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Key takeaway: A software development degree points at four occupations that sit around the same product: building it, testing it, maintaining it, and deciding what it should do. Bureau of Labor Statistics May 2025 national medians are $135,980 for software developers, $105,850 for computer systems analysts, $104,300 for software quality assurance analysts and testers, and $100,390 for computer programmers, and none of them requires a license or a graduate degree.
Software development programs teach programming in one or more languages, data structures and algorithms, databases and SQL, version control and testing, web and application frameworks, and the software engineering practices, requirements, design, code review, and deployment, that separate a working prototype from a maintainable system. The four occupations below are the ones the Bureau of Labor Statistics ties most directly to those programs.
| Occupation | Avg. annual openings |
|---|---|
| Software Developer | 115,200/yr |
| Computer Systems Analyst | 34,200/yr |
| Software Quality Assurance Analyst and Tester | 14,000/yr |
| Computer Programmer | 5,500/yr |
| Occupation | Median annual wage |
|---|---|
| Software developer | $135,980 |
| Computer systems analyst | $105,850 |
| Software quality assurance analyst and tester | $104,300 |
| Computer programmer | $100,390 |
Wage source: U.S. Bureau of Labor Statistics, May 2025 OEWS national medians. Figures are national medians across all employers and experience levels; actual pay varies substantially by industry, company size, and location, and technology compensation often includes bonus or equity components a base median does not capture.
Software developer. Developers design and build applications and systems. The daily work is far more than typing code: reading and understanding an existing codebase, breaking a feature request into workable pieces, choosing data models and interfaces, writing and reviewing code, debugging problems that only appear under real conditions, writing tests, and shipping through a deployment pipeline. Specializations run from front-end and mobile through back-end services, infrastructure, and embedded systems. At $135,980 it is the highest-paying occupation on the list, and employers weigh demonstrated ability, working code, contributions, and how you reason through a technical problem, at least as heavily as the transcript.
Computer systems analyst. Systems analysts sit between the business and the technology. They study how an organization’s systems and processes currently work, gather requirements from the people who use them, evaluate whether to build, buy, or configure, specify how systems should integrate, design the data flows, and then help test and roll out the result. It suits people who like technical problems but want the problem framed in business terms, and it rewards clear writing and the patience to reconcile conflicting requirements. A development background makes an analyst far more credible when specifying what is actually feasible.
Software quality assurance analyst and tester. QA analysts are responsible for whether software actually works. They design test plans from requirements, write and maintain automated test suites, run exploratory testing to find what the plan missed, reproduce and document defects precisely enough for a developer to fix them, verify fixes, and manage regression coverage as the product grows. Modern QA is heavily automation-oriented, so scripting ability and familiarity with test frameworks and continuous integration matter as much as test design. It is a common and respectable entry point into software work, and its $104,300 median reflects that it is skilled engineering rather than clerical checking.
Computer programmer. This occupation covers writing, modifying, and maintaining code against specifications, often in established systems where the architecture is already set. Much of the work involves maintaining and extending existing applications, converting designs into working code, fixing defects, and updating systems as requirements or platforms change. In many organizations the boundary between programmer and developer titles has blurred; where the distinction holds, programmer roles emphasize implementation within a defined design while developer roles include more of the design itself.
A bachelor’s in software development is the standard credential for all four occupations above. Nothing in this field is licensed, there is no board, no examination, and no certification you are required to hold, and no employer is legally obligated to check a credential before letting you write code. What that means in practice is that the degree functions as a signal and a structured way to learn, and the portfolio functions as proof. Graduates who finish with substantial projects, internship experience, and code someone else has reviewed compete for materially better first jobs than graduates who finish with only coursework, even from the same program.
A master’s in software development or a related computing field serves a narrower set of purposes: moving into specialized areas such as machine learning, distributed systems, graphics, or security research where the theory is genuinely load-bearing; changing careers from a non-technical field where a graduate credential compensates for an unrelated bachelor’s; or meeting a specific employer’s preference in research organizations and some large enterprises. For mainstream application development, a master’s is optional, and years of shipping software generally count for more.
One clarification worth making, because it comes up often. Some engineering disciplines require a professional engineer license to sign off on designs, and job titles in software frequently use the word “engineer” without any such requirement attaching. Software engineer, in ordinary industry usage, is a job title rather than a licensed designation, and a software development degree does not lead toward professional engineer licensure. If licensed engineering is your goal, look at engineering or computer engineering instead.
The occupations tied most directly to the degree are software developer, computer systems analyst, software quality assurance analyst and tester, and computer programmer. Common titles within those include front-end, back-end, full-stack, and mobile developer, automation engineer in QA, and business systems analyst.
Using Bureau of Labor Statistics May 2025 OEWS national medians, software developers earn a median of $135,980, computer systems analysts $105,850, software quality assurance analysts and testers $104,300, and computer programmers $100,390. These are medians across all experience levels, so first jobs typically pay below the figure for the occupation, and technology employers often add bonus or equity components the median does not include.
No. The bachelor’s is the standard credential for all four occupations, and demonstrated work usually counts for more than an additional degree. A master’s is worth considering for specialized areas such as machine learning, distributed systems, or security research, or as a career-change route from an unrelated bachelor’s.
No. Software development is not a licensed profession in the United States, and vendor and cloud-platform certifications are optional signals rather than requirements. Note also that the common title “software engineer” is industry usage, not a licensed professional engineer designation, which is a separate path through an accredited engineering degree and examination.
The wage figures across all four occupations are among the strongest on this site, but the return depends on program cost and on whether you graduate with a portfolio employers can evaluate. Work through that on the is a software development degree worth it page.
Data verified: August 12, 2026. Salary, employment, and tuition figures on this page are sourced from the U.S. Bureau of Labor Statistics (OEWS May 2025; Employment Projections 2024–2034) and the U.S. Department of Education College Scorecard (2023 cohort). The source agency and data year are cited inline with every statistic.
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