How Much Can You Make With a Computer Science Degree…

Choosing a major is a bet on a future paycheck, and for computer science the bet has historically paid off better than most. The Bureau of Labor Statistics reports a median annual wage of $135,980 for software developers in May 2025, the occupation that the largest share of CS graduates actually enter after graduation. At Metaintro, we follow computer science graduate hiring and pay closely, and the sections below break the number down the way a candidate actually needs it.

How Much Do Software Developers Actually Earn According to the Government?

The clean, sourced answer starts with the BLS Occupational Employment and Wage Statistics program, which surveys employers directly rather than relying on self-reported salary sites. For May 2025, the median annual wage for software developers sits at $135,980, meaning half of the roughly two million people counted in that occupation code earned more and half earned less. A median is deliberately resistant to outliers. A handful of principal engineers pulling seven figures in total compensation at a handful of large employers does not drag the median upward the way it would drag an average upward, which is why the median is the more honest number to plan a career around.

It helps to see how the BLS defines the role itself. The government occupational profile for this job, catalogued under SOC code 15-1252, is summarized on the O*NET OnLine occupational report, which lists the typical tasks, tools, and required knowledge areas the survey is built around, everything from analyzing user needs to designing and testing software solutions. That profile is worth a skim if you are trying to figure out whether the day to day work matches what you imagined when you enrolled in a CS program.

Why Isn't There a Specific "Computer Science Degree" Salary Number?

This is the honest caveat that most salary articles skip, and it matters enough to spell out plainly. The federal government tracks wages by occupation, not by college major. There is no BLS wage series called "computer science graduates." Instead, the $135,980 figure above comes from the closest verifiable occupational match, software developers, which is the job title the largest slice of CS graduates actually take. A computer science degree can also lead into data science, information security, product management, systems administration, or academic research, each of which carries its own wage pattern that is not captured in this number.

That distinction matters practically. A new graduate who lands a software developer role at a large cloud provider is likely to see a figure close to or above the reported median fairly quickly. A graduate who goes into a research lab, a smaller nonprofit, or a public sector agency may see a very different number even with an identical transcript, because the employer type and mission, not the degree, are doing most of the work in setting the paycheck. Treat the BLS median as the best available anchor, not as a guarantee tied to your specific diploma.

It is worth being specific about what this proxy approach does and does not claim. It does not claim that every computer science graduate earns $135,980, and it does not claim that this figure represents a starting salary. It claims only that among the government's verified occupational wage series, software developer is the closest and most defensible match for what a typical CS graduate goes on to do for a living, and that the reported median for that occupation is a real, current, and properly sourced number rather than an estimate pulled from an unverified salary aggregator. Readers comparing this figure against a number from a crowdsourced salary site should expect some divergence, since crowdsourced sites skew toward whoever chooses to self-report and toward certain company types and regions more than others, while the federal survey samples employers broadly across industries and geographies.

The median annual wage for software developers was $135,980 in May 2025. Source: Bureau of Labor Statistics.

How Does Experience Change the Number?

Wage data is almost always reported as a snapshot across an entire occupation, which flattens people three months out of school together with people twenty years into a career. In practice, the spread by experience level is one of the largest levers in tech pay. Entry level developers typically start well below the reported median and can expect meaningful jumps at the two, five, and ten year marks as they move from writing code to designing systems and eventually leading teams. Professional credentials can accelerate that climb. Certifications tracked by groups like CompTIA are one common way developers signal specific technical competencies to employers without waiting for a promotion cycle to prove it, and membership organizations such as the Association for Computing Machinery and the IEEE Computer Society both maintain continuing education and certification pathways aimed at exactly this kind of mid-career signal.

Seniority is not only about title. It is also about scope. A developer who owns a small, well-defined feature area earns differently from one who owns the reliability of a system that the whole company depends on, even at the same nominal job title. That scope tends to expand with tenure, but it expands faster for people who actively seek out ownership rather than waiting for it to be assigned.

There is also a compounding effect that most new graduates underestimate. The first job sets a baseline, and every subsequent negotiation, whether with the same employer or a new one, tends to be anchored to that baseline rather than reset from scratch. A graduate who accepts a below-market starting offer without pushing back is not just losing money in year one. They are often losing a larger amount across the following several years, since raises and counteroffers are typically expressed as a percentage of an existing number rather than a fresh assessment of market value. That is one reason career changes in the first three to five years tend to produce outsized jumps relative to staying put, since a new employer sets a fresh number rather than incrementing an old one.

Does the Type of Employer Matter?

Enormously. Large, well-capitalized technology companies tend to pay above the reported median, sometimes well above it once equity and bonuses are included, because they compete nationally for the same relatively narrow pool of engineering talent. Mid-size software companies, financial services firms, and consulting shops tend to cluster closer to the reported median. Government agencies, universities, and nonprofits, meanwhile, frequently pay below it in base salary, trading some cash compensation for stability, mission, pension benefits, or work-life structure.

International hiring complicates the picture further. Many U.S. technology employers sponsor specialized foreign workers through the H-1B specialty occupation visa program, and wage requirements tied to that visa category act as a soft floor in some markets, since employers must attest to paying at or above prevailing wage for the role and location. On the other end of the spectrum, a growing number of CS graduates freelance or contract rather than take a single employer job, and anyone doing that needs to understand obligations like self-employment tax under IRS rules, since a contractor's headline rate and their actual take-home pay are two very different numbers.

Company stage matters almost as much as company size. An early stage startup may offer a base salary noticeably below what a public company would pay for the same title, making up the difference, on paper at least, with equity that carries real risk attached to it. A graduate weighing two offers with similar cash numbers should look closely at what stands behind any equity component, how much of the company it actually represents, and what the realistic path to liquidity looks like, rather than treating a headline offer number as directly comparable across two very different kinds of employers. None of this shows up in a single occupational median, which is exactly why the median should be read as a starting reference point and not the end of the analysis.

How Much Does Location Change Your Paycheck?

Geography is one of the biggest single variables in tech compensation, larger in most cases than years of experience alone. Metro areas with dense concentrations of large employers and competitive local labor markets, think the corridors around major research universities and established tech hubs, tend to post wages well above the national figure, while smaller metro areas and rural regions typically post wages below it, partially offset by a lower cost of living.

It is not a coincidence that many of these high-paying regions sit near strong computer science programs. Schools like MIT's Department of Electrical Engineering and Computer Science, Stanford's Computer Science Department, Carnegie Mellon's School of Computer Science, Georgia Tech's College of Computing, and the University of Washington's Paul G. Allen School of Computer Science and Engineering all sit inside or adjacent to major employment clusters, and graduates who stay local often benefit from that proximity through recruiting pipelines the schools have built over decades. A degree from a program without that local density is not a disadvantage on its own, but it does mean a graduate may need to relocate to capture the top end of the wage range rather than assuming it will show up locally.

Remote work has softened, but not erased, this geographic effect. A meaningful share of software roles now allow full remote arrangements, and some employers set pay based on a national band rather than a local one, while others adjust downward for lower cost of living regions even for remote staff. A graduate evaluating two otherwise similar offers should ask directly whether compensation is tied to the employer's headquarters location, the employee's home location, or a blended national figure, since that single policy detail can swing take home pay by a meaningful percentage without changing anything about the work itself.

What Does the Broader Hiring Market Look Like Right Now?

Software developer pay does not exist in a vacuum. It moves with how hard employers are working to fill open roles across the economy generally. Recent SHRM data shows that hiring friction has been easing but has not disappeared.

69% of organizations reported difficulty recruiting for full-time positions, down from 77% the prior year, off a 2022 high of 91%. Source: SHRM.

That easing matters for CS graduates because a tighter labor market historically pushes technical salaries up faster than average, while a looser one slows the growth rate without necessarily reversing it. Professional communities like USENIX and standards bodies like the Open Web Application Security Project track the demand side of specific technical niches, security and systems work among them, that tend to hold value even when general hiring cools.

This is also why graduates should read wage news at a specific point in time as context, not as a forecast. A single year of softer hiring headlines does not undo years of demand for people who can build and maintain software, and a single year of hot hiring headlines does not guarantee a graduate walking across the stage that spring lands a top of range offer either. The safer approach is to track the reported median as a multi-year anchor, watch how the surrounding hiring commentary shifts year over year, and treat any single data point, good or bad, as one input rather than the whole picture.

What Actually Moves a Graduate From the Median Toward the Top of the Range?

Two forces matter more than almost anything else: relevant experience and demonstrable skill, not the diploma by itself. SHRM's own research on how recruiters evaluate applicants backs this up directly.

In the initial review of candidates, recruiters most often cite years of experience (84%) and type of experience (83%), with less weight on minimum expected salary (45%), skilled credentials (37%), and education level (35%). Source: SHRM.

That pattern lines up with a broader shift toward skills-based hiring documented by the National Association of Colleges and Employers, whose most recent Job Outlook survey found that seventy percent of employers now report using skills-based hiring practices, up from sixty-five percent the year before, with employers leaning on it heavily during interviewing and screening. In practical terms for a computer science graduate, that means a strong GitHub history, contributions documented through platforms like GitHub Education, participation in programs run by groups like Code.org or the National Center for Women & Information Technology, or a portfolio of shipped projects can move a candidate up the pay band faster than a transcript alone ever will.

“At this point, the only true candidate filters are portfolio work, GitHub repositories and contributions, or take-home technical assessments,” Lacey Kaelani, CEO of Metaintro, told LeadDev. For anyone entering this field, that is the difference between an application that gets read and one that does not. A graduate who has researched the going rate for their target role and city, who has built evidence of the specific skills that role screens for, and who understands how experience type gets weighted in an initial review walks into a negotiation from a completely different position than one who has only checked a national median once and assumed it applies to them personally.

Is a Computer Science Degree Still Worth It Financially?

On the numbers available, yes, with the caveat that the degree itself is a starting point rather than a finish line. Programs accredited through bodies like ABET meet a baseline standard of rigor that most employers recognize, and federal research infrastructure supported by agencies like the National Science Foundation continues to fund the kind of computing research that keeps university programs current with industry practice. None of that guarantees any individual graduate lands at or above the reported median, but it does mean the degree remains a credible, well-supported on-ramp into an occupation the government itself verifies as paying well above the typical American wage.

The honest summary is this. The $135,980 median is real, it is federally reported, and it is the right number to anchor expectations around if your path runs through a software developer role. But the number describes an occupation, not a major, and the distance between the middle of that range and the top of it is closed by experience, employer choice, location, and demonstrated skill far more than by the diploma sitting in a frame on the wall.