Computer programmers write, test, modify, and maintain code that helps software applications and systems run. They may work on business applications, websites, internal tools, databases, automation scripts, legacy systems, or software updates.
The role is changing. Traditional “computer programmer” jobs are projected to decline, but programming skills remain valuable across software development, web development, quality assurance, automation, data, cloud computing, cybersecurity, and technical support.
The strongest career path for many learners is not simply learning to code, but learning how to solve problems, debug software, work with databases and APIs, use version control, test applications, and communicate with technical and nontechnical teams.
This guide explains what computer programmers do, how to become one, what skills and programming languages matter, how much programmers earn, how the job outlook is changing, and what related career paths may offer stronger long-term opportunities.
What Is a Computer Programmer?
A computer programmer creates, modifies, tests, and debugs the code and scripts that allow software applications and systems to run.
O*NET describes computer programmers as workers who create, modify, and test code and scripts for computer applications, often working from specifications developed by software developers, web developers, or other team members.
Computer programmers often focus on:
- Writing code
- Maintaining applications
- Fixing bugs
- Testing software behavior
- Updating legacy systems
- Translating technical specifications into working programs
- Documenting code and development changes
The job can overlap with software development, web development, quality assurance, database work, and systems analysis. In some companies, “programmer,” “developer,” and “software engineer” may be used interchangeably.
In others, a programmer is more focused on implementing code from existing designs, while a developer or engineer may have broader responsibility for architecture, user needs, testing, and system design.
What Does a Computer Programmer Do?
Computer programmers help turn ideas, designs, and requirements into working software. Their work often involves both writing new code and maintaining existing code.
Computer programmers commonly:
- Write code based on project requirements
- Modify existing applications
- Test programs for errors
- Debug and troubleshoot software problems
- Update legacy systems
- Write documentation
- Collaborate with software developers, QA analysts, systems analysts, and managers
- Convert designs or specifications into working code
- Review and improve code performance
- Maintain internal tools or business applications
BLS describes computer programmers as workers who write, modify, and test code and scripts that allow software and applications to function properly. Programmers may turn designs created by developers or engineers into instructions a computer can follow, run tests, and correct code when software does not work as expected.
O*NET also lists detailed programming work activities such as modifying software to improve performance, writing code, testing software performance, resolving software problems, collaborating on IT issues, and documenting development procedures.
Sample Computer Programmer Job Description
Position: Computer Programmer
Summary: The computer programmer will write, test, debug, and maintain software applications based on technical specifications and business requirements. This role requires strong coding skills, attention to detail, and the ability to troubleshoot software issues.
Common responsibilities:
- Write and maintain code in one or more programming languages
- Debug software errors and improve application performance
- Update existing programs based on user or business needs
- Work with developers, analysts, and QA teams to test software
- Document code, changes, and technical processes
- Support internal applications, databases, or web-based systems
Common qualifications:
- Experience with languages such as Python, Java, JavaScript, C#, C++, or SQL
- Understanding of debugging, testing, and version control
- Familiarity with databases, APIs, and software development workflows
- Ability to read requirements and translate them into working code
- Strong problem-solving and communication skills
Related Resources
Computer Programmer vs. Software Developer vs. Software Engineer
These job titles can overlap, but they are not always the same. Understanding the differences can help students and job seekers choose the right training path.
| Role | Main focus | Common responsibilities | Best for |
| Computer programmer | Writing, modifying, testing, and debugging code | Translate specifications into code, fix bugs, update applications, test software performance | People who enjoy detailed coding and troubleshooting |
| Software developer | Designing and building applications or systems | Analyze user needs, design software, write or oversee code, test and maintain applications | People who want broader application development responsibilities |
| Software engineer | Applying engineering principles to software systems | Design scalable systems, plan architecture, test, document, and collaborate across teams | People interested in complex systems and software design |
| Programmer analyst | Combining programming and business or systems analysis | Write code, analyze requirements, improve systems, support users | People who want a hybrid technical and business role |
BLS notes that software developers create applications and systems, while QA analysts and testers design and run software tests to identify problems. Developers may work closely with programmers who write the code.
For SEO and career planning purposes, this distinction matters. A learner searching for “computer programmer jobs” may also want to explore software developer, web developer, application developer, QA analyst, systems analyst, or programmer analyst roles.
Is Computer Programming Still a Good Career?
Computer programming can still be a good career foundation, but students should understand how the role is changing. The standalone computer programmer occupation is projected to decline, while broader software development and related technical roles are projected to grow.
BLS projects employment of computer programmers to decline 6 percent from 2024 to 2034. However, about 5,500 openings for computer programmers are still projected each year on average, largely because workers transfer to other occupations or leave the labor force.
This does not mean programming skills are no longer valuable. It means aspiring programmers should avoid preparing for only narrow, routine coding tasks. BLS reports that overall employment of software developers, quality assurance analysts, and testers is projected to grow 15 percent from 2024 to 2034, with about 129,200 openings projected each year on average.
A computer programming path may be a good fit if you enjoy:
- Writing code
- Fixing bugs
- Maintaining applications
- Solving detailed technical problems
- Working with databases and APIs
- Testing and improving software
- Learning new tools and languages
To improve long-term career options, aspiring programmers should build broader software development skills, including software design, debugging, testing, databases, APIs, cloud tools, collaboration, documentation, and AI-assisted development.
How AI Is Changing Computer Programming
AI tools may automate some repetitive coding tasks, but programmers still need to understand logic, debugging, architecture, testing, security, user requirements, and code quality.
BLS notes that computer programming work continues to be automated and that companies are expected to use technologies, including AI, to automate repetitive programming tasks.
BLS also notes that some higher-skilled programming tasks may shift to other workers, such as software developers.
For career resilience, programmers should learn how to:
- Review AI-generated code
- Test code for errors and security issues
- Explain how code works
- Refactor weak or inefficient code
- Understand system requirements
- Use AI coding assistants responsibly
- Combine coding ability with product, business, or systems knowledge
How to Become a Computer Programmer
There is no single path to becoming a computer programmer. Some people earn computer science degrees. Others complete coding bootcamps, certificate programs, associate degrees, or self-study projects. The key is to build usable programming skills and show proof through projects, GitHub repositories, internships, or work experience.
Step 1: Learn Programming Fundamentals
Start with the basics:
- Variables
- Functions
- Loops
- Conditionals
- Data types
- Data structures
- Debugging
- Error handling
- Problem-solving
- Basic algorithms
A strong foundation matters more than memorizing syntax. Employers want programmers who can think clearly, break problems into steps, and troubleshoot when something does not work.
Step 2: Choose a Beginner-Friendly Language
Python and JavaScript are common starting points because they are widely used and beginner-friendly. Java, C#, C++, and SQL are also valuable depending on your target roles.
Choose based on your goals:
- Learn Python for scripting, automation, data, and general programming.
- Learn JavaScript for web development.
- Learn Java or C# for enterprise applications.
- Learn C++ for systems, performance, games, or lower-level programming.
- Learn SQL for database-driven applications and business systems.
Step 3: Build Small Projects
Projects help turn abstract concepts into practical skills. Start with simple projects such as:
- Command-line tools
- Web apps
- Scripts
- Calculators
- Database projects
- Automation tools
- API-based apps
Small, finished projects are often more useful than large unfinished ones.
Step 4: Learn Version Control
Most programming teams use Git and GitHub or similar tools. Learn how to:
- Create repositories
- Write commit messages
- Use branches
- Open pull requests
- Resolve merge conflicts
- Document changes
- Collaborate with other developers
Version control is essential for both professional programming and portfolio development.
Step 5: Study Databases and APIs
Many programming jobs involve applications that store, retrieve, or exchange data. Learn:
- SQL basics
- Tables and relationships
- Data modeling
- API requests
- JSON
- Authentication basics
- CRUD operations
- Application integration
A simple database-backed application can be a strong portfolio project.
Step 6: Practice Testing and Debugging
Employers value programmers who can find and fix problems. Practice:
- Reading error messages
- Using debuggers
- Writing unit tests
- Testing edge cases
- Reviewing logs
- Refactoring code
- Improving performance
- Reproducing bugs
Debugging is one of the most important day-to-day programming skills.
Step 7: Create a Portfolio
A programming portfolio should show what you can build and how you think. Include:
- GitHub repositories
- README files
- Setup instructions
- Screenshots or demo links
- Deployed projects when possible
- Notes explaining technical choices
- Tests, if applicable
- Future improvement ideas
A strong portfolio is especially important for self-taught learners and bootcamp graduates.
Step 8: Consider a Degree, Bootcamp, Certificate, or Self-Study Path
The best education path depends on your target role, timeline, budget, and preferred learning style. Some employers prefer a bachelor’s degree, while others may consider candidates with bootcamp training, certificates, projects, or experience.
BLS states that computer programmers typically need a bachelor’s degree and that most programmers specialize in several programming languages.
Step 9: Apply Broadly
Do not limit your search to “computer programmer.” Also look for:
- Programmer analyst
- Junior software developer
- Web developer
- Application developer
- QA analyst
- Software tester
- Database programmer
- Technical support engineer
- Automation developer
Step 10: Keep Learning
Programming tools, frameworks, languages, and AI-assisted workflows change quickly. Strong programmers continue learning throughout their careers.
Computer Programmer Education Requirements
Education requirements vary by employer. Some companies prefer a bachelor’s degree in computer science or a related field. Others may consider candidates with associate degrees, bootcamps, certificates, portfolios, internships, or relevant experience.
| Path | Best for | Strengths | Limitations |
| Computer science degree | Students seeking broad technical preparation | Strong theory, recognized credential, internship access | Takes longer and can cost more |
| Software engineering degree | Students interested in development and systems design | Strong software design and engineering foundation | Longer timeline |
| Coding bootcamp | Career changers who want practical skills quickly | Project-based, structured, career-focused | May not replace a degree |
| Certificate program | Learners building targeted skills | Shorter and focused | May not be enough alone for competitive jobs |
| Self-study | Motivated learners on a budget | Flexible and low-cost | Less structure and no formal credential |
A degree can be useful for broader technical foundations, internships, and employers that require formal credentials. A coding bootcamp may be useful for career changers who want structured, project-based training. Self-study can work for highly motivated learners, but it requires discipline and a strong portfolio.
Computer Programmer Skills
Computer programmers need both technical and workplace skills. Strong technical ability matters, but so do communication, documentation, and collaboration.
Technical Skills
Important technical skills include:
- Python
- JavaScript
- Java
- C#
- C++
- SQL
- HTML and CSS
- Git and GitHub
- Debugging
- Unit testing
- API integration
- Databases
- Linux or command line basics
- Object-oriented programming
- Data structures and algorithms
- Documentation
- Secure coding basics
Workplace Skills
Important workplace skills include:
- Problem-solving
- Attention to detail
- Communication
- Collaboration
- Time management
- Adaptability
- Technical writing
- Analytical thinking
O*NET identifies attention to detail, intellectual curiosity, and dependability as important work styles for computer programmers.
Best Programming Languages for Computer Programmers
Beginners do not need to learn every programming language. Choose languages based on your target role, industry, and project goals.
| Language | Common uses | Why learn it |
| Python | Scripting, automation, data, web apps | Beginner-friendly and widely used |
| JavaScript | Web development, front-end, full-stack apps | Essential for web-based programming |
| Java | Enterprise apps, Android, backend systems | Common in large organizations |
| C# | Windows apps, enterprise software, game development | Useful for .NET ecosystems |
| C++ | Systems, games, performance-critical applications | Useful for lower-level and high-performance programming |
| SQL | Databases and reporting | Important for most business applications |
| PHP | Web applications and CMS platforms | Still used in many legacy and WordPress-based systems |
| TypeScript | Large-scale JavaScript applications | Adds structure to JavaScript projects |
| Go | Cloud services, backend systems, infrastructure tools | Useful for scalable backend development |
| Kotlin | Android apps and JVM development | Modern option for mobile and backend development |
| Swift | iOS and Apple ecosystem apps | Important for Apple app development |
For many beginners, a practical starting combination is Python, JavaScript, SQL, Git, and basic HTML/CSS. From there, choose a more specialized path based on whether you want to work in web development, enterprise software, mobile apps, data, automation, or systems programming.
Computer Programmer Salary
Computer programmers can earn strong salaries, but pay varies by job title, industry, location, education, experience, programming languages, and specialized skills.
BLS reports that computer programmers earned a median annual wage of $98,670 in May 2024. The lowest 10 percent earned less than $52,190, and the highest 10 percent earned more than $162,090.
| Role | Median annual wage or salary context |
| Computer programmer | $98,670, BLS May 2024 |
| Software developer | $133,080, BLS May 2024 |
| Software QA analyst/tester | $102,610, BLS May 2024 |
| Computer occupations overall | $105,990, BLS May 2024 |
BLS reports that the median annual wage for computer and information technology occupations overall was $105,990 in May 2024. Software developers earned a median annual wage of $133,080, while software quality assurance analysts and testers earned a median annual wage of $102,610 in May 2024.
Computer Programmer Salary by Industry
BLS reports the following May 2024 median annual wages for computer programmers in top industries:
| Industry | Median annual wage |
| Software publishers | $112,110 |
| Finance and insurance | $106,970 |
| Manufacturing | $96,610 |
| Computer systems design and related services | $92,850 |
These industry differences show why job seekers should consider both title and sector when evaluating pay. A programmer working for a software publisher may have a different salary range than one maintaining internal tools for a smaller organization.
Factors That Affect Salary
Computer programmer’s salary can depend on:
- Job title
- Industry
- Location
- Education
- Experience
- Programming languages
- Portfolio quality
- Certifications
- Company size
- Remote vs. onsite work
- Specialized technical skills
- Ability to work across development, QA, databases, APIs, or cloud tools
Third-party salary platforms may provide useful additional context, but their figures should be clearly labeled as self-reported or employer-reported estimates and should not replace BLS data.
Computer Programmer Job Outlook
Computer programming remains a valuable technical skill, but “computer programmer” as a standalone occupation is changing.
BLS projects employment of computer programmers to decline 6 percent from 2024 to 2034, from 121,200 jobs in 2024 to 113,900 projected jobs in 2034. Despite the decline, about 5,500 openings are projected each year on average, primarily from replacement needs.
BLS explains that repetitive programming tasks are increasingly being automated, including through AI, and that some higher-skilled programming tasks may shift to other workers, such as software developers.
That does not mean students should avoid programming. It means aspiring programmers should build broader software development skills, including:
- Problem-solving
- Debugging
- Databases
- APIs
- Version control
- Testing
- Cloud tools
- Documentation
- Collaboration
- Security awareness
- AI-assisted coding review
These skills can prepare learners for roles such as software developer, web developer, QA analyst, programmer analyst, application developer, database developer, or technical support engineer.
Related Jobs for Computer Programmers
Because standalone computer programmer roles are projected to decline, students should consider related roles that use programming skills.
- Computer programmer
- Programmer analyst
- Application developer
- Software developer
- Web developer
- Front-end developer
- Back-end developer
- Full-stack developer
- QA analyst or software tester
- Automation engineer
- Technical support engineer
- Systems analyst
- Database developer
- DevOps or cloud support associate
A learner who starts with programming can move into software development, QA, data, automation, cloud, cybersecurity, or systems roles with additional training and experience.
How to Find Computer Programming Jobs
A strong job search should include both direct computer programmer roles and adjacent roles that use programming skills.
Recommended Search Terms
- Computer programmer
- Programmer analyst
- Junior programmer
- Entry-level software developer
- Junior software developer
- Web applications programmer
- Application developer
- Software QA analyst
- Automation developer
- Database programmer
- Technical support engineer
Job Search Steps
- Build a portfolio with 3–5 strong projects.
- Clean up your GitHub repositories.
- Create a targeted resume for each role.
- Use job boards and company career pages.
- Apply to adjacent roles, not only “computer programmer.”
- Network with alumni, local tech communities, and developer groups.
- Practice coding interviews.
- Track applications and follow up.
- Keep building projects while applying.
Job boards and remote-work platforms change frequently, so any published list of job boards should be reviewed regularly.
Remote Computer Programming Jobs
Remote computer programming jobs exist, but competition can be high. Entry-level remote roles may be harder to find than mid-level remote roles because employers often prefer remote workers who can manage projects independently.
Remote programmers need to be comfortable with:
- Git and GitHub
- Issue trackers
- Documentation
- Asynchronous communication
- Video meetings
- Code reviews
- Project management tools
- Writing clear updates
- Managing time without constant supervision
A strong portfolio, clean GitHub profile, and clear written communication can help remote applicants stand out.
Portfolio Projects for Computer Programmers
A portfolio helps employers see what you can build. Choose projects that show clean code, practical problem-solving, and the ability to finish work.
Good portfolio project ideas include:
- Calculator or budgeting app
- Command-line task manager
- Inventory management system
- Weather app using an API
- Personal finance tracker
- Simple database-backed web app
- Bug tracker
- File organizer script
- Web scraper
- Unit-tested library or utility
- Portfolio website
- Legacy code refactor project
- API-based mini application
- Simple authentication system
- CRUD application with a database
Each project should include:
- Clean code
- README file
- Setup instructions
- Screenshots or demo link
- Explanation of the problem solved
- Technologies used
- Tests, if applicable
- Notes on future improvements
A project that demonstrates debugging, testing, documentation, and maintainability can be more valuable than a visually impressive project with weak code.
Computer Programmer Resume Tips
A computer programmer resume should show technical ability, project experience, and evidence that you can work in a professional development environment.
Resume tips:
- Customize the resume for each role.
- Highlight programming languages that match the job posting.
- Include projects with measurable outcomes where possible.
- Link to GitHub and a portfolio website.
- Emphasize debugging, testing, maintenance, documentation, and collaboration.
- Use clear technical keywords.
- Mention relevant coursework, bootcamps, certificates, internships, or freelance projects.
- Keep project descriptions specific and outcome-oriented.
Resume Keywords for Computer Programmer Jobs
- Python
- Java
- JavaScript
- C#
- C++
- SQL
- Git
- GitHub
- Debugging
- Testing
- APIs
- Object-oriented programming
- Agile
- Documentation
- Troubleshooting
- Database design
- Software maintenance
- Unit testing
- Version control
Use keywords naturally. Do not list skills you cannot discuss in an interview.
Interview Prep for Computer Programming Jobs
Computer programming interviews may include coding tests, debugging exercises, take-home projects, technical questions, and behavioral interviews.
Prepare for:
- Coding tests
- Debugging exercises
- Take-home projects
- Technical interviews
- Behavioral questions
- Questions about past projects
- Questions about working with legacy code
- Explaining trade-offs
- Reading and improving existing code
Sample interview questions:
- How would you debug a program that crashes intermittently?
- What is the difference between a list, array, stack, and queue?
- How do you use Git in a team setting?
- How would you explain an API to a nontechnical stakeholder?
- Describe a project where you fixed a difficult bug.
- How do you test your code before submitting it?
- How would you improve a slow database-backed application?
- What would you check before deploying a code change?
Strong candidates can explain not only what code they wrote, but why they wrote it that way.
Frequently Asked Questions: Computer Programmer Careers
A computer programmer writes, modifies, tests, and debugs code and scripts that help software applications and systems run. Programmers may also update legacy systems, write documentation, and collaborate with developers or QA teams.
To become a computer programmer, learn programming fundamentals, choose a language, build projects, learn Git and databases, practice debugging, create a portfolio, and apply for programmer, developer, QA, or analyst roles.
Computer programming can still be a good career foundation, but standalone computer programmer jobs are projected to decline. Programming skills remain valuable in software development, web development, QA, automation, data, cloud, and IT roles.
Yes. BLS projects employment of computer programmers to decline 6 percent from 2024 to 2034, although about 5,500 openings are still projected each year on average due to replacement needs.
Computer programmers earned a median annual wage of $98,670 in May 2024, according to BLS. The lowest 10 percent earned less than $52,190, and the highest 10 percent earned more than $162,090.
Many employers prefer a bachelor’s degree in computer science, information technology, software engineering, or a related field. Some roles may accept an associate degree, certificate, bootcamp training, self-study, or a strong portfolio.
Yes, it is possible to become a computer programmer without a degree, especially if you build strong projects, learn in-demand languages, understand databases and APIs, and demonstrate skills through GitHub, internships, freelance work, or bootcamp experience.
Useful programming languages include Python, JavaScript, Java, C#, C++, SQL, PHP, TypeScript, Go, Kotlin, and Swift. Beginners should choose languages based on their target roles rather than trying to learn everything at once.
A computer programmer usually focuses on writing, testing, debugging, and maintaining code. A software developer often has broader responsibilities, including analyzing user needs, designing applications, overseeing development, and maintaining software.
A computer programmer focuses more on implementing and maintaining code. A software engineer applies engineering principles to design, build, test, document, and maintain larger software systems.
Yes, remote programming jobs are available, but competition can be strong. Remote candidates should have a polished portfolio, strong communication skills, Git experience, and the ability to work independently.
Similar entry-level roles include junior software developer, web developer, application developer, programmer analyst, QA analyst, software tester, database programmer, automation developer, and technical support engineer.
Programmers can improve career resilience by learning software design, debugging, testing, databases, APIs, cloud tools, secure coding, documentation, collaboration, and responsible use of AI coding assistants.
A programming portfolio should include 3–5 polished projects with clean code, README files, setup instructions, screenshots or demos, technology explanations, tests when possible, and notes about improvements.
A coding bootcamp can help, especially for learners who build strong projects and practice job-search skills. However, a bootcamp may not replace a degree for every employer, and learners should also build portfolios, GitHub experience, and interview readiness.