Written By - Erika Lasrado
Last Updated: June 04, 2026
MA and MS degree

Introduction

The Master of Arts (MA) and Master of Science (MS) are the two most common graduate degree types in the United States, but the distinction between them confuses many prospective students. That confusion isn’t trivial—choosing the wrong degree type can mean spending two years building skills that don’t align with your career goals or discovering mid-program that you’d prefer a more quantitative (or more qualitative) approach to your field.

The core difference is straightforward: an MA emphasizes humanities, social sciences, and liberal-arts-oriented approaches to a subject, while an MS emphasizes quantitative, technical, and science-based approaches. But in practice, the distinction gets more nuanced—especially in fields like psychology, communications, and criminal justice, where both MA and MS versions exist.

This guide covers what each degree type actually involves, how they compare across curriculum, career paths, and salary outcomes, and how to decide which one fits your goals. If you’re still weighing whether a master’s degree is the right move, our analysis of whether it’s worth it is a useful starting point. If you already know what you want to study but need help finding the right program, explore our rankings of the best online master’s programs.

What Is an MA (Master of Arts)?

A Master of Arts is a graduate degree rooted in the liberal arts tradition. It emphasizes critical thinking, qualitative analysis, communication, and theoretical understanding of a subject rather than technical or laboratory-based skill development. If you’ve ever heard a program described as “writing-intensive” or “theory-heavy,” there’s a good chance it’s an MA.

MA programs are the standard degree type in the humanities and many social sciences. Common MA subject areas include English, history, philosophy, political science, sociology, international relations, foreign languages, and fine arts. But MAs also appear in professional fields — you’ll find MA degrees in psychology, communications, education, counseling, and organizational leadership, among others.

What MA coursework typically looks like:

  • Heavy reading and writing requirements — expect seminar-style courses, research papers, and critical analysis assignments
  • Qualitative research methods (interviews, case studies, textual analysis) rather than statistical modeling
  • Interdisciplinary coursework that draws connections across fields
  • A thesis, capstone project, or comprehensive exam as the culminating requirement —many online MA programs offer a non-thesis track with a capstone or portfolio option
  • Fewer prescribed technical courses and more room for elective exploration

MA degrees are the natural fit for students who want to work in education, policy, media, nonprofit leadership, counseling, social services, or academic research in the humanities and social science fields. They’re also common stepping stones toward doctoral programs (PhD or EdD) in these disciplines.

A key point prospective students often overlook: an MA is not a lesser degree than an MS. It’s a different intellectual orientation. Students who thrive in MA programs tend to be strong writers and critical thinkers who prefer analyzing problems through qualitative, historical, or cultural lenses rather than through data models or technical systems.

What Is an MS (Master of Science)?

A Master of Science is a graduate degree grounded in scientific inquiry, quantitative methods, and technical application. MS programs prioritize data-driven analysis, empirical research, and the development of specialized technical skills. When a program is described as “applied” or “research-intensive” in a STEM or technical context, it’s almost always an MS.

MS degrees are the standard in STEM fields: computer science, engineering, mathematics, biology, chemistry, physics, and data science. But MS degrees also extend into healthcare fields like nursing, public health, and health informatics, as well as business-adjacent fields like finance, accounting, information systems, and supply chain management.

What MS coursework typically looks like:

  • Quantitative methods courses — statistics, data analysis, research design with empirical focus
  • Technical skill development — programming, laboratory techniques, engineering principles, financial modeling, or clinical practice , depending on the field
  • Applied projects, practicums, or technical capstones rather than traditional thesis papers (though thesis-track options exist, especially for students targeting PhD programs)
  • A more structured curriculum with fewer elective slots —programs tend to prescribe specific technical courses in sequence
  • Greater emphasis on current tools, technologies, and industry-standard methodologies

MS degrees serve students aiming for careers in technology, engineering, data analysis, healthcare, scientific research, finance, and other fields where quantitative and technical competency is the core professional requirement. They’re also the typical pathway into STEM doctoral programs and research-intensive careers.

One important nuance: not every MS program is highly technical. An MS in Organizational Leadership, for example, might include quantitative coursework but still emphasize management concepts. The “science” label signals a methodological orientation—it doesn’t guarantee that every course involves coding or calculus.

Key Differences Between MA and MS Degrees

Understanding the MA vs. MS distinction requires looking at multiple dimensions simultaneously. The degree type signals something about how you’ll study a subject—not just what you’ll study. The comparison table below lays out the structural differences, followed by guidance on how to interpret them.

DimensionMA (Master of Arts)MS (Master of Science)
Curriculum FocusQualitative analysis, critical theory, communication, interdisciplinary thinkingQuantitative methods, technical skills, empirical research, applied science
Common SubjectsEnglish, history, psychology (clinical/counseling), communications, political science, education, international relationsComputer science, data science, engineering, nursing, biology, finance, information systems
Research RequirementsQualitative research methods; some programs require a thesis, many offer non-thesis optionsQuantitative/empirical research methods; thesis and non-thesis tracks both common
Typical CapstoneThesis, portfolio, comprehensive exam, or applied capstone projectThesis, technical capstone, applied project, or practicum
Career OrientationEducation, counseling, media, policy, nonprofit, social services, academic researchTechnology, healthcare, engineering, data analysis, scientific research, finance
Skills EmphasizedWriting, critical analysis, cultural competency, qualitative reasoning, communicationData analysis, technical proficiency, statistical modeling, laboratory/applied skills

How to read this comparison: The table reflects general patterns, not universal rules. Many programs blur these lines—an MA in Data Analytics will still teach you statistics, and an MS in Communications will still require strong writing. The degree type tells you which methodological lens dominates the curriculum.

The distinction matters most when a single subject offers both MA and MS tracks. A Master of Arts in Psychology and a Master of Science in Psychology at the same university will have different core courses, different research expectations, and often prepare you for different career paths—even though both are “psychology degrees.” That overlap zone is where the MA/MS distinction has the most practical impact on your education and career, and it’s covered in detail in the next section.

Subjects Where Both MA and MS Are Offered

The MA vs. MS question is most consequential in fields where universities offer both versions of the degree. In these subjects, the degree type directly affects your coursework, the skills you build, and the career doors that open. Here’s what the distinction means in six of the most common overlap fields.

Psychology

An MA in Psychology typically focuses on counseling, clinical work, or applied behavioral health. Coursework emphasizes therapeutic techniques, human development, and qualitative research methods. Students often pursue licensure as counselors or therapists after graduation.

An MS in Psychology leans toward experimental, cognitive, or neuroscience-oriented study. Expect more statistics, research design, and data analysis coursework. MS graduates often pursue research careers, doctoral programs in experimental psychology, or roles in industrial-organizational (I/O) psychology where quantitative skills drive hiring decisions.

The practical takeaway: If your goal is clinical counseling or therapy, the MA is typically the right path. If you want research, I/O psychology, or a PhD in experimental psych, the MS gives you stronger preparation.

Communications

An MA in Communications emphasizes media studies, rhetorical analysis, cultural criticism, and strategic communication theory. It’s the natural choice for students interested in public relations, journalism, media management, or communication research with a qualitative focus.

An MS in Communications focuses on data-driven communication strategy, digital analytics, and applied research methods. Programs often include courses in audience analytics, campaign measurement, and technology-mediated communication. This track appeals to students heading into marketing analytics, digital strategy, or corporate communication roles where data skills are valued.

The practical takeaway: The MA is stronger for editorial, media, and culturally oriented communication careers. The MS is stronger for analytics-driven roles in digital marketing, corporate strategy, or tech communication.

Criminal Justice

An MA in Criminal Justice typically emphasizes policy analysis, criminological theory, social justice perspectives, and qualitative research. Students study the cultural and systemic factors driving criminal behavior and justice outcomes. This track is common for students pursuing policy work, advocacy, or academic research.

An MS in Criminal Justice takes a more empirical approach—crime data analysis, forensic science concepts, evidence-based policing strategies, and quantitative research methods. This track is often preferred by students targeting law enforcement leadership, crime analysis, or forensic investigation roles.

The practical takeaway: The MA suits policy, reform, and academic career paths. The MS suits operational, analytical, and forensic career paths within the criminal justice system.

Education

An MA in Education emphasizes curriculum theory, instructional philosophy, multicultural education, and classroom practice. It’s the most common degree type for teachers seeking salary advancement or moving into curriculum development and instructional coaching.

An MS in Education focuses on educational technology, data-informed instruction, assessment design, and sometimes STEM education. Programs with an MS designation tend to include more coursework in measurement, educational research methods, and technology integration.

The practical takeaway: Both lead to career advancement in education, but the MA is more common for traditional teaching and leadership tracks, while the MS is more common when technology, data, or instructional design is the focus. Note that Education also has its own dedicated degree type—the Master of Education (MEd)—which is the most widely offered option in this field.

Data Science and Analytics

An MA in Data Analytics (or Data Science) is less common but does exist at some institutions. These programs emphasize the social, ethical, and communication dimensions of data work — data storytelling, visualization, qualitative data interpretation, and the application of analytics in non-technical business contexts.

An MS in Data Science is the dominant degree type in this field and focuses on machine learning, statistical modeling, programming (Python, R, SQL), and advanced quantitative methods. This is the standard pathway to data scientist, machine learning engineer, and quantitative analyst roles.

The practical takeaway: If data science is your target, the MS is almost always the right choice — it’s what employers expect and what builds the technical skills the field demands. The MA variant may suit adjacent roles in data communication or business intelligence, where deep technical skills are less critical.

Computer Science

The MA vs. MS distinction in computer science is starker than in most fields. An MA in Computer Science (rare, but offered at some liberal arts-oriented institutions) typically covers computational thinking, the social impact of technology, and foundational programming without deep specialization. It may suit students transitioning into tech from non-technical backgrounds.

An MS in Computer Science is the industry standard—focusing on algorithms, software engineering, systems design, artificial intelligence, cybersecurity, or other technical specializations. Virtually all software engineering, machine learning, and systems architecture roles that require a master’s expect an MS.

The practical takeaway: For career-track computer science work, the MS is essential. The MA in CS exists mainly as a bridge degree or academic exploration option, not a professional credential in the field.

MA vs. MS: How to Decide Which Is Right for You

Choosing between an MA and MS isn’t about which degree is “better” — it’s about which degree type builds the right skills and positions you for the right opportunities given your specific goals. Here’s a structured framework for making the decision.

Consider these four factors:

1. Your career goal: What role or industry are you targeting? Research the typical degree requirements for that role. If employers in your target field expect quantitative skills and technical proficiency, the MS is likely the right fit. If the role values communication, critical analysis, policy expertise, or counseling skills, the MA is likely the stronger match.

2. Your preferred learning style: Do you gravitate toward writing-intensive courses, seminar discussions, and open-ended analysis? Or do you prefer structured problem sets, data projects, and technical application? Your learning style predicts your satisfaction with the program, which directly affects your likelihood of completing it.

3. Your interest in research: If you plan to pursue a PhD, the type of research you want to do matters. Qualitative, humanistic, or interpretive research aligns with MA preparation. Quantitative, empirical, or experimental research aligns with MS preparation.

4. Industry and licensure expectations: Some career paths have specific degree-type requirements. Clinical counseling licensure in many states, for example, requires an MA-track program. Many data science and engineering roles effectively require an MS. Check the licensing board or major employers in your target field before committing.

Choose an MA if:

  • You want to work in counseling, therapy, education, policy, media, nonprofit leadership, or humanities-oriented academic research
  • You’re a strong writer and critical thinker who prefers qualitative approaches
  • You want flexibility to explore interdisciplinary connections within your subject
  • You’re pursuing licensure in a field that specifically requires an MA-track program (e.g., licensed professional counseling in many states)
  • You plan to pursue a PhD in a humanities or social science discipline

Choose an MS if:

  • You want to work in technology, data science, engineering, healthcare, finance, or scientific research
  • You prefer working with data, models, systems, and structured problem-solving
  • You want to build specific technical skills that are directly applicable to your target industry
  • You’re pursuing a role where employers explicitly look for quantitative training or STEM credentials
  • You plan to pursue a PhD in a STEM or empirical social science field

Addressing the “MS is harder” misconception: A persistent myth holds that MS degrees are inherently more rigorous or prestigious than MA degrees. This isn’t true. An MA in political science from a strong program involves just as much intellectual rigor as an MS in information systems — the rigor is simply expressed differently (deep analytical writing vs. technical project work). Admissions selectivity, program quality, and your own effort determine rigor, not the degree-type label.

If you’re still uncertain, a useful test is to look at the actual curriculum for both versions of a degree at two or three universities. Compare the required courses. The version whose courses excite you — rather than intimidate or bore you — is probably the right fit. You can explore programs across subjects in our rankings of the most useful master’s degrees to see how different degree types play out across fields.

Do Employers Care Whether You Have an MA or MS?

The direct answer: for most jobs, employers care far more about your degree level (master’s vs. bachelor’s) and your field of study than whether your diploma says MA or MS. But there are meaningful exceptions.

When the distinction matters:

  • Technical roles in STEM and data fields: If you’re applying for a data scientist, machine learning engineer, or software architect position, hiring managers will expect an MS. An MA in a related field may raise questions about your technical preparation, even if your skills are strong.
  • Licensure-dependent professions: Some state licensing boards require specific degree types. Licensed Professional Counselor (LPC) requirements in many states, for instance, specify an MA-track program. Aspiring clinical psychologists typically need doctoral programs that build on MS-track research preparation.
  • Research positions: Academic and industry research roles often distinguish between qualitative (MA-aligned) and quantitative (MS-aligned) methodologies. The degree type signals your training to hiring committees and principal investigators.
  • Specialized industry certifications: Some professional certifications require coursework that’s more commonly found in one degree type than the other.

When it doesn’t matter:

  • General management and leadership roles: Whether you have an MA or MS in Organizational Leadership, most employers care about your leadership capabilities, experience, and the credential itself.
  • Public sector and government positions: Civil service classifications typically specify “master’s degree in [field]” without distinguishing between MA and MS.
  • Education careers: School districts and higher education institutions hiring for teaching or administrative roles rarely differentiate between MA and MS —they care about accreditation, content knowledge, and experience.
  • Entrepreneurship and self-employment: If you’re building your own practice or business, your clients care about your competence, not your degree label.

The bottom line: let your career goals and the specific requirements of your target industry guide your choice. If you’re targeting a field where the distinction matters, choose accordingly. If you’re in a field where it doesn’t, choose the degree type whose curriculum genuinely fits how you want to learn and what you want to study.

How MA and MS Degrees Compare in Salary and Career Outcomes

One of the most common reasons prospective students wonder about MA vs. MS is earning potential. Here’s what you need to know: salary differences between MA and MS holders are driven far more by subject and industry than by degree type itself. An MS in Computer Science commands a higher salary than an MA in English, not because MS degrees are inherently more lucrative, but because the tech industry pays more than the publishing industry.

That said, it’s useful to see representative salary ranges for common career paths associated with each degree type. The table below draws on Bureau of Labor Statistics (BLS) data for occupations commonly entered through MA or MS programs.

Career PathTypical Degree TypeMedian Annual SalaryProjected Job Growth (2022-2032)
Mental Health CounselorMA (Counseling/Psychology)$53,71018% (Much faster than average)
Market Research AnalystMA or MS (Communications/Marketing)$74,68013% (Faster than average)
High School Teacher (with master’s pay bump)MA (Education)$62,3601% (Slower than average)
Technical WriterMA (English/Communications)$79,9607% (Faster than average)
Software DeveloperMS (Computer Science)$132,27026% (Much faster than average)
Data ScientistMS (Data Science/Statistics)$108,02036% (Much faster than average)
Nurse PractitionerMS (Nursing)$126,26038% (Much faster than average)
Industrial-Organizational PsychologistMS (I/O Psychology)$139,2806% (Faster than average)
Political ScientistMA (Political Science)$132,3507% (Faster than average)
Information Security AnalystMS (Cybersecurity/CS)$120,36032% (Much faster than average)

Source: BLS Occupational Outlook Handbook, May 2023 estimates. Salary figures represent national medians; actual pay varies by location, experience, employer, and specialization.

How to interpret this data:

The salary range across these career paths spans roughly $53,000 to $139,000 — but that range reflects industry economics, not an inherent MA/MS pay gap. Political scientists (typically MA holders) out-earn many MS-track technical roles. Nurse practitioners and I/O psychologists (MS holders) out-earn software developers in some comparisons.

What the data consistently shows is that high-demand industries with strong growth projections (tech, healthcare, and data) tend to pay the highest salaries, and these fields more commonly lead through MS programs. But that’s a correlation with industry, not a causal relationship with degree type.

Before choosing a degree type based on salary potential, investigate the specific career you’re targeting and its realistic salary trajectory. Our guide to the most useful master’s degrees can help you compare ROI across fields, and the graduate school cost calculator can help you estimate the total investment. You can also explore affordable online master’s programs to find options that balance cost with career return.

Frequently Asked Questions About MA vs. MS

Yes. Some universities offer MA degrees in fields like biology, environmental science, or mathematics — particularly when the program emphasizes science education, science communication, or policy applications rather than laboratory research. An MA in Biology, for example, might prepare you to teach high school biology or work in environmental policy rather than conduct bench research. The degree type reflects the program’s methodological approach, not a rigid subject boundary.