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IT vs Computer Science Degree
Key takeaway: An information technology (IT) degree trains you to deploy, secure, and support the systems organizations already run, while a computer science (CS) degree trains you to design and build new software from theoretical foundations. Both pay well, but the math-and-coding-heavy CS path tends to pull ahead over time: College Scorecard reports a five-year median of $89,348 for computer science bachelor's graduates versus $83,443 for technology bachelor's graduates (U.S. Department of Education College Scorecard, 2026). Choose IT if you like hands-on systems work; choose CS if you like building software and solving problems with algorithms.
“Should I study IT or computer science?” is one of the most common questions prospective tech students ask, and the two fields are easy to confuse because they share courses, job titles, and even employers. They are not the same degree, though. The simplest way to keep them straight: computer science is about creating technology, and information technology is about applying it. A CS program asks how software and computation work at a fundamental level; an IT program asks how to make real systems run reliably, securely, and at scale for an organization.
This guide compares a computer science degree against an information technology degree head to head – curriculum, skills, careers, salary direction, and who each path suits best – using verified federal data wherever a figure is cited. If you are also weighing security as a specialty, the section on cyber security vs information technology below covers that distinction too.
Quick Answers
What is the difference between a computer science and information technology degree?
A computer science degree centers on the theory and creation of software: algorithms, data structures, programming languages, and the math behind computation. An information technology degree centers on applying and managing existing technology: configuring systems, administering networks, securing infrastructure, and supporting users. In short, CS builds the tools and IT runs them.
Does computer science or IT pay more?
Computer science tends to pay more over a career, largely because it leads to software development and engineering roles. College Scorecard data shows computer science bachelor’s graduates earned a median of $89,348 five years after completion, compared with $83,443 for technology graduates (U.S. Department of Education College Scorecard, 2026). IT still pays well and often offers a faster, lower-cost entry into the workforce.
Is IT easier than computer science?
For most students, IT coursework is less math-intensive and more hands-on, which many people find more approachable. Computer science requires calculus, discrete math, and heavy programming, so it is generally considered the more demanding degree academically. “Easier” depends on your strengths – IT rewards practical problem-solvers, while CS rewards abstract and mathematical thinkers.
Should I study cyber security or information technology?
Cybersecurity is a specialized branch that sits on top of IT fundamentals, so the two overlap heavily. An IT degree gives you broad systems, networking, and support skills with room to move into many roles; a dedicated cybersecurity degree goes deeper on threat detection, defense, and compliance from the start. Many people begin in IT support and specialize into security later as they earn certifications.
Can you get a software developer job with an IT degree?
Yes, though it is more common with a computer science degree. IT graduates with strong coding skills, a portfolio, and knowledge of in-demand languages move into developer roles regularly, especially in web development and scripting-heavy work. CS graduates have an edge for roles that lean on algorithms, systems programming, and large-scale software engineering.
Which degree is better for online learning?
Both transfer well to online study, and most accredited programs in each field are delivered at a distance. College Scorecard reports that 76.1% of computer science bachelor’s programs and 69.6% of technology bachelor’s programs report distance-education delivery (College Scorecard, 2026). The credential you earn online is identical to the on-campus version.
IT vs computer science at a glance
The table below summarizes the core differences. Read it as a starting point, then dig into the curriculum and career sections that follow.
| Dimension | Information Technology (IT) | Computer Science (CS) |
|---|---|---|
| Core focus | Applying, managing, and securing existing systems | Designing and building new software and algorithms |
| Math load | Lighter; applied math and statistics | Heavy; calculus, discrete math, linear algebra |
| Programming | Scripting and automation for operations | Central; multiple languages and paradigms |
| Signature courses | Networking, systems admin, security, cloud | Algorithms, data structures, operating systems, theory |
| Typical roles | Support specialist, sysadmin, network/security analyst, IT manager | Software developer, software engineer, data/ML roles |
| Entry credential | Associate or certificate often sufficient | Bachelor’s is the practical baseline |
| 1-yr median (bachelor’s) | $56,372 | $63,389 |
| 5-yr median (bachelor’s) | $83,443 | $89,348 |
| Median bachelor’s debt | $22,796 | $23,164 |
| Best fit | Hands-on problem-solvers who like real systems | Builders who like math, logic, and code |
Earnings and debt: U.S. Department of Education College Scorecard, data generated June 12, 2026. Figures are medians across reporting bachelor’s programs and are not guarantees.
How the curriculum differs
The clearest way to tell these degrees apart is to look at what you actually study.
What you study in computer science
A computer science program is grounded in mathematics and the theory of computation. Expect a sequence that runs through calculus, discrete mathematics, and often linear algebra, alongside a deep programming core. You learn data structures and algorithms, how operating systems and compilers work, computer architecture, and the principles behind databases and networks. Upper-level courses branch into areas like artificial intelligence, machine learning, software engineering, and theory of computation. The goal is to understand computing well enough to build new software and solve novel problems, not just operate existing tools. Because the foundation is conceptual, CS skills transfer across languages and platforms as technology changes. You can see how that foundation splits into specialties on the computer science concentrations page.
What you study in information technology
An information technology program is built around implementation. The curriculum emphasizes networking (TCP/IP, routing, switching, DNS, firewalls), operating-system administration for Windows Server and Linux, database fundamentals and SQL, cloud platforms like AWS and Azure, and security practices such as access control and incident response. Programming appears mainly as scripting and automation – PowerShell, Python, and Bash – rather than as the centerpiece. Many IT programs deliberately align coursework with industry certifications (CompTIA A+, Network+, Security+, Cisco CCNA, AWS), so you can graduate job-ready with both a degree and credentials employers screen for. You can map these tracks on the technology concentrations page, which includes cybersecurity, cloud computing, and network administration.
The shared middle ground is real: both degrees teach programming, databases, and networking. The difference is depth and direction. CS goes deeper on the theory that lets you create; IT goes deeper on the practice that lets you operate.
Skills each degree builds
Because the coursework points in different directions, the two degrees develop different professional strengths.
Computer science emphasizes:
- Algorithmic thinking and problem decomposition
- Proficiency across multiple programming languages and paradigms
- Software design, testing, and version control
- Mathematical and statistical reasoning for areas like AI and data science
- The ability to learn new frameworks quickly from first principles
Information technology emphasizes:
- Configuring, administering, and troubleshooting real systems
- Networking and infrastructure management
- Security operations: hardening systems, monitoring, and responding to incidents
- Cloud deployment and automation through scripting
- Communicating with non-technical colleagues and documenting solutions
Both fields reward the same underlying traits – logical thinking, patience with hard problems, and continuous learning. The split is whether you would rather spend your day writing and reasoning about code (CS) or designing, securing, and keeping live systems running (IT).
Careers: where each degree leads
Career direction is the most practical lens for choosing between these degrees.
Information technology careers
IT graduates work across the operations side of computing, with multiple on-ramps by credential. Entry roles include computer user support specialist and help desk technician, often reachable with an associate degree or certificate. With a bachelor’s degree and experience, IT professionals move into network and computer systems administrator, computer network architect, information security analyst, and eventually computer and information systems manager (IT manager) roles. The table below renders current median wages for the occupations the Bureau of Labor Statistics maps to technology programs, drawn live from BLS data at build time.
For the day-to-day responsibilities and entry requirements behind each title, see the Technology Careers guide, and for wage detail by degree level, the Technology Salary Guide.
Computer science careers
Computer science graduates concentrate in roles that create software: software developers and software engineers, plus specialized paths in data science, machine learning, and systems or backend engineering. These roles typically expect a bachelor’s degree and strong coding ability, and they sit among the higher-paying occupations in tech. Because CS builds transferable, language-agnostic fundamentals, graduates also adapt well as new platforms and tools emerge. Explore how programs are structured on the Online Bachelor’s in Computer Science page.
The overlap matters here too. An IT graduate with strong programming chops can land development work, and a CS graduate can move into systems, security, or DevOps roles. Your degree opens a primary lane, but certifications, projects, and experience let you change lanes.
Salary direction: which pays more
On the data, computer science holds a modest but durable earnings edge, and the gap widens with time.
| Credential level | IT (technology) 5-yr median | CS 5-yr median |
|---|---|---|
| Associate | $52,772 | $49,102 |
| Bachelor’s | $83,443 | $89,348 |
| Master’s | not reported in sample | $114,787 |
Source: U.S. Department of Education College Scorecard, 2026. Medians across reporting programs; master’s figure not separately reported for the technology grouping in this sample.
A few takeaways from the numbers:
- At the bachelor’s level, CS leads. Computer science graduates report a one-year median of $63,389 and a five-year median of $89,348, versus $56,372 and $83,443 for technology graduates (College Scorecard, 2026). The CS premium reflects access to software engineering roles.
- At the associate level, IT edges ahead. Technology associate graduates report a five-year median of $52,772 against $49,102 for computer science (College Scorecard, 2026), which fits IT’s strength as a fast, applied entry into support and operations roles.
- Graduate study compounds the CS advantage. Computer science master’s graduates report a five-year median of $114,787 (College Scorecard, 2026), opening senior engineering and specialized roles.
- Debt is comparable. Median bachelor’s debt is $22,796 for technology and $23,164 for computer science (College Scorecard, 2026), so the earnings difference is not offset by dramatically higher borrowing.
For the full degree-level breakdown and the factors that move your pay within a role, see the Technology Salary Guide.
Cyber security vs information technology degree
A frequent follow-up is whether to choose a cybersecurity degree instead of a general IT degree. Cybersecurity is best understood as a specialization layered on top of IT fundamentals – you still need to understand networks, operating systems, and infrastructure before you can defend them. A general information technology degree gives you broad systems skills and the flexibility to move into many roles, including security, as you gain experience. A dedicated cybersecurity degree front-loads threat detection, defense, cryptography basics, and compliance, which suits students who already know they want a security career.
On pay, College Scorecard reports cybersecurity bachelor’s graduates earned a one-year median of $58,146 and a five-year median of $78,496 (College Scorecard, 2026) – in the same band as IT and CS, with the exact figure varying by program and reporting sample. A common, low-risk path is to start in IT support, earn Security+ and related certifications, and specialize into an information security analyst role. If you prefer to specialize from day one, the standalone cybersecurity track makes sense. The cybersecurity concentration within the technology program is a middle option that keeps your IT base broad while building security depth.
Who should choose which
Use these profiles as a gut check.
Choose information technology if you:
- Like working hands-on with real systems, networks, and hardware
- Want a faster or lower-cost entry point through an associate degree or certificate
- Prefer applied problem-solving over heavy theory and math
- Are drawn to support, administration, security operations, or IT management
- Value graduating with industry certifications already in hand
Choose computer science if you:
- Enjoy math, logic, and abstract problem-solving
- Want to build software, apps, or systems rather than operate them
- Are aiming at software developer, engineer, data, or machine-learning roles
- Are comfortable committing to a bachelor’s degree as the baseline
- Want a flexible foundation that adapts as technologies change
There is no wrong answer – only a better fit. Many successful professionals cross between the fields over a career, and certifications let you adjust course without starting over.
Next Steps
You now have the curriculum, skills, careers, and salary direction for both paths; the next step is matching a program to the lane you want.
- Go deeper on the IT side: the Technology Careers guide details the roles in the wage table, and the Technology Salary Guide breaks down pay by degree level.
- Compare schools across silos: browse the Online Colleges hub for accredited program comparisons, and use the Resources hub for planning tools.
- Explore the CS path: see the Online Bachelor’s in Computer Science and the computer science concentrations to weigh the build-software route.
Ready to compare accredited programs? Return to the Online Technology Degree Programs Guide or the Computer Science Degree Programs Guide to see ranked options.
Data verified: June 27, 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.