What Jobs Can You Get With a CS Degree?

A computer science degree opens more doors than most students realize, and software engineering is only the most visible one. The same degree leads to data science, cybersecurity, machine learning engineering, cloud infrastructure, product management, and quantitative finance, and plenty of CS graduates end up in roles where they write very little code at all.

This guide covers the main categories of computer science jobs, which ones pay the most, which are growing fastest, and what you can do in high school to point yourself in a direction. All salary and growth figures come from the Bureau of Labor Statistics, which publishes updated data annually.

Key Takeaways

• A CS degree leads to far more than software engineering, including data, security, infrastructure, product, and research roles.

• Median pay across computer and IT occupations runs roughly double the median across all occupations.

• Data science and information security are the fastest-growing CS careers, both projected to grow far above average.

• Software development remains the largest single category by volume of openings.

• Roles narrowly defined as "computer programmer" are projected to decline, while broader software development roles grow.

• Plenty of CS graduates work outside tech companies entirely, in finance, healthcare, government, and research.

What Jobs Can You Get With a Computer Science Degree?

The Bureau of Labor Statistics projects about 317,700 openings each year across computer and information technology occupations, with median pay for the group at roughly $105,990 compared to $49,500 across all occupations. That gap is one reason the major stays popular.

The roles themselves fall into a handful of recognizable groups, and most CS graduates move between them over a career rather than picking one permanently.

Software Engineering and Development Roles

This is the largest category and the default path for most graduates. Software developers earn a median of about $133,080, with employment projected to grow 15 percent, much faster than the average across all occupations.

Within it, the work varies more than the title suggests. Front-end developers build what users see and interact with. Back-end developers handle servers, databases, and the logic behind an application. Full-stack developers work across both. Mobile developers specialize in iOS or Android, and embedded engineers write software that runs inside physical devices like cars or medical equipment.

Quality assurance analysts and testers sit in the same BLS category, with a median closer to $102,610, and the role suits people who like breaking things methodically to find where systems fail.

Data and AI Roles

Data science is the fastest-growing role in this group, projected to grow 34 percent with a median wage around $112,590. The work involves pulling insights from large datasets, building predictive models, and communicating findings to people without a technical background.

Machine learning engineers sit closer to software engineering than to analysis, building and deploying the models that data scientists prototype. The role usually requires stronger programming skills than a pure data science position, along with comfort in frameworks like PyTorch or TensorFlow.

Computer and information research scientists represent the research end of this path, with the highest median pay in the group at about $140,910 and projected growth of 20 percent. Most positions require a graduate degree, and the work centers on inventing new methods rather than applying existing ones.

Cybersecurity Roles

Information security analysts are among the fastest-growing roles in computing, projected to grow 29 percent, with a median wage of about $124,910. Demand comes from a persistent shortage of qualified people rather than a temporary hiring spike.

The category covers several distinct jobs. Security analysts monitor systems and respond to incidents. Penetration testers deliberately try to break into systems so teams can fix the weaknesses. Security architects design systems to be defensible from the start. Government agencies, defense contractors, and financial institutions are among the largest employers.

Infrastructure and Systems Roles

These roles keep large systems running and scale them as demand grows. Cloud engineers and DevOps engineers build and maintain the platforms that applications run on, and both roles have grown substantially as companies moved infrastructure to services like AWS and Azure.

Network architects, database administrators, and systems administrators round out this group, and the work tends to appeal to people who prefer reliability and scale problems to product features. Computer systems analysts, who bridge business requirements and technical implementation, sit adjacent to this group with projected growth around 9 percent.

Product and Non-Coding Roles

A meaningful share of CS graduates end up in roles where coding is occasional rather than central. Product managers decide what gets built and why, coordinating between engineering, design, and business teams. Technical program managers handle complex projects across multiple engineering groups.

Solutions engineers and developer advocates work at the boundary between a technical product and the people using it, which suits graduates who enjoy explaining systems as much as building them. Technical writing, UX research, and engineering management are other common destinations. All of these benefit from a CS background even though none require you to write production code daily.

Jobs Outside Tech Companies

Plenty of CS graduates never work at a tech company at all. Quantitative finance hires heavily from computer science for algorithmic trading and risk modeling, and the compensation is often higher than in traditional software roles.

Healthcare and biotech employ CS graduates in bioinformatics, medical imaging, and clinical data systems. Government agencies including NASA, the NSA, and national laboratories hire for research, security, and systems work. Academia, aerospace, gaming, and scientific research all draw on the same degree. The point worth internalizing is that nearly every industry now runs on software, so the degree travels further than the job titles suggest.

Which Computer Science Jobs Pay the Most?

Computer and information research scientists lead the BLS figures at roughly $140,910, followed by software developers at about $133,080 and information security analysts at about $124,910.Those medians understate the top of the range. The highest ten percent of software developers earn above $211,450, and quantitative finance roles at hedge funds and trading firms can exceed that substantially, though those positions are highly competitive and concentrated in a few cities.

Pay also varies sharply by location and industry. The same title can differ by tens of thousands of dollars between a startup in a low-cost city and a large technology company on the coasts.

Which Computer Science Careers Are Growing Fastest?

Data science leads at 34 percent projected growth, followed by information security analysis at 29 percent and computer and information research science at 20 percent. Software development, at 15 percent, is still growing much faster than the average across all occupations, and it produces far more total openings than any of the faster-growing categories.

One projection worth understanding runs the other way. Employment for computer programmers specifically is projected to decline about 6 percent, which sounds alarming until you look at what the category means. The narrow job of translating someone else's specification into code is being absorbed into broader software development roles rather than disappearing. Roles that involve deciding what to build, not just building it, keep growing.

What Can You Do in High School to Prepare?

You don't need to pick a career path yet, and most people who try end up somewhere different anyway. What actually helps is finding out which parts of computing you enjoy, since that narrows the field faster than reading job descriptions will.

Try more than one thing. Build a small web project, then try a data analysis project, then try something security-flavored like a capture-the-flag challenge. Your reaction to each tells you more than any career quiz.

Building something real also matters more than coursework in hiring, and that's true at every level. Veritas AI pairs high school students with mentors, often PhDs or PhD candidates in machine learning, to build original applied AI projects in Python. AI Scholars covers machine learning fundamentals over ten weeks, and the AI Fellowship walks you through an original research project one-on-one. Given how fast data and AI roles are growing, early exposure to that side of computing is a reasonable place to start.

Resources

Official career and salary data

• BLS Computer and Information Technology Occupations: Official pay, growth projections, and job descriptions for every major CS role.

• BLS Software Developers: Detailed outlook for the largest category.

• BLS Information Security Analysts: Detailed outlook for the fastest-growing security role.

• NY Fed College Labor Market Dashboard: Employment outcomes by major for recent graduates.

Free ways to explore different paths

• CS50 from Harvard: A broad intro that touches web, data, and systems work.

• Kaggle Learn: Short tutorials for testing whether data and machine learning appeal to you.

• freeCodeCamp: Project-based curriculum covering web development.

Frequently Asked Questions About Computer Science Jobs

1. What is the highest-paying job with a computer science degree?

Computer and information research scientists have the highest median pay in BLS data, at roughly $140,910, though most positions require a graduate degree. Among roles open to bachelor's graduates, software development and information security analysis have the highest medians, and quantitative finance roles can pay substantially more at the top end.

2. Can you get a job in computer science without a degree?

Yes, particularly in software development and web development, where portfolios and demonstrated skill carry real weight. A degree still helps for research roles, positions requiring security clearance, and large companies with formal education requirements.

3. Do all computer science jobs require coding?

No. Product management, technical program management, UX research, developer advocacy, and technical writing all draw on a CS background without requiring daily production coding. These roles suit graduates who enjoy systems thinking more than the implementation.

4. Which computer science career is best for beginners?

Software development and web development have the clearest entry paths, since junior roles are common and portfolios matter more than credentials. Data analysis is another reasonable entry point that can lead toward data science later.

5. Is it hard to get a computer science job right now?

Entry-level hiring is more competitive than it was during peak tech expansion, so graduates with internships, personal projects, and depth in a specialization have a clear advantage. Long-term demand across computer and IT occupations remains projected to grow much faster than average.

6. What can I do with a computer science degree outside of tech?

Finance, healthcare, government, aerospace, gaming, and academic research all hire computer science graduates directly. Quantitative finance and bioinformatics are two of the most common non-tech destinations, and both often pay comparably to or better than standard software roles.