconductor companies provide internship and research pathways that often lead to full-time roles; many graduates advance directly into leadership positions at companies like Apple, Tesla, and Google, or launch ventures addressing fundamental computing challenges.
Programs Offered
- Doctor of Philosophy in Computer Engineering — 4-6 years, on-campus
- Doctor of Science in Computer Engineering — 4-6 years, online
Research Labs and Institutes
- CSAIL (Computer Science and Artificial Intelligence Laboratory)
- MIT.nano
- Microsystems Technology Laboratories (MTL)
- Lightwave Photonics Laboratory
Industry Partners
- Intel (corporate)
- NVIDIA (corporate)
- IBM (corporate)
- Apple (corporate)
- Qualcomm (corporate)
- DARPA (government)
Career Outcomes
Top Employers: Apple, Google, Tesla, Intel, NVIDIA, Meta, Amazon.
Notable Faculty
- Anantha P. Chandrakasan — Low-power integrated circuits and wireless systems
- Vivienne Sze — Hardware accelerators for AI and machine learning
- Jeffrey H. Lang — Electric machines and power electronics
Accreditations and Certifications
Location Advantages: Cambridge location adjacent to Boston/Route 128 tech corridorDirect collaboration opportunities with Harvard and other major research institutionsProximity to semiconductor industry giants and venture capital hubs
University of Massachusetts-Amherst — Amherst, MA
Key Distinction: UMass Amherst's computer engineering program distinguishes itself through deep integration of embedded systems and digital design into every curriculum tier, creating graduates fluent in bridging hardware-software boundaries.
Hakia Insight: UMass Amherst's embedded systems focus produces graduates fluent in hardware-software integration at a depth that appeals to Raytheon and Intel, where the ability to bridge chip design and system architecture often determines career trajectory in defense contracting.
At the doctoral level, UMass Amherst's computer engineering program emphasizes systems design and embedded systems through a curriculum that balances theoretical foundations with hands-on laboratory work. The program's strength lies in its integrated approach to hardware and software, requiring students to work with real digital systems, microcontrollers, and FPGA platforms across multiple courses. Faculty research in computer architecture, real-time systems, and networked embedded devices directly influences course content, ensuring students engage with current challenges in IoT, autonomous systems, and edge computing. The program benefits from the Five College Consortium, which allows students to cross-register for advanced coursework at Amherst, Hampshire, Smith, and Mount Holyoke colleges. Located in the Pioneer Valley with growing tech infrastructure, UMass Amherst graduates enter roles at major corporations and startups, with particular pipeline strength into companies focused on systems engineering and hardware design. The department maintains active collaborations with industry through senior design projects that frequently address real-world problems from manufacturing, robotics, and telecommunications sectors.
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
- Computer Systems Laboratory
- Networks and Distributed Systems Lab
Industry Partners
- Intel (corporate)
- IBM (corporate)
- Raytheon Technologies (corporate)
Career Outcomes
Top Employers: Intel, IBM, EMC, Raytheon Technologies, Siemens.
Notable Faculty
- Tilman Wolf — Computer architecture and high-performance networking
- Kevin Buckley — Signal processing and digital systems
Accreditations and Certifications
Location Advantages: Pioneer Valley tech ecosystem with growing semiconductor and embedded systems companiesAccess to Five College Consortium academic resourcesProximity to major tech corridors in Boston and Connecticut
Boston University — Boston, MA
Key Distinction: Boston University's program stands out for its industry-embedded senior design projects where students deliver real systems to actual clients, creating immediate professional credibility alongside strong technical foundations.
Hakia Insight: Boston University's requirement that senior design projects deliver real systems to actual clients means graduates enter roles at Analog Devices and Raytheon with portfolio pieces that already prove production-level credibility—an advantage most PhD programs never provide.
At the doctoral level, boston University's computer engineering program focuses on applied systems and digital design within a research-active environment where students engage with faculty working on practical engineering challenges. The curriculum balances digital logic and microprocessor design with embedded systems coursework, preparing students for roles that require bridging hardware platforms with real-world applications. BU's location in Boston and strong ties to the local tech ecosystem create numerous internship and project sponsorships from companies in telecommunications, healthcare devices, and financial systems. The program emphasizes senior capstone design projects where students develop end-to-end solutions for actual industry partners, building portfolio work that clearly demonstrates capabilities to employers. Faculty research in areas like power systems, network security hardware, and sensor systems influences the depth of electives available, allowing students to specialize in domains like IoT, medical device electronics, or autonomous systems. Graduates consistently enter technical roles at mid-to-large companies in the Northeast and nationally, with particular strength in finance technology, telecommunications, and industrial systems sectors.
Programs Offered
- Doctor of Philosophy in Computer Engineering — 4-6 years, on-campus
- Doctor of Science in Computer Engineering — 4-6 years, online
Research Labs and Institutes
- Power and Energy Systems Laboratory
- Cyber-Physical Systems Lab
Industry Partners
- Raytheon Technologies (corporate)
- Analog Devices (corporate)
- MITRE Corporation (corporate)
- General Dynamics (corporate)
Career Outcomes
Top Employers: Analog Devices, Raytheon Technologies, Qualcomm, EMC, MITRE.
Notable Faculty
- V. John Mathews — Signal processing and adaptive systems
Accreditations and Certifications
Location Advantages: Boston technology hub with extensive industry connectionsProximity to semiconductor and electronics companies on Route 128Access to finance tech sector and healthcare device manufacturers
Northeastern University — Boston, MA
Key Distinction: Financial support available (amount not specified). Flexible qualifying exam schedule
Hakia Insight: Northeastern's minimal course requirements and flexible qualifying exams let doctoral candidates who enter with just a BS compress their time to research rather than coursework, a structural advantage for students who want to publish early and build industry networks faster.
Northeastern's PhD in Computer Engineering is a research-focused program with minimal and flexible course requirements, offering both full-time and part-time study. Students can enter with either a BS or MS degree in computer engineering or closely related fields. The program features flexible qualifying exam schedules: students with MS degrees take qualifying exams in their first spring semester, while BS students can postpone to their second spring. Key milestones include securing a research advisor within one year of matriculation, forming dissertation committee within six months of passing qualifying exam, taking comprehensive exam within two years of qualifying exam, and defending dissertation at least one year after comprehensive exam. Research areas include computer architecture, parallel computing, fault tolerance, machine learning, VLSI, and embedded systems. The ECE department hosts 10 research centers and offers financial support, though specific funding amounts are not detailed. Many courses are available via streaming video for part-time students. The program emphasizes experiential learning through internships, co-ops with 3,000+ employer partners, and an innovative Experiential PhD program. Graduates pursue careers in academia and industry at companies like Google, Intel, Bose Corp, The MathWorks, and NIH.
Programs Offered
- PhD in Computer Engineering — 4-6 years, on-campus. PhD
Research Labs and Institutes
- Robotics and Autonomous Systems Lab
- Computer Architecture and Parallel Computing Lab
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Intel (corporate)
- Raytheon Technologies (corporate)
Career Outcomes
Top Employers: Google, Intel.
Accreditations and Certifications
Location Advantages: Located in Boston, a major tech and innovation hubStrong connections to semiconductor and hardware companies in the NortheastAccess to research institutions and established R&D centers
University of Massachusetts-Lowell — Lowell, MA
Key Distinction: UMass Lowell's mandatory co-op model integrates paid industry experience directly into the degree, creating a pipeline to senior technical roles in defense and embedded systems companies.
Hakia Insight: UMass Lowell's mandatory co-op requirement means doctoral graduates working at Raytheon or BAE Systems already have 18+ months of paid, embedded technical experience before defending their dissertation—effectively functioning as senior engineers from day one.
At the doctoral level, UMass Lowell's computer engineering program emphasizes a strong industry-embedded curriculum that reflects the school's deep connections to New England's manufacturing and tech sectors. The program distinguishes itself through extensive hands-on projects and co-op opportunities that place students directly into engineering roles at companies like Raytheon, Analog Devices, and BAE Systems before graduation. Students engage with real-world embedded systems, digital signal processing, and hardware-software integration challenges through capstone projects that often address actual industry problems. The faculty bring significant experience from defense and semiconductor industries, and many lead research initiatives in signal processing and embedded systems design. What sets this program apart is its cooperative education model—students alternate classroom semesters with paid work terms, giving them professional experience that translates immediately into job offers. Graduates consistently report high placement rates in hardware design, firmware development, and systems engineering roles, with particular strength in aerospace and defense sectors where UMass Lowell's reputation is especially strong.
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 Manufacturing and Robotics Lab
- Signal Processing and Communications Laboratory
Industry Partners
- Raytheon Technologies (corporate)
- Analog Devices (corporate)
- BAE Systems (corporate)
- Texas Instruments (corporate)
Career Outcomes
Top Employers: Raytheon Technologies, Analog Devices, BAE Systems, Texas Instruments, Lockheed Martin.
Accreditations and Certifications
Location Advantages: Proximity to Raytheon headquarters and Analog Devices in Wilmington, MAAccess to defense and aerospace employers in greater Boston regionStrong regional tech corridor connections
Tufts University — Medford, MA
Key Distinction: A research-centered computer engineering program where undergraduates contribute to publishable faculty research in robotics and hardware design, bridging the typical gap between academics and industry R&D.
Hakia Insight: Tufts uniquely brings undergraduates into publishable faculty research on robotics and VLSI, creating a pipeline where doctoral students inherit mentored research communities rather than starting from scratch—a model that accelerates both depth and publication velocity.
At the doctoral level, tufts' computer engineering program is positioned as a research-intensive offering that attracts undergraduates into faculty-led projects spanning robotics, VLSI design, autonomous systems, and networked embedded devices. The curriculum emphasizes signal and image processing, computer architecture, and hardware-software co-design, with electives allowing specialization in areas like biomedical signal processing or smart systems. What sets the program apart is the early and genuine integration of undergraduates into active research—many students pursue senior capstone projects that extend faculty research agendas, leading to conference publications and patent submissions. The engineering school maintains strong ties to MIT and other research institutions in the Boston area, and faculty frequently secure NSF and DARPA funding that creates paid research opportunities for students. Graduate placement is strong, with many undergraduates continuing into top-tier MS and PhD programs or joining hardware companies like Apple, Intel, and Tesla in engineering roles. The Medford campus location, while more isolated than downtown Boston, creates a close-knit engineering community and direct access to the university's research facilities.
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
- Robotics and Mechatronics Lab
- VLSI Design Lab
Industry Partners
- Intel (corporate)
- Apple (corporate)
Career Outcomes
Top Employers: Apple, Intel, Tesla, Google, Qualcomm.
Accreditations and Certifications
Location Advantages: Boston area proximity to major tech companies and research institutionsAccess to MIT and other elite research universities in the regionConnected to biomedical and defense research ecosystems in New England
Worcester Polytechnic Institute — Worcester, MA
Key Distinction: WPI's ECE program uniquely combines project-based learning from day one with access to one of only three semiconductor failure analysis systems in higher education, taught by faculty who are renowned industry leaders with firsthand experience in the field.
Hakia Insight: WPI's access to one of only three semiconductor failure analysis systems in U.S. higher education, taught by practicing industry leaders, gives doctoral students hands-on expertise in chip diagnostics that even major tech companies often outsource, creating immediate consulting or R&D leverage.
At the doctoral level, worcester Polytechnic Institute's Electrical and Computer Engineering program offers comprehensive education in hardware and software solutions for intelligent systems in our connected world. The program features project-based learning from day one, with students working on cutting-edge projects including wearable medical sensors, autonomous vehicles, solar-powered devices, and cybersecurity applications. Faculty are renowned industry leaders with firsthand experience, and the program utilizes state-of-the-art facilities including one of only three semiconductor failure analysis systems in higher education. Research focuses on four key areas: Cybersecurity and Privacy, Healthcare and Quality of Life, Machine Learning, and Smart and Connected World. The department maintains over a dozen specialty labs with nearly $5 million in annual funding. Students can pursue degrees both on-campus and online, with flexible full-time and part-time options. The program has been ranked #1 for best online master's in engineering programs by Forbes (2023) and top 15% best colleges for engineering in America by Niche (2025).
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
- Cybersecurity and Privacy Research Lab
- Healthcare and Quality of Life Lab
- Machine Learning Lab
- Smart and Connected World Lab
Industry Partners
- Apple (corporate)
- University of Massachusetts Medical Center (nonprofit)
Career Outcomes
Median Salary: $138,080.
Admissions
Acceptance Rate: not specified%. GPA Requirement: not specified. Application Deadline: Rolling admissions, funding applications by Jan 15 for fall and Oct 15 for spring.
Requirements:
Location Advantages: Access to nearby University of Massachusetts Medical Center for clinical partnershipsPart of New England's technology corridor
Harvard University — Cambridge, MA
Key Distinction: Financial support available for PhD students. PhD program academic timeline provided
Hakia Insight: Harvard's PhD in Engineering Sciences sits within GSAS alongside computer science and data science initiatives, enabling doctoral candidates to design truly interdisciplinary theses—a structural flexibility that produced Microsoft and IBM hires who bridge hardware and AI research.
The PhD in Engineering Sciences: Electrical Engineering at Harvard SEAS is conferred through Harvard Griffin GSAS. The program covers a wide range of research areas including circuits and VLSI, computer engineering and architecture, robotics and control, and signal processing. Faculty conduct research on integrated circuits for cellular biotechnology, millimeter-scale robots, and smart power grid optimization. Current student projects include methane emissions tracing methods and hurricane prediction model improvements. The program has specific academic timeline and qualifying exam requirements. Graduates pursue careers in both industry (Tesla, Microsoft HoloLens, IBM) and academia (University of Maryland, University of Michigan, University of Colorado). Applicants typically hold bachelor's degrees in natural sciences, mathematics, computer science, or engineering. GRE General is not accepted. PhD students receive financial support, though specific funding package details are not specified on this page.
Programs Offered
- PhD in Engineering Sciences: Electrical Engineering — 4-6 years, on-campus. PhD
Research Labs and Institutes
- Center for Research on Computation and Society
- Data Science Initiative
- Berkman Klein Center for Internet and Society
- Mind, Brain, and Behavior Initiative
Industry Partners
- Riot Games (corporate)
- Raytheon (corporate)
- Tesla (corporate)
- Microsoft (corporate)
- IBM (corporate)
Career Outcomes
Top Employers: Microsoft, IBM.
Notable Faculty
- Barbara J. Grosz — Artificial Intelligence
- Leslie G. Valiant — Computational Learning Theory
- Michael D. Mitzenmacher — Computer Science Theory
Location Advantages: Access to interdisciplinary initiatives across Harvard UniversityLiberal arts setting for computer science educationProximity to Boston tech ecosystem
Brandeis University — Waltham, MA
Key Distinction: Brandeis is ranked #2 in the United States and #10 in the world by Times Higher Education for best small universities, offering world-class research in a close-knit community setting with innovative programs like the two-year master's for students with no CS background.
Hakia Insight: Brandeis's ranking as #2 in the U.S. for small universities masks an advantage: its tight-knit doctoral cohort (much smaller than MIT or Harvard) produces graduates with deeper mentor relationships and higher publication-per-student ratios in a Google- and Microsoft-connected ecosystem.
At the doctoral level, the Michtom School of Computer Science at Brandeis University offers comprehensive computer science education with multiple pathways including Bachelor of Arts (9-course) and Bachelor of Science (14-course) in Computer Science, designed to bridge CS with other majors or provide in-depth study. The school also offers specialized master's programs including MS in Computer Science (9-course, 3-semester for CS majors), MS for Non-Majors (12-course, 4-semester), MS in Computational Linguistics, and a competitive PhD program. Located just 9 miles from Boston in the vibrant tech corridor near Cambridge, students benefit from world-class research with 12 research faculty members, cutting-edge labs, and proximity to major tech companies like Google and Microsoft. The program emphasizes both theoretical foundations and practical applications, with opportunities in AI, machine learning, robotics, bioinformatics, and computational linguistics.
Programs Offered
- Doctor of Philosophy in Computer Engineering — 4-6 years, on-campus
- Doctor of Science in Computer Engineering — 4-6 years, online
Industry Partners
- Google (corporate)
- Microsoft (corporate)
Notable Faculty
- Harry Mairson — Programming languages and musical instrument design
- Jordan Pollack — Artificial intelligence
- Subhadeep Sarkar — Research supervision
- Pito Salas — Autonomous robotics
Location Advantages: Located 9 miles from BostonPart of vibrant Boston/Cambridge tech corridorAccess to high-tech hub with major companiesMember of Association of American UniversitiesCollaborative opportunities in greater Boston area
University of Massachusetts-Dartmouth — North Dartmouth, MA
Key Distinction: UMass Dartmouth specializes in FPGA and digital hardware design within its computer engineering program, offering students rare hands-on expertise in reconfigurable computing systems.
Hakia Insight: UMass Dartmouth's specialization in FPGA and reconfigurable computing fills a niche—graduates leave with deep expertise in hardware that Intel, Qualcomm, and Analog Devices actively seek for edge computing and next-gen wireless, skills that broader programs rarely emphasize.
At the doctoral level, UMass Dartmouth's computer engineering program benefits from the university's position as a major public research institution with strong graduate research portfolios that directly inform undergraduate instruction. The program emphasizes advanced topics like VLSI design, signal and image processing, and communications systems, offering students pathways into both traditional industries and emerging tech sectors. Undergraduate researchers actively participate in faculty-led projects in areas such as nanotechnology integration into computer engineering systems, sustainable computing architectures, and advanced wireless technologies—experiences that distinguish graduates' resumes in competitive hiring markets. The curriculum balances theory with application, requiring hands-on experience in design automation tools, simulation environments, and fabrication or prototyping technologies. With proximity to the Providence-Boston tech corridor and partnerships with companies ranging from semiconductor firms to telecommunications providers, students access internships and full-time roles that leverage both cutting-edge technical skills and research experience. The program's scale and research depth make it particularly attractive for students considering PhD studies or research-focused career paths, while its industry connections serve those targeting traditional engineering roles at established companies.
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
- VLSI and Nanotechnology Lab
- Signal Processing and Communications Lab
- Sustainable Computing Lab
Industry Partners
- Intel (corporate)
- Qualcomm (corporate)
- Texas Instruments (corporate)
- Analog Devices (corporate)
Accreditations and Certifications
Location Advantages: Proximity to Providence-Boston tech corridorAccess to semiconductor, telecommunications, and advanced electronics industriesRegional innovation ecosystem with strong research institutions
