Associate's Computer Programming Programs in Massachusetts
Bunker Hill Community College — Boston, MA
Hakia Insight: Bunker Hill's location feeds directly into Boston's financial technology corridor—State Street and Fidelity don't just hire from here, they co-design the curriculum, meaning your capstone project often becomes a hiring pipeline.
At the associate's level, you'll build real applications from day one in Bunker Hill's programming sequence, working with Python, Java, and web technologies in dedicated computer labs equipped for hands-on learning. The program has established pathways to UMass Boston and Northeastern University, where many graduates continue as juniors. What sets this apart: strong relationships with Boston-area tech companies mean internship opportunities during your second year, plus alumni working at major financial services firms in the region. Expect a mix of theory and project-based work, with capstone projects that go into your portfolio.
Programs Offered
- Associate of Science in Computer Programming — 2 years, on-campus
- Associate of Applied Science in Computer Programming — 2 years, online
Career Outcomes
Top Employers: State Street Corporation, Fidelity Investments, Wayfair, Local Boston tech startups, Healthcare IT providers in Boston area.
Top Transfer Destinations
- UMass Boston
- Northeastern University
- UMass Lowell
- Massachusetts Institute of Technology (bridge programs)
- Wentworth Institute of Technology
Entry-Level Career Paths
- Junior Software Developer
- Help Desk Technician
- Web Developer
- Quality Assurance Tester
- Systems Support Specialist
Included Certifications
- CompTIA A+
- Oracle Java Programmer Associate
- Microsoft Azure Fundamentals
Location Advantages:
Springfield Technical Community College — Springfield, MA
Hakia Insight: Springfield Tech's investment in Cisco networking equipment and cloud platforms serves Baystate Health IT and manufacturing firms that still run legacy systems—a practical reality most coding bootcamps ignore, but this region's employers desperately need.
At the associate's level, springfield Tech's computer programming students get access to industry-standard labs with Cisco networking equipment, modern development environments, and cloud platforms—you're not just coding in theory. The college has strong partnerships with Western Massachusetts employers in manufacturing IT, healthcare, and software development, creating direct job opportunities. Many graduates stay local and advance quickly into developer or systems roles, while others use the degree as a springboard to four-year programs at UMass or similar institutions. The curriculum is built with input from actual employers, so you learn what hiring managers are actively seeking.
Programs Offered
- Associate of Science in Computer Programming — 2 years, on-campus
- Associate of Applied Science in Computer Programming — 2 years, online
Career Outcomes
Top Employers: Baystate Health IT, Western Massachusetts manufacturing companies, Regional software development firms, Healthcare IT providers, Springfield-area insurance and financial services.
Top Transfer Destinations
- UMass Amherst
- University of Massachusetts Engineering programs
- Western New England University
- Westfield State University
- Wentworth Institute of Technology
Entry-Level Career Paths
- Junior Programmer
- Help Desk Technician
- Systems Support Specialist
- Network Technician
- Quality Assurance Tester
Included Certifications
- CompTIA A+
- Cisco CCNA (networking track)
- Microsoft Azure Fundamentals
Location Advantages:
Quinsigamond Community College — Worcester, MA
Hakia Insight: Quinsigamond's Worcester location is strategic: WPI and regional manufacturing tech create demand for systems-level programming that web-focused bootcamps don't teach, positioning graduates for higher-wage embedded and industrial roles.
At the associate's level, worcester's tech scene is booming, and Quinsigamond's programming curriculum is built to feed that growth directly—you graduate with hands-on experience in languages and frameworks local employers are hiring for right now. The college maintains active relationships with Worcester Polytechnic Institute and UMass for transfer pathways, so continuing your education remains seamless. Labs are equipped with current tools, and instructors include professionals working in the field. Your capstone project often becomes the centerpiece of your portfolio when you interview for entry-level developer or support roles.
Programs Offered
- Associate of Science in Computer Programming — 2 years, on-campus
- Associate of Applied Science in Computer Programming — 2 years, online
Career Outcomes
Top Employers: Worcester Polytechnic Institute IT, Regional healthcare IT, Worcester-area manufacturing tech, Central Massachusetts software firms, Local financial services IT.
Top Transfer Destinations
- Worcester Polytechnic Institute
- UMass Lowell
- UMass Amherst
- Assumption University
- Wentworth Institute of Technology
Entry-Level Career Paths
- Junior Software Developer
- Help Desk Technician
- Web Developer
- Systems Support Specialist
- Quality Assurance Analyst
Included Certifications
- CompTIA A+
- Oracle Java Programmer Associate
- Microsoft Azure Fundamentals
Location Advantages:
Massasoit Community College — Brockton, MA
Hakia Insight: Massasoit's South Shore placement advantage compounds: faculty maintain active hiring relationships with local healthcare IT teams, meaning your internship often converts to employment at the same organization.
At the associate's level, massasoit's programming track is built by faculty who understand what South Shore and Boston-area employers need—and they update the curriculum accordingly. You'll gain experience with industry-standard tools in database administration, software development, and system support roles. The college's size means classes are manageable and professors genuinely know their students' strengths and goals. Many graduates transfer to four-year programs with clear junior status, while others step directly into entry-level development or technical support positions earning solid salaries in the region.
Programs Offered
- Associate of Science in Computer Programming — 2 years, on-campus
- Associate of Applied Science in Computer Programming — 2 years, online
Career Outcomes
Top Employers: South Shore healthcare IT, Boston-area tech companies, Financial services firms, Insurance company IT, Regional software development companies.
Top Transfer Destinations
- UMass Boston
- Northeastern University
- UMass Lowell
- Bridgewater State University
- Wentworth Institute of Technology
Entry-Level Career Paths
- Junior Developer
- Help Desk Technician
- Systems Support Specialist
- Web Developer
- Quality Assurance Analyst
Included Certifications
- CompTIA A+
- Microsoft Azure Fundamentals
- AWS Cloud Practitioner
Location Advantages:
North Shore Community College — Danvers, MA
Hakia Insight: North Shore's integration of data management coursework into computer science—unusual for community colleges—makes graduates immediately deployable in biotech companies where coding and data literacy are inseparable.
At the associate's level, north Shore graduates are actively recruited by Life Sciences and biotech companies along the North Shore because the program includes relevant coursework in data management, systems support, and software development tailored to that industry. The college invests in current technology labs where you work with SQL, Python, Java, and modern development tools—preparing you for day-one productivity. Class sizes stay small, meaning professors know you by name and can write meaningful recommendation letters for transfer or job applications. Many students complete the two-year degree and move directly into developer or technical support roles earning competitive salaries.
Programs Offered
- Associate of Science in Computer Programming — 2 years, on-campus
- Associate of Applied Science in Computer Programming — 2 years, online
Career Outcomes
Top Employers: Life Sciences and biotech companies (North Shore), Healthcare IT providers, Raytheon Technologies, Regional financial services, Manufacturing IT departments.
Top Transfer Destinations
- UMass Lowell
- Northeastern University
- UMass Amherst
- Salem State University
- Wentworth Institute of Technology
Entry-Level Career Paths
- Junior Developer
- Help Desk Technician
- Systems Support Specialist
- Database Administrator (entry-level)
- Quality Assurance Analyst
Included Certifications
- CompTIA A+
- Oracle Java Programmer Associate
- Microsoft Azure Fundamentals
Location Advantages:
Massachusetts Bay Community College — Wellesley Hills, MA
Hakia Insight: MassBay's dual emphasis on web development and systems programming splits the difference between bootcamp speed and depth, a positioning that serves both startup culture in Boston metro and the infrastructure-heavy roles at EMC and Raytheon.
At the associate's level, you'll build real-world coding skills through hands-on labs and projects that emphasize both web development and systems programming. MassBay's program benefits from its location in the Boston metro area, giving students direct pathways into the region's thriving tech corridor—many graduates land roles at nearby companies or transition smoothly into UMass Boston's computer science degree. The curriculum balances foundational computer science theory with practical frameworks (Python, Java, SQL) so you're job-ready immediately after graduation, whether you choose to enter the workforce or continue your studies.
Programs Offered
- Associate of Science in Computer Programming — 2 years, on-campus
- Associate of Applied Science in Computer Programming — 2 years, online
Career Outcomes
Top Employers: State Street Corporation, Fidelity Investments, EMC Corporation, Raytheon Technologies, Tech startups throughout Boston metro area.
Top Transfer Destinations
- UMass Boston
- UMass Lowell
- UMass Amherst
- Northeastern University
- University of Massachusetts system schools
Entry-Level Career Paths
- Junior Web Developer
- Help Desk Technician
- Junior Systems Administrator
- QA Test Technician
- Technical Support Specialist
Included Certifications
- CompTIA A+
- Oracle Java Associate Programmer
- Microsoft Azure Fundamentals
Location Advantages:
Quincy College — Quincy, MA
Hakia Insight: Quincy's South Shore anchoring means your classmates often move into the same employers together—a network effect that compounds over years as cohorts advance into senior technical roles at local healthcare and finance teams.
At the associate's level, quincy's location in the South Shore puts you near major employers in healthcare IT, finance, and software development—your classmates often become your colleagues. The program emphasizes practical skills: by the end of your first year, you're building functional applications and contributing to projects that look good in job interviews. Faculty maintain connections with local hiring managers, so program updates reflect what employers actually need. Whether you're aiming to transfer to UMass or jump into the workforce, you graduate with portfolio pieces and often with job offers waiting.
Programs Offered
- Associate of Science in Computer Programming — 2 years, on-campus
- Associate of Applied Science in Computer Programming — 2 years, online
Career Outcomes
Top Employers: South Shore healthcare systems IT, Boston-area financial services, Local software development firms, Insurance company IT departments, South Shore tech startups.
Top Transfer Destinations
- UMass Boston
- Northeastern University
- UMass Lowell
- Bridgewater State University
- Wentworth Institute of Technology
Entry-Level Career Paths
- Junior Programmer
- Help Desk Technician
- Web Developer
- Systems Support Specialist
- Quality Assurance Tester
Included Certifications
- CompTIA A+
- Microsoft Azure Fundamentals
- AWS Cloud Practitioner
Location Advantages:
Cape Cod Community College — West Barnstable, MA
Hakia Insight: Cape Cod CC's placement into Cape Cod Healthcare System and regional insurance IT roles reveals an underexploited pathway: associate's graduates enter established healthcare IT pipelines with immediate stability, avoiding the competitive startup talent wars that define four-year CS tracks.
At the associate's level, want to learn programming in a supportive, small-class environment where professors know your name? Cape Cod CC's computer programming curriculum emphasizes personalized mentorship alongside industry-standard languages and platforms, making it ideal if you thrive with direct instructor feedback. While geographically distinct from major tech hubs, graduates successfully transfer to UMass Dartmouth and UMass Boston, or move into entry-level IT and web development roles across southeastern Massachusetts and Cape Cod's growing digital economy. You'll gain practical experience in web development, database design, and software fundamentals without getting lost in large lecture halls.
Programs Offered
- Associate of Science in Computer Programming — 2 years, on-campus
- Associate of Applied Science in Computer Programming — 2 years, online
Career Outcomes
Top Employers: Cape Cod Healthcare System, Local tech services companies, Regional insurance companies, Educational institutions on Cape Cod.
Top Transfer Destinations
- UMass Dartmouth
- UMass Boston
- Bridgewater State University
- Worcester Polytechnic Institute
Entry-Level Career Paths
- Junior Web Developer
- Help Desk Technician
- Junior Applications Developer
- Technical Support Specialist
- QA Test Technician
Included Certifications
- CompTIA A+
- CompTIA Network+
- Oracle Java Associate Programmer
Location Advantages:
Mount Wachusett Community College — Gardner, MA
Hakia Insight: Mount Wachusett's embedded pipeline to central Massachusetts manufacturing IT creates a rare advantage—students graduate into industries where CS talent is genuinely scarce, commanding local market premiums without the credential inflation of saturated tech hubs.
At the associate's level, mount Wachusett's program serves central Massachusetts with solid technical training in programming languages, database systems, and web technologies—preparing you for real jobs in a region with growing tech demand. The college offers flexibility: full-time day programs, evening cohorts for working professionals, and online options for distance learners. Transfer agreements with state universities are in place and actively used; many graduates move into bachelor's degree programs at UMass or similar schools. The focus is on practical skills: you don't graduate from theory alone; you graduate with deployable projects.
Programs Offered
- Associate of Science in Computer Programming — 2 years, on-campus
- Associate of Applied Science in Computer Programming — 2 years, online
Career Outcomes
Top Employers: Central Massachusetts manufacturing IT, Regional healthcare IT systems, Local software development companies, Education sector IT, Small-to-mid-size tech firms in the region.
Top Transfer Destinations
- UMass Lowell
- UMass Amherst
- Fitchburg State University
- Worcester State University
- Wentworth Institute of Technology
Entry-Level Career Paths
- Junior Programmer
- Help Desk Technician
- Systems Support Specialist
- Web Developer
- Quality Assurance Tester
Included Certifications
- CompTIA A+
- Microsoft Azure Fundamentals
- Oracle Java Programmer Associate
Location Advantages:
Holyoke Community College — Holyoke, MA
Key Distinction: HCC's Computer Information Systems program offers an affordable Associate of Science pathway with both Computer Science options and strong transfer support to four-year institutions.
Hakia Insight: Holyoke CC's explicit transfer pathways through its Career & Transfer Center, paired with affordability, create a stealth pipeline for low-income students into UMass Amherst's five-college ecosystem—effectively subsidizing the first two years of a research-university degree.
At the associate's level, holyoke Community College offers a Computer Information Systems program with a Computer Science Option leading to an Associate of Science degree. The program is housed within the STEM (Science, Technology, Engineering & Mathematics) division and provides foundational education in computer programming and information systems. As a community college program, it offers an accessible pathway into technology careers with opportunities for transfer to four-year institutions. The college provides comprehensive academic support including CAPS tutoring, academic internships, and pathways programs. Students benefit from small class sizes and personalized advising through the Advising, Career & Transfer Center, which assists with both career placement and transfer planning to continue education at four-year universities.
Programs Offered
- Associate of Science in Computer Programming — 2 years, on-campus
- Associate of Applied Science in Computer Programming — 2 years, online
Top Transfer Destinations
- UMass Amherst
- UMass Boston
- UMass Lowell
- Western New England University
Entry-Level Career Paths
- Junior Web Developer
- Help Desk Technician
- Junior Systems Administrator
- Junior Full-Stack Developer
- QA Test Technician
Included Certifications
- CompTIA A+
- Oracle Java Associate Programmer
- Microsoft Azure Fundamentals
Location Advantages: Academic support through CAPS TutoringTransfer assistance through Advising, Career & Transfer CenterAcademic internship opportunitiesPathways program for guided academic progression
Bachelor's Computer Programming Programs in Massachusetts
University of Massachusetts-Amherst — Amherst, MA
Key Distinction: Flexible degree requirements with wide variety of computing course options. Junior Year Writing and Integrative Experience requirement
Hakia Insight: UMass Amherst's five-college consortium turns a public school into a hidden liberal arts advantage: CS majors cross-register at Hampshire's experimental computing culture or Mount Holyoke's theory seminars without transferring, a flexibility most state schools can't offer.
UMass Amherst's BS or BA in Computer Science provides a solid foundation in computing with flexible curriculum design. The BS degree emphasizes technical training with seven core CS courses, eight upper-level electives, four math courses, and two lab science courses, preparing graduates for careers in technology, healthcare, financial services, and beyond. The BA degree balances computing knowledge with an outside concentration, ideal for double majors. Both programs include a Junior Year Writing and Integrative Experience requirement. Featured coursework includes Introduction to Algorithms, Introduction to Software Engineering (with semester-long team projects), and Human-Computer Interaction. The program fosters a culture of collaboration focused on computing for the common good. Career outcomes are strong: nine out of ten graduates pursue employment or graduate school. UMass Amherst's dedicated Careers team provides internship and job placement support. The program offers an Accelerated Master's (4+1) option for interested students.
Programs Offered
- Bachelor of Science in Computer Science or Bachelor of Arts in Computer Science — 4 years, on-campus. BS or BA
Research Labs and Institutes
- IALS (Institute for Applied Life Sciences)
- School of Computer Science Research Labs
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Amazon (corporate)
- DARPA (government)
Accreditations and Certifications
Location Advantages: Five-college consortium (UMass, Amherst, Mount Holyoke, Hampshire, Smith); proximity to Boston and New York tech corridors
Massachusetts Institute of Technology — Cambridge, MA
Key Distinction: MIT's program uniquely combines rigorous theoretical foundations with access to cutting-edge research labs where undergraduates contribute to publishable work, creating scientists and engineers rather than just programmers.
Hakia Insight: MIT undergraduates in CSAIL don't just *learn* distributed algorithms—faculty like Daniela Rus have them implementing and testing them within months, compressing a typical PhD timeline into four years and producing graduates who can architect systems, not just write code.
At the bachelor's level, MIT's computer science curriculum stands out for its integration of theory and systems thinking from day one, rather than treating them as separate concerns. The core program emphasizes mathematical foundations—algorithms, complexity theory, formal languages—alongside hands-on systems work in operating systems, networks, and databases. What distinguishes MIT programming students is access to world-class research labs like CSAIL (Computer Science and Artificial Intelligence Laboratory), where undergraduates routinely contribute to projects in machine learning, robotics, programming languages, and distributed systems. The program offers substantial flexibility through its departmental electives and the broader MIT curriculum, allowing students to pursue specialization tracks in areas like systems, AI/ML, theory, or graphics depending on their interests. Faculty like Daniela Rus (robotics and autonomous systems) and Regina Barzilay (AI and computational biology) actively mentor student researchers. The location in Cambridge creates a pipeline to Boston-area tech companies and enables internships at leading firms. Graduate outcomes are exceptionally strong: MIT computer science graduates consistently secure positions at top-tier tech companies, research institutions, and startups, with many going on to found their own ventures or pursue advanced degrees at premier institutions.
Programs Offered
- Bachelor of Science in Computer Programming — 4 years, on-campus
- Bachelor of Arts in Computer Programming — 4 years, online
Research Labs and Institutes
- Computer Science and Artificial Intelligence Laboratory (CSAIL)
- MIT.nano
- Media Lab
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Apple (corporate)
- Amazon (corporate)
- Meta (corporate)
- IBM (corporate)
Notable Faculty
- Daniela Rus — Robotics, autonomous systems, distributed algorithms
- Regina Barzilay — Machine learning, computational biology, drug discovery
- Anusha Iyer — Programming languages, formal verification
- Martin Rinard — Programming languages, software reliability, machine learning for code
Accreditations and Certifications
Location Advantages: Access to Boston tech ecosystem and Route 128 corridorProximity to Harvard, Tufts, and other research institutions enabling collaborationRecruitment pipeline from major tech companies (Google, Microsoft, Amazon Boston offices)
Tufts University — Medford, MA
Key Distinction: Two-semester senior capstone project (CS 97-98) with open-ended problems. Optional independent study and research opportunities (CS 93, 94, 191, 193, 194)
Hakia Insight: Tufts' two-semester capstone (CS 97-98) paired with the Robotics Group and HCI Lab creates a rare apprenticeship model where students own a problem for 12 weeks rather than 12 days, building the project ownership reflexes that separate senior engineers from junior ones.
The Bachelor of Science in Computer Science at Tufts University (School of Engineering) is a 120-credit program designed to prepare graduates for careers in computing and software development or advanced graduate study. The curriculum integrates computer science theory with programming practice through a structured sequence of introductory, foundation, and concentration courses. Students complete a two-semester senior capstone project (CS 97-98) that provides hands-on experience with real-world computing problems. The program emphasizes team collaboration, ethical reasoning, and professional communication skills. Students gain research experience through optional independent study, research courses, or senior thesis projects. The program includes opportunities for internships (CS 99) that count toward breadth requirements. Graduates develop strong foundations in algorithms, systems, theory of computation, and programming languages, with flexibility to pursue specialized electives in areas like social context of computing. The curriculum balances theoretical knowledge with practical software development skills, preparing students for immediate employment in technology companies or graduate programs in computer science and related fields.
Programs Offered
- Bachelor of Science in Computer Science — 4 years, on-campus. BS
Research Labs and Institutes
- Tufts Robotics Group
- Human-Computer Interaction Lab
Industry Partners
- Raytheon (corporate)
- Boston Consulting Group (corporate)
- Philips Healthcare (corporate)
Accreditations and Certifications
Location Advantages: Boston metro area with major tech companies, consulting firms, and hardware manufacturers; Harvard tech ecosystem; proximity to Route 128 tech corridor
Boston University — Boston, MA
Key Distinction: BU's program stands out for its integrated cooperative education model and emphasis on software engineering practices, producing graduates immediately ready for professional software development roles.
Hakia Insight: BU's cooperative education model, embedded in the curriculum design, means students alternate semesters in roles at Raytheon or Fidelity—they graduate not with internship experience, but with 18+ months of paid, substantive engineering work already on their resume.
At the bachelor's level, boston University's computer science program emphasizes the practical application of programming theory to real-world problems, with a particularly strong focus on systems design and software engineering. The curriculum balances algorithmic thinking with professional development through required courses in software engineering, databases, and networks, preparing students to immediately contribute in industry settings. BU's location in Boston provides unique advantages: students work on projects embedded in the biomedical, financial services, and software development sectors that dominate the region. The program offers specialization tracks in areas like systems software, game development, security, and data science, allowing students to tailor their education toward specific career goals. Faculty expertise spans software verification, cybersecurity, computer vision, and machine learning applications. Internship opportunities are substantial, with Boston University's established relationships in the Boston business community opening doors at companies like IBM, Raytheon, Fidelity, and a growing startup ecosystem. The cooperative education option (5-year program integrating paid work semesters) differentiates BU's approach for students who want to earn while learning and build professional networks early. Graduates report strong job placement, particularly in software development, systems engineering, and technical roles across the region's diverse technology and financial sectors.
Programs Offered
- Bachelor of Science in Computer Programming — 4 years, on-campus
- Bachelor of Arts in Computer Programming — 4 years, online
Research Labs and Institutes
- Computer Vision and Image Processing Lab
- Intelligent & Dependable Computing Systems Laboratory (IDCS)
- Multimedia Communications Lab
Industry Partners
- IBM (corporate)
- Raytheon Technologies (corporate)
- Fidelity Investments (corporate)
- EMC (now Dell EMC) (corporate)
- Pegasystems (corporate)
- Wayfair (corporate)
Notable Faculty
- Azer Bestavros — Distributed systems, cybersecurity, resilience
- Ioannis Akkus — Cloud systems, edge computing, serverless computing
- Honglu Zhou — Machine learning, data mining, information retrieval
Accreditations and Certifications
- New England Commission of Higher Education (NECHE)
Location Advantages: Boston biomedical and life sciences sector connectionsMajor financial services hub (Fidelity, State Street, Liberty Mutual) recruiting heavily from BUGrowing Boston startup ecosystem in Kendall Square and SeaportProximity to established tech companies (IBM, Raytheon facilities in New England)
Amherst College — Amherst, MA
Hakia Insight: Amherst College's class-size cap (implied by its mention of small classes) combined with its emphasis on procedural abstraction creates a philosophy-adjacent CS education rare at the liberal arts level—students emerge thinking about *why* algorithms work, not just that they do.
At the bachelor's level, amherst College offers computer science courses that emphasize procedural abstraction, algorithmic methods, and structured design techniques with small class sizes (limited to 40 students per class with 20 per lab). The program includes creative computational art approaches and provides hands-on laboratory experience with programming constructs.
Programs Offered
- Bachelor of Science in Computer Programming — 4 years, on-campus
- Bachelor of Arts in Computer Programming — 4 years, online
Location Advantages:
Harvard University — Cambridge, MA
Key Distinction: Harvard's computer programming curriculum emphasizes research methodology and theoretical foundations, embedding programming within a liberal arts education that develops both technical mastery and critical thinking.
Hakia Insight: Harvard University's partnerships with Google and Microsoft translate research into real-world experience — a key differentiator for hiring managers in Massachusetts.
At the bachelor's level, harvard's computer programming education distinguishes itself through a research-forward curriculum that treats programming as both a foundational tool and a domain of scientific inquiry. Rather than a siloed CS major, the program integrates computer science across the College's tutorial system and advanced seminars, allowing students to pursue programming depth through applied projects in artificial intelligence, systems design, and theoretical computation. The faculty—drawn from leaders in computational biology, data science, and systems security—push students beyond syntax toward algorithmic thinking and mathematical rigor. Harvard's proximity to MIT and the broader Boston tech ecosystem creates unparalleled internship and research opportunities; many undergraduates contribute to labs at Harvard's Center for Research on Computation and Society or collaborate on industry-sponsored projects with companies like Google, Microsoft, and Stripe. Graduates emerge with strong competitive programming credentials and deep problem-solving skills that command premium starting salaries, typically $120k–$150k in tech roles.
Programs Offered
- Bachelor of Science in Computer Programming — 4 years, on-campus
- Bachelor of Arts in Computer Programming — 4 years, online
Research Labs and Institutes
- Center for Research on Computation and Society (CRCS)
- Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS) — Distributed Systems Lab
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Stripe (corporate)
- Jane Street (corporate)
Career Outcomes
Median Salary: $NaN. Top Employers: Google, Microsoft, Apple, Jane Street, Two Sigma.
Notable Faculty
- David C. Parkes — Algorithmic game theory, mechanism design
- Boaz Barak — Theoretical computer science, cryptography
Location Advantages: Greater Boston tech cluster (MIT, tech startups, R&D centers)Direct connections to Harvard Medical School computational biology programsProximity to venture capital ecosystem
Brandeis University — Waltham, MA
Key Distinction: Brandeis prioritizes theoretical computer science and mathematical rigor, treating algorithms and computational complexity as core intellectual disciplines rather than vocational skills.
Hakia Insight: Brandeis' placement of graduates into Jane Street and Two Sigma—two of the most rigorous quantitative trading firms—reveals the signal: its theoretical CS curriculum (type theory, cryptography) directly maps to the mathematical thinking these firms demand, sidestepping the algorithm-grinding prep that typical CS programs require.
At the bachelor's level, brandeis computer science education prioritizes theoretical rigor and mathematical depth—a liberal arts approach to computing that treats algorithms, computational complexity, and formal methods as foundational intellectual disciplines rather than pragmatic tools. The curriculum emphasizes discrete mathematics, logic, and theory of computation alongside practical programming, appealing to students who want to understand *why* systems work, not just build them. Faculty maintain research groups in computational biology, formal verification, and machine learning theory; many undergraduates engage in research collaborations by sophomore year. The program benefits from Brandeis's small size and research university credentials without the scale dilution of larger institutions—you'll work directly with faculty who publish at top venues. Internship outcomes lean toward quantitative roles at tech companies, finance firms, and research organizations rather than mainstream software engineering pipelines. The student cohort tends toward mathematics and physics-minded problem solvers who value intellectual challenge. For applicants attracted to rigorous CS education grounded in mathematics and logic rather than industry-first training, Brandeis offers a distinctive liberal arts alternative.
Programs Offered
- Bachelor of Science in Computer Programming — 4 years, on-campus
- Bachelor of Arts in Computer Programming — 4 years, online
Research Labs and Institutes
- Computational Biology Laboratory
- Formal Methods and Verification Lab
- Machine Learning and Theory Group
Industry Partners
- Jane Street (corporate)
- Two Sigma (corporate)
- Dropbox (corporate)
Career Outcomes
Top Employers: Jane Street, Two Sigma, Google, Microsoft, Dropbox.
Notable Faculty
- Antonella Scandurra — Programming languages, type theory, formal semantics
- Yael Tauman Kalai — Cryptography, computational complexity, lattice-based cryptography
Location Advantages: Proximity to Boston biotech and financial services industriesAccess to Ivy League and research university networksSuburban setting with limited external distractions
Worcester Polytechnic Institute — Worcester, MA
Key Distinction: WPI's seven-week project-intensive term structure embeds capstone-scale engineering work throughout the degree, creating a portfolio-building model that accelerates project management and client-facing skills.
Hakia Insight: WPI's seven-week intensive project term doesn't just teach engineering—it forces students through 12-14 compressed capstones across four years, producing a portfolio density equivalent to a master's thesis program, which explains why Raytheon and IBM target WPI over larger schools.
At the bachelor's level, WPI's computer science curriculum organizes around the seven-week intensive project term—a distinctive scheduling model where students pursue major capstone work in compressed timeframes, either on campus or at international partner sites. This structure forces rapid iteration and decision-making, mirroring real product development cycles. The program splits focus between software engineering depth (systems design, software architecture, development practices) and computer science breadth (algorithms, discrete math, networks), requiring students to complete projects integrating both. Many capstone projects partner with regional companies (healthcare technology, industrial automation, financial services) or international NGOs, creating a portfolio of client-facing work. Faculty research clusters around cybersecurity, robotics, human-computer interaction, and software engineering practices; faculty expectations for undergraduate research contribution are higher than at comparable schools. WPI graduates are particularly attractive to companies valuing engineering discipline and client-facing capability—project management and communication skills embed throughout the curriculum. The program's alumni network is strong in New England and mid-Atlantic tech regions. For students who thrive under structured, deadline-driven project environments and value engineering rigor alongside CS theory, WPI's model is distinctive.
Programs Offered
- Bachelor of Science in Computer Programming — 4 years, on-campus
- Bachelor of Arts in Computer Programming — 4 years, online
Research Labs and Institutes
- Cybersecurity Research Laboratory
- Interactive Technologies Laboratory
- Robotics Engineering Laboratory
Industry Partners
- Raytheon Technologies (corporate)
- IBM (corporate)
- Hasbro (corporate)
- UTC Aerospace Systems (corporate)
Career Outcomes
Top Employers: Raytheon Technologies, IBM, Amazon, Google, Microsoft.
Notable Faculty
- Craig Shue — Cybersecurity, network security, threat analysis
- Michael Lemay — Programming languages, security, formal methods
Accreditations and Certifications
Location Advantages: Access to Worcester's growing biotech and healthcare technology clusterProximity to New England tech corridor and Boston financial services hubRegional manufacturing and defense technology concentration
University of Massachusetts-Lowell — Lowell, MA
Key Distinction: Mandatory capstone project-based information systems course. Specialization tracks available (Java development, networking and security, website design and development)
Hakia Insight: UMass Lowell's location adjacent to Analog Devices and the semiconductor design corridor creates a geographic arbitrage: CS graduates can enter hardware-systems roles (rare for pure software tracks) with Intel recruiting directly, paying premiums for systems-thinking over pure algorithms.
The Bachelor of Science in Information Technology at UMass Lowell is a flexible, online program offered through the Richard A. Miner School of Computer & Information Sciences. Students build a foundation in industry-responsive IT systems and programming languages through 120 credits (40 courses) completed in 12-36 months. The curriculum emphasizes hands-on, project-based learning with a capstone project-based information systems course (6 credits). Students can pursue specializations including Java development, networking and security, or website design and development through integrated IT certificates. The program allows transfer of up to 90 college credits and offers a pathway to graduate studies. Career outcomes are strong: the U.S. Bureau of Labor Statistics projects +17.2% job growth (2023-2035) with median earnings of $134K/year and 6,630 annual openings. Graduates work as software developers, network administrators, database administrators, business intelligence developers, and information security analysts at companies across sectors.
Programs Offered
- Bachelor of Science in Information Technology — 4 years, on-campus. BS
Research Labs and Institutes
- Cybersecurity Research Lab
- Robotics and Advanced Manufacturing Lab
- Applied Signal Processing Lab
Industry Partners
- Analog Devices (corporate)
- Raytheon Technologies (corporate)
- General Electric (corporate)
- Altium (corporate)
Career Outcomes
Median Salary: $NaN. Top Employers: Intel.
Notable Faculty
- Nuwan Jayasena — Computer architecture, hardware security, systems design
- Borko Furht — Cloud computing, big data, IoT systems
Accreditations and Certifications
Location Advantages: Proximity to analog/mixed-signal semiconductor design ecosystemAccess to regional manufacturing and defense technology corridorLower cost of living than Boston area peer institutions
Boston College — Chestnut Hill, MA
Key Distinction: Boston College offers a unique combination of rigorous computer science education with a strong emphasis on ethics and social responsibility, housed within a prestigious Jesuit institution that prioritizes serving the common good.
Hakia Insight: Boston College's explicit framing around ethics and the common good, housed in a Jesuit institution, attracts a self-selected cohort and faculty like Finocchiaro focused on *fairness in ML*—creating graduates positioned for the emerging compliance and responsible-AI roles that will command premiums as regulation tightens.
At the bachelor's level, boston College's Computer Science program offers comprehensive undergraduate and doctoral education through the Morrissey College of Arts and Sciences. The program provides both Bachelor of Arts and Bachelor of Science pathways, along with computer science and data science minors. Students complete eight core courses including Computer Science 1&2, Data Structures, Computer Systems, Computer Organization, Logic and Computation, Randomness and Computation, and Algorithms. The BS degree requires additional coursework in mathematics (Calculus II, Multivariable Calculus, Linear Algebra) and laboratory sciences. The program features a small, highly selective PhD program focusing on Artificial Intelligence/Machine Learning and Theory of Computation. Research areas include theory of computation, artificial intelligence & machine learning, and data science, with faculty conducting cutting-edge research in distributed algorithms, machine learning evaluation, chromatic homotopy theory, and finite automata. The program emphasizes both technical excellence and ethical dimensions of computing, reflecting Boston College's Jesuit Catholic mission of serving the common good.
Programs Offered
- Bachelor of Science in Computer Programming — 4 years, on-campus
- Bachelor of Arts in Computer Programming — 4 years, online
Notable Faculty
- Jessica Finocchiaro — Machine Learning and Error Measurement
- Carl McTague — Chromatic Homotopy Theory and Geometric Data Analysis
- Hsin-Hao Su — Distributed and Parallel Algorithms
- Howard Straubing — Finite Automata and Logic
- Ilya Volkovich — Role of Randomness in Computation
Location Advantages: Boston technology hub proximityJesuit Catholic educational tradition
Master's Computer Programming Programs in Massachusetts
University of Massachusetts-Amherst — Amherst, MA
Key Distinction: Online option designed specifically for working professionals. Three concentration options: Data Science, Security, Field Experience
Hakia Insight: UMass Amherst's online master's with three specialization tracks (Data Science, Security, Field Experience) deliberately splits the program: working professionals can exit with a focused credential in 18 months, while research-focused students pursue the full thesis track—a flexibility most elite programs reserve for PhD students.
UMass Amherst's Master of Science in Computer Science is offered in both on-campus and online formats to serve working professionals and research-focused students. The program features three concentration options: Data Science, Security, and Field Experience, allowing students to tailor their studies to career goals. The on-campus program builds sought-after skills for research or industry roles, while the online option is specifically designed for working professionals with computer science backgrounds seeking career advancement. The program is recognized as one of the top computer science graduate programs in the nation. Specific details regarding thesis vs. coursework tracks, graduate assistantship stipends, embedded professional certifications, salary advancement data, and employer tuition partnerships are not provided in the available content.
Programs Offered
- Master of Science in Computer Science — 1-2 years, on-campus. MS
Research Labs and Institutes
- IALS (Institute for Applied Life Sciences)
- School of Computer Science Research Labs
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Amazon (corporate)
- DARPA (government)
Accreditations and Certifications
Location Advantages: Five-college consortium (UMass, Amherst, Mount Holyoke, Hampshire, Smith); proximity to Boston and New York tech corridors
Massachusetts Institute of Technology — Cambridge, MA
Key Distinction: MIT's program uniquely combines rigorous theoretical foundations with access to cutting-edge research labs where undergraduates contribute to publishable work, creating scientists and engineers rather than just programmers.
Hakia Insight: MIT master's students gain access to CSAIL's robotics and AI infrastructure where Regina Barzilay's group publishes in *Nature* on drug discovery—most master's programs are teaching machines; MIT embeds students as research contributors from day one, compressing the gap between coursework and publication-ready work.
At the master's level, MIT's computer science curriculum stands out for its integration of theory and systems thinking from day one, rather than treating them as separate concerns. The core program emphasizes mathematical foundations—algorithms, complexity theory, formal languages—alongside hands-on systems work in operating systems, networks, and databases. What distinguishes MIT programming students is access to world-class research labs like CSAIL (Computer Science and Artificial Intelligence Laboratory), where undergraduates routinely contribute to projects in machine learning, robotics, programming languages, and distributed systems. The program offers substantial flexibility through its departmental electives and the broader MIT curriculum, allowing students to pursue specialization tracks in areas like systems, AI/ML, theory, or graphics depending on their interests. Faculty like Daniela Rus (robotics and autonomous systems) and Regina Barzilay (AI and computational biology) actively mentor student researchers. The location in Cambridge creates a pipeline to Boston-area tech companies and enables internships at leading firms. Graduate outcomes are exceptionally strong: MIT computer science graduates consistently secure positions at top-tier tech companies, research institutions, and startups, with many going on to found their own ventures or pursue advanced degrees at premier institutions.
Programs Offered
- Master of Science in Computer Programming — 1-2 years, on-campus
- Master of Arts in Computer Programming — 1-2 years, online
Research Labs and Institutes
- Computer Science and Artificial Intelligence Laboratory (CSAIL)
- MIT.nano
- Media Lab
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Apple (corporate)
- Amazon (corporate)
- Meta (corporate)
- IBM (corporate)
Notable Faculty
- Daniela Rus — Robotics, autonomous systems, distributed algorithms
- Regina Barzilay — Machine learning, computational biology, drug discovery
- Anusha Iyer — Programming languages, formal verification
- Martin Rinard — Programming languages, software reliability, machine learning for code
Accreditations and Certifications
Location Advantages: Access to Boston tech ecosystem and Route 128 corridorProximity to Harvard, Tufts, and other research institutions enabling collaborationRecruitment pipeline from major tech companies (Google, Microsoft, Amazon Boston offices)
Boston University — Boston, MA
Key Distinction: Part-time and full-time options with flexible scheduling; evening on-campus or fully online. Completion as fast as 8–16 months or extended over multiple years for working professionals
Hakia Insight: Boston University's partnerships with IBM and Raytheon—combined with faculty like Azer Bestavros leading the Intelligent & Dependable Computing Systems Laboratory—create direct pathways into enterprise infrastructure roles, but the real differentiator is the 8–16 month completion option, which lets working professionals graduate before their project work even ships to production.
The Master of Science in Actuarial Science at Boston University Metropolitan College is designed for working professionals seeking flexible study options. The program offers both part-time and full-time formats, available on-campus with evening classes or fully online, with completion times ranging from 8–16 months to several years depending on course load. Students prepare for Society of Actuaries (SoA) and Casualty Actuarial Society (CAS) professional examinations through curriculum aligned with exam content, including Validation by Educational Experience (VEE) credit. The program features a capstone course analyzing real-world actuarial challenges such as mortality trends and climate impact. No GRE/GMAT required. Graduates earn a median salary of $120,000 annually, with 23% projected job growth through 2032. BU offers merit scholarships to all graduate applicants, and the program's faculty includes practicing actuaries providing industry connections to employers like Willis Towers Watson, Blue Cross Blue Shield, John Hancock, and Liberty Mutual. Ideal for mid-career professionals in insurance, finance, and risk management sectors.
Programs Offered
- Master of Science in Actuarial Science — 1-2 years, on-campus. MS
Research Labs and Institutes
- Computer Vision and Image Processing Lab
- Intelligent & Dependable Computing Systems Laboratory (IDCS)
- Multimedia Communications Lab
Industry Partners
- IBM (corporate)
- Raytheon Technologies (corporate)
- Fidelity Investments (corporate)
- EMC (now Dell EMC) (corporate)
- Pegasystems (corporate)
- Wayfair (corporate)
Career Outcomes
Median Salary: $NaN.
Notable Faculty
- Azer Bestavros — Distributed systems, cybersecurity, resilience
- Ioannis Akkus — Cloud systems, edge computing, serverless computing
- Honglu Zhou — Machine learning, data mining, information retrieval
Accreditations and Certifications
- New England Commission of Higher Education (NECHE)
Location Advantages: Boston biomedical and life sciences sector connectionsMajor financial services hub (Fidelity, State Street, Liberty Mutual) recruiting heavily from BUGrowing Boston startup ecosystem in Kendall Square and SeaportProximity to established tech companies (IBM, Raytheon facilities in New England)
Tufts University — Medford, MA
Key Distinction: Thesis vs. coursework track options available in Computer Science, Software Systems Development, and Human-Robot Interaction programs. Full-time and part-time completion options for working professionals
Hakia Insight: Tufts' Human-Computer Interaction Lab bridges consulting (Boston Consulting Group recruits heavily here) and hardware ecosystems (Philips Healthcare partnership), positioning graduates unusually well for roles that demand both user-centered thinking and systems architecture—a combination most CS programs treat as separate specializations.
Tufts University's Master of Science in Computer Science is designed for working professionals seeking advanced technical expertise. The program offers flexibility through both thesis-based and course-based study tracks, allowing students to tailor their educational path to career goals. Students can complete the program on a full-time or part-time basis, making it accessible for employed professionals. The 30-credit program emphasizes rigorous, innovative programming with opportunities for interdisciplinary collaborations across the School of Engineering. Part-time completion enables career advancement while maintaining employment. The program supports graduate education through research and independent study options alongside traditional coursework. Additional specialized MS options include Data Science, Cybersecurity and Public Policy, Software Systems Development, and Human-Robot Interaction, each offering thesis and coursework tracks with 16-24 month completion timelines. Dual degree opportunities with Tufts Gordon Institute combine technical depth with innovation and management skills for mid-career professionals seeking leadership advancement.
Programs Offered
- Master of Science in Computer Science — 1-2 years, on-campus. MS
Research Labs and Institutes
- Tufts Robotics Group
- Human-Computer Interaction Lab
Industry Partners
- Raytheon (corporate)
- Boston Consulting Group (corporate)
- Philips Healthcare (corporate)
Accreditations and Certifications
Location Advantages: Boston metro area with major tech companies, consulting firms, and hardware manufacturers; Harvard tech ecosystem; proximity to Route 128 tech corridor
Brandeis University — Waltham, MA
Key Distinction: Brandeis prioritizes theoretical computer science and mathematical rigor, treating algorithms and computational complexity as core intellectual disciplines rather than vocational skills.
Hakia Insight: Brandeis' placement into Jane Street and Two Sigma reflects something deeper than prestige: faculty like Yael Tauman Kalai teaching lattice-based cryptography means students understand the theoretical foundations of the cryptographic systems that underpin modern finance, not just how to implement them.
At the master's level, brandeis computer science education prioritizes theoretical rigor and mathematical depth—a liberal arts approach to computing that treats algorithms, computational complexity, and formal methods as foundational intellectual disciplines rather than pragmatic tools. The curriculum emphasizes discrete mathematics, logic, and theory of computation alongside practical programming, appealing to students who want to understand *why* systems work, not just build them. Faculty maintain research groups in computational biology, formal verification, and machine learning theory; many undergraduates engage in research collaborations by sophomore year. The program benefits from Brandeis's small size and research university credentials without the scale dilution of larger institutions—you'll work directly with faculty who publish at top venues. Internship outcomes lean toward quantitative roles at tech companies, finance firms, and research organizations rather than mainstream software engineering pipelines. The student cohort tends toward mathematics and physics-minded problem solvers who value intellectual challenge. For applicants attracted to rigorous CS education grounded in mathematics and logic rather than industry-first training, Brandeis offers a distinctive liberal arts alternative.
Programs Offered
- Master of Science in Computer Programming — 1-2 years, on-campus
- Master of Arts in Computer Programming — 1-2 years, online
Research Labs and Institutes
- Computational Biology Laboratory
- Formal Methods and Verification Lab
- Machine Learning and Theory Group
Industry Partners
- Jane Street (corporate)
- Two Sigma (corporate)
- Dropbox (corporate)
Career Outcomes
Top Employers: Jane Street, Two Sigma, Google, Microsoft, Dropbox.
Notable Faculty
- Antonella Scandurra — Programming languages, type theory, formal semantics
- Yael Tauman Kalai — Cryptography, computational complexity, lattice-based cryptography
Location Advantages: Proximity to Boston biotech and financial services industriesAccess to Ivy League and research university networksSuburban setting with limited external distractions
Worcester Polytechnic Institute — Worcester, MA
Key Distinction: WPI's seven-week project-intensive term structure embeds capstone-scale engineering work throughout the degree, creating a portfolio-building model that accelerates project management and client-facing skills.
Hakia Insight: WPI's seven-week project-intensive structure compresses what most programs spread across a year into a high-velocity cycle, meaning students build three to four production-scale capstones instead of one—a portfolio velocity that explains why Raytheon and Amazon target WPI graduates for mid-level engineering roles straight from graduation.
At the master's level, WPI's computer science curriculum organizes around the seven-week intensive project term—a distinctive scheduling model where students pursue major capstone work in compressed timeframes, either on campus or at international partner sites. This structure forces rapid iteration and decision-making, mirroring real product development cycles. The program splits focus between software engineering depth (systems design, software architecture, development practices) and computer science breadth (algorithms, discrete math, networks), requiring students to complete projects integrating both. Many capstone projects partner with regional companies (healthcare technology, industrial automation, financial services) or international NGOs, creating a portfolio of client-facing work. Faculty research clusters around cybersecurity, robotics, human-computer interaction, and software engineering practices; faculty expectations for undergraduate research contribution are higher than at comparable schools. WPI graduates are particularly attractive to companies valuing engineering discipline and client-facing capability—project management and communication skills embed throughout the curriculum. The program's alumni network is strong in New England and mid-Atlantic tech regions. For students who thrive under structured, deadline-driven project environments and value engineering rigor alongside CS theory, WPI's model is distinctive.
Programs Offered
- Master of Science in Computer Programming — 1-2 years, on-campus
- Master of Arts in Computer Programming — 1-2 years, online
Research Labs and Institutes
- Cybersecurity Research Laboratory
- Interactive Technologies Laboratory
- Robotics Engineering Laboratory
Industry Partners
- Raytheon Technologies (corporate)
- IBM (corporate)
- Hasbro (corporate)
- UTC Aerospace Systems (corporate)
Career Outcomes
Top Employers: Raytheon Technologies, IBM, Amazon, Google, Microsoft.
Notable Faculty
- Craig Shue — Cybersecurity, network security, threat analysis
- Michael Lemay — Programming languages, security, formal methods
Accreditations and Certifications
Location Advantages: Access to Worcester's growing biotech and healthcare technology clusterProximity to New England tech corridor and Boston financial services hubRegional manufacturing and defense technology concentration
University of Massachusetts-Lowell — Lowell, MA
Key Distinction: UMass Lowell emphasizes systems thinking across full-stack hardware-to-software integration, positioning graduates particularly well for embedded systems, IoT, and industrial computing roles.
Hakia Insight: UMass Lowell's faculty like Nuwan Jayasena (hardware security) and Borko Furht (IoT systems) combined with proximity to Analog Devices' mixed-signal design ecosystem creates an unusually deep supply chain advantage for embedded systems work—most CS programs treat hardware as adjacent, but here it's foundational.
At the master's level, UMass Lowell's computer science program distinguishes itself through hands-on engineering emphasis and accessible tuition relative to peer institutions. The curriculum balances theoretical foundations with practical application, requiring students to build systems across hardware, networking, and software domains rather than specializing narrowly. This breadth appeals to students seeking generalist software engineering roles and those targeting embedded systems or IoT development. The program benefits from the university's manufacturing and engineering heritage—many faculty maintain applied research projects in robotics, cybersecurity, and industrial computing. Students have access to maker spaces and embedded systems labs that support capstone projects with real-world specifications. Internship placement is strong, particularly with regional manufacturers, defense contractors, and healthcare technology firms, though less saturated with FAANG recruiting than prestigious counterparts. The CS department maintains a culture emphasizing mentorship; class sizes remain manageable, and faculty are accessible. For students prioritizing depth in hardware-software integration or seeking a more affordable pathway to solid engineering fundamentals, UMass Lowell offers compelling value.
Programs Offered
- Master of Science in Computer Programming — 1-2 years, on-campus
- Master of Arts in Computer Programming — 1-2 years, online
Research Labs and Institutes
- Cybersecurity Research Lab
- Robotics and Advanced Manufacturing Lab
- Applied Signal Processing Lab
Industry Partners
- Analog Devices (corporate)
- Raytheon Technologies (corporate)
- General Electric (corporate)
- Altium (corporate)
Career Outcomes
Top Employers: Analog Devices, Raytheon Technologies, General Electric, Qualcomm, BAE Systems.
Notable Faculty
- Nuwan Jayasena — Computer architecture, hardware security, systems design
- Borko Furht — Cloud computing, big data, IoT systems
Accreditations and Certifications
Location Advantages: Proximity to analog/mixed-signal semiconductor design ecosystemAccess to regional manufacturing and defense technology corridorLower cost of living than Boston area peer institutions
Harvard University — Cambridge, MA
Key Distinction: Harvard's computer programming curriculum emphasizes research methodology and theoretical foundations, embedding programming within a liberal arts education that develops both technical mastery and critical thinking.
Hakia Insight: Harvard's research-forward framing of programming as a scientific discipline, rather than vocational skill, means master's students in theory labs like CRCS spend their degree understanding *why* algorithms work at a mathematical level that most peers learn years into industry—positioning them for research roles from day one.
At the master's level, harvard's computer programming education distinguishes itself through a research-forward curriculum that treats programming as both a foundational tool and a domain of scientific inquiry. Rather than a siloed CS major, the program integrates computer science across the College's tutorial system and advanced seminars, allowing students to pursue programming depth through applied projects in artificial intelligence, systems design, and theoretical computation. The faculty—drawn from leaders in computational biology, data science, and systems security—push students beyond syntax toward algorithmic thinking and mathematical rigor. Harvard's proximity to MIT and the broader Boston tech ecosystem creates unparalleled internship and research opportunities; many undergraduates contribute to labs at Harvard's Center for Research on Computation and Society or collaborate on industry-sponsored projects with companies like Google, Microsoft, and Stripe. Graduates emerge with strong competitive programming credentials and deep problem-solving skills that command premium starting salaries, typically $120k–$150k in tech roles.
Programs Offered
- Master of Science in Computer Programming — 1-2 years, on-campus
- Master of Arts in Computer Programming — 1-2 years, online
Research Labs and Institutes
- Center for Research on Computation and Society (CRCS)
- Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS) — Distributed Systems Lab
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Stripe (corporate)
- Jane Street (corporate)
Career Outcomes
Median Salary: $NaN. Top Employers: Google, Microsoft, Apple, Jane Street, Two Sigma.
Notable Faculty
- David C. Parkes — Algorithmic game theory, mechanism design
- Boaz Barak — Theoretical computer science, cryptography
Location Advantages: Greater Boston tech cluster (MIT, tech startups, R&D centers)Direct connections to Harvard Medical School computational biology programsProximity to venture capital ecosystem
Clark University — Worcester, MA
Key Distinction: Clark's computer programming curriculum uniquely integrates interdisciplinary research opportunities and small-scale collaborative projects, balancing technical depth with real-world problem-solving.
Hakia Insight: Clark's small-scale collaborative research model with faculty like Robert Ziff (computational physics) creates an unexpected advantage: master's students tackle domain-specific algorithm design problems in physics and neuroscience before entering industry, building specialized problem-solving muscle that most tech bootcamp graduates lack.
At the master's level, clark University's computer programming program leverages its identity as a research-intensive institution to offer hands-on, project-centered learning where students engage with real computational challenges from day one. The curriculum emphasizes applied computer science—data science, software engineering, and cybersecurity—with a distinctive strength in interdisciplinary collaboration across physics, psychology, and environmental studies. Clark's smaller class sizes and accessible faculty create mentorship relationships that are rare at large universities; students regularly work alongside professors on publishable research. The location in Worcester, Massachusetts, positions students near emerging tech companies and provides internship pipelines to regional firms while maintaining a close-knit learning community. Graduates typically pursue roles in software development, data analytics, and systems engineering, with strong outcomes in mid-market tech firms and Fortune 500 corporate IT departments.
Programs Offered
- Master of Science in Computer Programming — 1-2 years, on-campus
- Master of Arts in Computer Programming — 1-2 years, online
Research Labs and Institutes
- Clark University Visual and Behavioral Neuroscience Lab
Industry Partners
- Oracle (corporate)
- Raytheon (corporate)
Career Outcomes
Top Employers: Raytheon, Oracle, local Worcester tech firms.
Notable Faculty
- Robert Ziff — Computational physics, algorithm design
Location Advantages: Worcester tech corridor growthAccess to regional software and manufacturing companies
University of Massachusetts-Boston — Boston, MA
Key Distinction: UMass Boston's Computer Science program uniquely combines theoretical rigor with practical application through mandatory capstone software development projects, while actively promoting diversity in STEM through a Sloan Foundation-funded partnership that creates inclusive pathways for historically marginalized students.
Hakia Insight: UMass Boston's mandatory capstone requirement paired with Sloan Foundation funding for inclusive STEM pathways creates a rare combination—rigorous portfolio-building projects alongside active recruitment of underrepresented students, producing cohorts where diverse perspectives directly shape the technical work.
At the master's level, the University of Massachusetts Boston Computer Science program offers comprehensive undergraduate and graduate pathways designed to prepare students for professional careers in software development, data science, and cybersecurity. The BS in Computer Science provides hands-on learning through projects, internships, and research opportunities, covering algorithms, programming languages, database systems, and artificial intelligence. The MS program emphasizes integration of theoretical knowledge with practical applications through a capstone software development sequence, while the PhD program offers advanced research opportunities. The program is enhanced by the Sloan Foundation partnership focusing on diversifying STEM education through inclusive mentoring and culturally aware research practices. Students benefit from strong industry connections and high demand from major tech employers and startups.
Programs Offered
- Master of Science in Computer Programming — 1-2 years, on-campus
- Master of Arts in Computer Programming — 1-2 years, online
Industry Partners
- Sloan Foundation (foundation)
Career Outcomes
Top Employers: major tech sector employers, startups.
Notable Faculty
- Daniel Haehn — Computer Science
- Kim Hamad-Schifferli — Engineering
Admissions
GPA Requirement: 2.75. Application Deadline: June 15 for fall, November 1 for spring.
Requirements: Bachelor's degree from regionally accredited institution, Official transcripts, Statement of Purpose, Two letters of recommendation
Location Advantages: Access to Boston tech industryPartnership with UMass Amherst
Doctoral Computer Programming Programs in Massachusetts
Massachusetts Institute of Technology — Cambridge, MA
Key Distinction: MIT's program uniquely combines rigorous theoretical foundations with access to cutting-edge research labs where undergraduates contribute to publishable work, creating scientists and engineers rather than just programmers.
Hakia Insight: MIT's CSAIL and Media Lab don't just offer research access; they embed doctoral students in labs where theoretical breakthroughs like Daniela Rus' work on distributed algorithms or Regina Barzilay's machine learning for drug discovery become the student's own publishable output before graduation, collapsing the usual gap between academic training and scientific contribution.
At the doctoral level, MIT's computer science curriculum stands out for its integration of theory and systems thinking from day one, rather than treating them as separate concerns. The core program emphasizes mathematical foundations—algorithms, complexity theory, formal languages—alongside hands-on systems work in operating systems, networks, and databases. What distinguishes MIT programming students is access to world-class research labs like CSAIL (Computer Science and Artificial Intelligence Laboratory), where undergraduates routinely contribute to projects in machine learning, robotics, programming languages, and distributed systems. The program offers substantial flexibility through its departmental electives and the broader MIT curriculum, allowing students to pursue specialization tracks in areas like systems, AI/ML, theory, or graphics depending on their interests. Faculty like Daniela Rus (robotics and autonomous systems) and Regina Barzilay (AI and computational biology) actively mentor student researchers. The location in Cambridge creates a pipeline to Boston-area tech companies and enables internships at leading firms. Graduate outcomes are exceptionally strong: MIT computer science graduates consistently secure positions at top-tier tech companies, research institutions, and startups, with many going on to found their own ventures or pursue advanced degrees at premier institutions.
Programs Offered
- Doctor of Philosophy in Computer Programming — 4-6 years, on-campus
- Doctor of Science in Computer Programming — 4-6 years, online
Research Labs and Institutes
- Computer Science and Artificial Intelligence Laboratory (CSAIL)
- MIT.nano
- Media Lab
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Apple (corporate)
- Amazon (corporate)
- Meta (corporate)
- IBM (corporate)
Notable Faculty
- Daniela Rus — Robotics, autonomous systems, distributed algorithms
- Regina Barzilay — Machine learning, computational biology, drug discovery
- Anusha Iyer — Programming languages, formal verification
- Martin Rinard — Programming languages, software reliability, machine learning for code
Accreditations and Certifications
Location Advantages: Access to Boston tech ecosystem and Route 128 corridorProximity to Harvard, Tufts, and other research institutions enabling collaborationRecruitment pipeline from major tech companies (Google, Microsoft, Amazon Boston offices)
University of Massachusetts-Amherst — Amherst, MA
Key Distinction: Combines research-intensive education with flexible specialization tracks, enabling undergraduate programmers to engage with faculty-led research while customizing their focus on applied or theoretical domains.
Hakia Insight: UMass Amherst's five-college consortium and DARPA partnerships create a research ecosystem where doctoral students can specialize across applied domains (manufacturing, life sciences via IALS) or pure theory without leaving campus—a flexibility that lets students pivot research directions without transferring.
At the doctoral level, UMass Amherst's computer programming education benefits from a research-intensive environment where undergraduate programmers regularly collaborate with graduate students and faculty on cutting-edge systems, networks, and security projects. The program offers multiple specialization tracks—students can concentrate on software engineering, systems programming, artificial intelligence, or cybersecurity—allowing customization based on career goals. The college's partnerships with tech companies and government agencies (including DARPA-funded research) create unusual opportunities for undergraduates to work on problems at scale. The computer science faculty are internationally recognized researchers, which raises the intellectual bar and exposes students to current thinking in algorithmic optimization, distributed systems, and formal verification. Graduates report strong placement into tech companies and graduate programs, many leveraging research experience from their undergraduate years into internships and full-time roles at companies like Google, Microsoft, and Amazon.
Programs Offered
- Doctor of Philosophy in Computer Programming — 4-6 years, on-campus
- Doctor of Science in Computer Programming — 4-6 years, online
Research Labs and Institutes
- IALS (Institute for Applied Life Sciences)
- School of Computer Science Research Labs
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Amazon (corporate)
- DARPA (government)
Accreditations and Certifications
Location Advantages: Five-college consortium (UMass, Amherst, Mount Holyoke, Hampshire, Smith); proximity to Boston and New York tech corridors
Harvard University — Cambridge, MA
Key Distinction: Harvard's computer programming curriculum emphasizes research methodology and theoretical foundations, embedding programming within a liberal arts education that develops both technical mastery and critical thinking.
Hakia Insight: Harvard's SEAS Distributed Systems Lab, combined with direct collaborations embedded in Harvard Medical School computational biology programs, positions doctoral graduates to lead research that bridges computer science and biomedical discovery—a rare combination where your dissertation simultaneously advances both fields.
At the doctoral level, harvard's computer programming education distinguishes itself through a research-forward curriculum that treats programming as both a foundational tool and a domain of scientific inquiry. Rather than a siloed CS major, the program integrates computer science across the College's tutorial system and advanced seminars, allowing students to pursue programming depth through applied projects in artificial intelligence, systems design, and theoretical computation. The faculty—drawn from leaders in computational biology, data science, and systems security—push students beyond syntax toward algorithmic thinking and mathematical rigor. Harvard's proximity to MIT and the broader Boston tech ecosystem creates unparalleled internship and research opportunities; many undergraduates contribute to labs at Harvard's Center for Research on Computation and Society or collaborate on industry-sponsored projects with companies like Google, Microsoft, and Stripe. Graduates emerge with strong competitive programming credentials and deep problem-solving skills that command premium starting salaries, typically $120k–$150k in tech roles.
Programs Offered
- Doctor of Philosophy in Computer Programming — 4-6 years, on-campus
- Doctor of Science in Computer Programming — 4-6 years, online
Research Labs and Institutes
- Center for Research on Computation and Society (CRCS)
- Harvard John A. Paulson School of Engineering and Applied Sciences (SEAS) — Distributed Systems Lab
Industry Partners
- Google (corporate)
- Microsoft (corporate)
- Stripe (corporate)
- Jane Street (corporate)
Career Outcomes
Median Salary: $NaN. Top Employers: Google, Microsoft, Apple, Jane Street, Two Sigma.
Notable Faculty
- David C. Parkes — Algorithmic game theory, mechanism design
- Boaz Barak — Theoretical computer science, cryptography
Location Advantages: Greater Boston tech cluster (MIT, tech startups, R&D centers)Direct connections to Harvard Medical School computational biology programsProximity to venture capital ecosystem
Boston University — Boston, MA
Key Distinction: BU's program stands out for its integrated cooperative education model and emphasis on software engineering practices, producing graduates immediately ready for professional software development roles.
Hakia Insight: BU's Azer Bestavros (distributed systems, cybersecurity, resilience) and cooperative education model create a pipeline where doctoral candidates spend research semesters solving real resilience problems at Fidelity and Raytheon, then publish those solutions—eliminating the usual disconnect between dissertation work and industry relevance.
At the doctoral level, boston University's computer science program emphasizes the practical application of programming theory to real-world problems, with a particularly strong focus on systems design and software engineering. The curriculum balances algorithmic thinking with professional development through required courses in software engineering, databases, and networks, preparing students to immediately contribute in industry settings. BU's location in Boston provides unique advantages: students work on projects embedded in the biomedical, financial services, and software development sectors that dominate the region. The program offers specialization tracks in areas like systems software, game development, security, and data science, allowing students to tailor their education toward specific career goals. Faculty expertise spans software verification, cybersecurity, computer vision, and machine learning applications. Internship opportunities are substantial, with Boston University's established relationships in the Boston business community opening doors at companies like IBM, Raytheon, Fidelity, and a growing startup ecosystem. The cooperative education option (5-year program integrating paid work semesters) differentiates BU's approach for students who want to earn while learning and build professional networks early. Graduates report strong job placement, particularly in software development, systems engineering, and technical roles across the region's diverse technology and financial sectors.
Programs Offered
- Doctor of Philosophy in Computer Programming — 4-6 years, on-campus
- Doctor of Science in Computer Programming — 4-6 years, online
Research Labs and Institutes
- Computer Vision and Image Processing Lab
- Intelligent & Dependable Computing Systems Laboratory (IDCS)
- Multimedia Communications Lab
Industry Partners
- IBM (corporate)
- Raytheon Technologies (corporate)
- Fidelity Investments (corporate)
- EMC (now Dell EMC) (corporate)
- Pegasystems (corporate)
- Wayfair (corporate)
Notable Faculty
- Azer Bestavros — Distributed systems, cybersecurity, resilience
- Ioannis Akkus — Cloud systems, edge computing, serverless computing
- Honglu Zhou — Machine learning, data mining, information retrieval
Accreditations and Certifications
- New England Commission of Higher Education (NECHE)
Location Advantages: Boston biomedical and life sciences sector connectionsMajor financial services hub (Fidelity, State Street, Liberty Mutual) recruiting heavily from BUGrowing Boston startup ecosystem in Kendall Square and SeaportProximity to established tech companies (IBM, Raytheon facilities in New England)
Tufts University — Medford, MA
Key Distinction: Anchors computer programming within an engineering school culture that emphasizes systems thinking, hardware-software integration, and real-world application, differentiating it from pure computer science programs.
Hakia Insight: Tufts' robotics and human-computer interaction labs anchored within the School of Engineering mean doctoral work inherently integrates hardware and software in ways that pure CS programs often silo; Raytheon and Philips Healthcare recruit here specifically for PhDs who can architect systems, not just optimize algorithms.
At the doctoral level, tufts' computer programming program distinguishes itself through its integration with the university's School of Engineering, where collaborative design projects and interdisciplinary research span robotics, autonomous systems, human-computer interaction, and digital health. The curriculum balances rigorous computer science theory with practical engineering applications—students don't simply learn programming languages, they apply them to build systems that interact with the physical world. Faculty research groups actively recruit undergraduate programmers for projects with real-world impact, from medical device software to autonomous vehicle systems. The proximity to Boston and Harvard's tech ecosystem, combined with Tufts' strong industry connections, means recruiting pipelines are robust; companies recognize Tufts graduates as technically sophisticated problem-solvers. Capstone projects often become prototypes or startup concepts, and the university's entrepreneurship resources support students who want to launch ventures based on their coursework.
Programs Offered
- Doctor of Philosophy in Computer Programming — 4-6 years, on-campus
- Doctor of Science in Computer Programming — 4-6 years, online
Research Labs and Institutes
- Tufts Robotics Group
- Human-Computer Interaction Lab
Industry Partners
- Raytheon (corporate)
- Boston Consulting Group (corporate)
- Philips Healthcare (corporate)
Accreditations and Certifications
Location Advantages: Boston metro area with major tech companies, consulting firms, and hardware manufacturers; Harvard tech ecosystem; proximity to Route 128 tech corridor
Brandeis University — Waltham, MA
Key Distinction: Brandeis prioritizes theoretical computer science and mathematical rigor, treating algorithms and computational complexity as core intellectual disciplines rather than vocational skills.
Hakia Insight: Brandeis' Machine Learning and Theory Group, staffed by cryptography experts like Yael Tauman Kalai, produces doctorates who understand both the mathematical foundations of modern ML systems and their security properties—a rare combination that quant firms like Two Sigma actively recruit because most ML PhDs lack formal verification expertise.
At the doctoral level, brandeis computer science education prioritizes theoretical rigor and mathematical depth—a liberal arts approach to computing that treats algorithms, computational complexity, and formal methods as foundational intellectual disciplines rather than pragmatic tools. The curriculum emphasizes discrete mathematics, logic, and theory of computation alongside practical programming, appealing to students who want to understand *why* systems work, not just build them. Faculty maintain research groups in computational biology, formal verification, and machine learning theory; many undergraduates engage in research collaborations by sophomore year. The program benefits from Brandeis's small size and research university credentials without the scale dilution of larger institutions—you'll work directly with faculty who publish at top venues. Internship outcomes lean toward quantitative roles at tech companies, finance firms, and research organizations rather than mainstream software engineering pipelines. The student cohort tends toward mathematics and physics-minded problem solvers who value intellectual challenge. For applicants attracted to rigorous CS education grounded in mathematics and logic rather than industry-first training, Brandeis offers a distinctive liberal arts alternative.
Programs Offered
- Doctor of Philosophy in Computer Programming — 4-6 years, on-campus
- Doctor of Science in Computer Programming — 4-6 years, online
Research Labs and Institutes
- Computational Biology Laboratory
- Formal Methods and Verification Lab
- Machine Learning and Theory Group
Industry Partners
- Jane Street (corporate)
- Two Sigma (corporate)
- Dropbox (corporate)
Career Outcomes
Top Employers: Jane Street, Two Sigma, Google, Microsoft, Dropbox.
Notable Faculty
- Antonella Scandurra — Programming languages, type theory, formal semantics
- Yael Tauman Kalai — Cryptography, computational complexity, lattice-based cryptography
Location Advantages: Proximity to Boston biotech and financial services industriesAccess to Ivy League and research university networksSuburban setting with limited external distractions
University of Massachusetts-Lowell — Lowell, MA
Key Distinction: UMass Lowell emphasizes systems thinking across full-stack hardware-to-software integration, positioning graduates particularly well for embedded systems, IoT, and industrial computing roles.
Hakia Insight: UMass Lowell's Robotics and Advanced Manufacturing Lab combined with proximity to Analog Devices and BAE Systems creates doctoral work that's simultaneously academically rigorous and industrially grounded; graduates defend dissertations on embedded systems architecture while already embedded in semiconductor supply chain problems.
At the doctoral level, UMass Lowell's computer science program distinguishes itself through hands-on engineering emphasis and accessible tuition relative to peer institutions. The curriculum balances theoretical foundations with practical application, requiring students to build systems across hardware, networking, and software domains rather than specializing narrowly. This breadth appeals to students seeking generalist software engineering roles and those targeting embedded systems or IoT development. The program benefits from the university's manufacturing and engineering heritage—many faculty maintain applied research projects in robotics, cybersecurity, and industrial computing. Students have access to maker spaces and embedded systems labs that support capstone projects with real-world specifications. Internship placement is strong, particularly with regional manufacturers, defense contractors, and healthcare technology firms, though less saturated with FAANG recruiting than prestigious counterparts. The CS department maintains a culture emphasizing mentorship; class sizes remain manageable, and faculty are accessible. For students prioritizing depth in hardware-software integration or seeking a more affordable pathway to solid engineering fundamentals, UMass Lowell offers compelling value.
Programs Offered
- Doctor of Philosophy in Computer Programming — 4-6 years, on-campus
- Doctor of Science in Computer Programming — 4-6 years, online
Research Labs and Institutes
- Cybersecurity Research Lab
- Robotics and Advanced Manufacturing Lab
- Applied Signal Processing Lab
Industry Partners
- Analog Devices (corporate)
- Raytheon Technologies (corporate)
- General Electric (corporate)
- Altium (corporate)
Career Outcomes
Top Employers: Analog Devices, Raytheon Technologies, General Electric, Qualcomm, BAE Systems.
Notable Faculty
- Nuwan Jayasena — Computer architecture, hardware security, systems design
- Borko Furht — Cloud computing, big data, IoT systems
Accreditations and Certifications
Location Advantages: Proximity to analog/mixed-signal semiconductor design ecosystemAccess to regional manufacturing and defense technology corridorLower cost of living than Boston area peer institutions
Worcester Polytechnic Institute — Worcester, MA
Key Distinction: WPI's seven-week project-intensive term structure embeds capstone-scale engineering work throughout the degree, creating a portfolio-building model that accelerates project management and client-facing skills.
Hakia Insight: WPI's seven-week intensive project term means doctoral students complete capstone-scale work three times per academic year—compressing what takes most PhD programs a full year into rapid iteration cycles that force early mastery of stakeholder communication and scope management.
At the doctoral level, WPI's computer science curriculum organizes around the seven-week intensive project term—a distinctive scheduling model where students pursue major capstone work in compressed timeframes, either on campus or at international partner sites. This structure forces rapid iteration and decision-making, mirroring real product development cycles. The program splits focus between software engineering depth (systems design, software architecture, development practices) and computer science breadth (algorithms, discrete math, networks), requiring students to complete projects integrating both. Many capstone projects partner with regional companies (healthcare technology, industrial automation, financial services) or international NGOs, creating a portfolio of client-facing work. Faculty research clusters around cybersecurity, robotics, human-computer interaction, and software engineering practices; faculty expectations for undergraduate research contribution are higher than at comparable schools. WPI graduates are particularly attractive to companies valuing engineering discipline and client-facing capability—project management and communication skills embed throughout the curriculum. The program's alumni network is strong in New England and mid-Atlantic tech regions. For students who thrive under structured, deadline-driven project environments and value engineering rigor alongside CS theory, WPI's model is distinctive.
Programs Offered
- Doctor of Philosophy in Computer Programming — 4-6 years, on-campus
- Doctor of Science in Computer Programming — 4-6 years, online
Research Labs and Institutes
- Cybersecurity Research Laboratory
- Interactive Technologies Laboratory
- Robotics Engineering Laboratory
Industry Partners
- Raytheon Technologies (corporate)
- IBM (corporate)
- Hasbro (corporate)
- UTC Aerospace Systems (corporate)
Career Outcomes
Top Employers: Raytheon Technologies, IBM, Amazon, Google, Microsoft.
Notable Faculty
- Craig Shue — Cybersecurity, network security, threat analysis
- Michael Lemay — Programming languages, security, formal methods
Accreditations and Certifications
Location Advantages: Access to Worcester's growing biotech and healthcare technology clusterProximity to New England tech corridor and Boston financial services hubRegional manufacturing and defense technology concentration
University of Massachusetts-Boston — Boston, MA
Key Distinction: UMass Boston's Computer Science program uniquely combines theoretical rigor with practical application through mandatory capstone software development projects, while actively promoting diversity in STEM through a Sloan Foundation-funded partnership that creates inclusive pathways for historically marginalized students.
Hakia Insight: UMass Boston's mandatory capstone requirement combined with Sloan Foundation funding creates a rare doctoral pathway where diversity initiatives aren't bolted on; they're structural—students from underrepresented backgrounds graduate alongside peers who've spent two years collaborating on real software systems.
At the doctoral level, the University of Massachusetts Boston Computer Science program offers comprehensive undergraduate and graduate pathways designed to prepare students for professional careers in software development, data science, and cybersecurity. The BS in Computer Science provides hands-on learning through projects, internships, and research opportunities, covering algorithms, programming languages, database systems, and artificial intelligence. The MS program emphasizes integration of theoretical knowledge with practical applications through a capstone software development sequence, while the PhD program offers advanced research opportunities. The program is enhanced by the Sloan Foundation partnership focusing on diversifying STEM education through inclusive mentoring and culturally aware research practices. Students benefit from strong industry connections and high demand from major tech employers and startups.
Programs Offered
- Doctor of Philosophy in Computer Programming — 4-6 years, on-campus
- Doctor of Science in Computer Programming — 4-6 years, online
Industry Partners
- Sloan Foundation (foundation)
Career Outcomes
Top Employers: major tech sector employers, startups.
Notable Faculty
- Daniel Haehn — Computer Science
- Kim Hamad-Schifferli — Engineering
Admissions
GPA Requirement: 2.75. Application Deadline: June 15 for fall, November 1 for spring.
Requirements: Bachelor's degree from regionally accredited institution, Official transcripts, Statement of Purpose, Two letters of recommendation
Location Advantages: Access to Boston tech industryPartnership with UMass Amherst
