2026 Information Technology Degree Underemployment Report: Which Graduates Are Most Likely to Work Below Their Education Level

How likely is it for Information Technology graduates to become underemployed?

Information Technology graduates have a meaningful but manageable underemployment risk. The risk is lower for graduates who can prove specific technical capability and higher for those whose experience is limited to broad classroom exposure, basic help desk familiarity, or unrelated part-time work.

The most useful way to think about underemployment is educational mismatch: a graduate holds a bachelor's degree but works in a job that typically does not require one. In IT, this can include retail electronics sales, generic customer support, data entry, warehouse technology support, or low-level help desk roles with no technical escalation path.

Recent Federal Reserve Bank of New York labor market dashboards show that underemployment remains a common outcome for recent college graduates overall, hovering around the 40% range. For IT students, the practical takeaway is not that the degree is weak; it is that the entry-level market screens heavily for applied skills, not just completed credits.

The table below shows how underemployment risk tends to vary across common Information Technology graduate profiles. It is not a prediction for any individual graduate, but it can help students identify which choices raise or lower their risk.

For most students, the key decision is whether to treat graduation as the start of career preparation or as the final credential. The students who prepare before graduation usually have more leverage when deciding whether to accept a fallback role.

Is the college curricula for Information Technology keeping up with employer expectations?

Many Information Technology programs cover important foundations, but curricula do not always move as quickly as employer tooling. A course catalog may include networking, databases, systems analysis, and programming, while job descriptions may ask for cloud platforms, ticketing systems, identity management, endpoint security, Linux, scripting, container basics, and documentation habits.

This mismatch matters because entry-level IT hiring has become more skills-based. Employers increasingly want evidence that a graduate can troubleshoot, automate, secure, deploy, document, and communicate in real work settings. AI tools also reduce the value of purely routine technical tasks, making applied judgment and systems thinking more important.

The table below summarizes common curriculum gaps and why each one can affect degree-level hiring. Use it to audit whether a program's courses, labs, electives, and capstone projects match the roles students actually want.

Students comparing program quality should look beyond whether a school offers an IT major and ask whether the curriculum produces employer-visible proof. This same ROI mindset applies across graduate and online education; Research.com's guide to 1 year PhD programs online, for example, illustrates why students should evaluate time, credential value, and career fit together rather than choosing by speed alone.

How does underemployment for Information Technology graduates compare with other majors?

Information Technology generally compares favorably with many majors because the economy still needs technical workers, but it is not immune to underemployment. The difference is that IT underemployment is often less about the major being unrelated to the labor market and more about whether the graduate has the right specialization and practical evidence.

Federal Reserve Bank of New York major-level labor market data consistently shows wide variation across fields. Technical majors such as computer science and engineering tend to have lower underemployment than many humanities, arts, and broad social science fields, while business-adjacent technology majors can land in the middle depending on skill depth.

The table below gives a decision-focused comparison rather than a ranking. It helps readers understand why IT can be a strong major while still requiring deliberate career preparation.

The most important comparison is not "IT versus every other major." It is "general IT graduate versus job-ready IT graduate." Within the same major, a student with a security lab, internship, and CompTIA Security+ may face a different market than a student with only classroom grades.

What is the salary gap between underemployed Information Technology graduates and those in degree-level jobs?

The salary gap can be substantial because degree-level IT roles sit in a higher-paying occupational group than many fallback jobs. BLS reported a median annual wage of $105,990 for computer and IT occupations in May 2024, compared with a much lower median for all occupations. That does not mean every new graduate earns that amount, but it shows why role fit matters.

Underemployment affects more than take-home pay. Lower early earnings can delay student loan repayment, reduce emergency savings, limit geographic mobility, and make it harder to pay for certifications, relocation, or graduate study. The financial risk is greatest for borrowers who took on debt expecting to enter a degree-level IT wage band quickly.

The table below compares common degree-level IT roles with low-credential fallback jobs. The figures use BLS-style occupational wage categories and should be treated as labor-market benchmarks, not salary guarantees.

When comparing offers, graduates should look beyond the first salary number. A $5,000 lower offer in a role with cloud administration, security operations, or network exposure may be better than a slightly higher customer support job with no technical ladder.

What barriers force Information Technology graduates into low-credential roles?

Information Technology graduates are usually pushed into low-credential roles by a combination of skill gaps, market timing, weak job-search strategy, and unclear specialization. The degree opens the door, but employers often expect proof that the graduate can function in a production environment.

These barriers are the most common causes of IT underemployment, and each one has a practical way to reduce the risk:

• No internship or co-op: Employers often use internships as evidence that a graduate can work on a technical team, follow documentation, and handle real tickets or projects.
• Overly broad resume: A resume that says "IT graduate seeking technology role" is weaker than one aimed at systems support, cybersecurity, cloud, data, networking, or application support.
• Missing hands-on proof: Courses alone may not show that the graduate can configure a network, secure an endpoint, write a script, query a database, or troubleshoot a live issue.
• Weak local labor market: Some regions have fewer junior IT openings, so graduates may need to target hybrid, remote, government, healthcare, finance, education, or managed service provider roles.
• AI and automation pressure: Routine entry-level tasks are easier to automate, so candidates need to show judgment, documentation, security awareness, and the ability to work across systems.
• Late job-search start: Waiting until after graduation to build a portfolio, contact alumni, and apply to roles can leave graduates competing from behind.

The red flag is not a single weakness; many students recover from one gap. The highest risk appears when a graduate has no internship, no specialization, no portfolio, no certification, and no targeted application strategy at the same time.

How can Information Technology graduates position their resumes for degree-level positions?

A strong Information Technology resume should translate academic experience into employer language. Hiring managers and applicant tracking systems respond better to tools, outcomes, environments, and responsibilities than to a generic list of courses.

The best resume strategy is to pick one target role family and tailor the document around it. A cybersecurity analyst resume should not look the same as a cloud support, systems administrator, data analyst, or network technician resume.

Use this sequence to position a resume for degree-level IT roles:

1. Start with a target title and role family, such as junior systems administrator, SOC analyst, cloud support associate, data analyst, network technician, or application support analyst.
2. Rewrite the summary around tools and outcomes, not personal traits. For example, emphasize Linux, Windows Server, Active Directory, Python, SQL, AWS, Azure, Cisco, SIEM, or ServiceNow when relevant.
3. Create a technical skills section grouped by category, such as operating systems, cloud, networking, security, scripting, databases, and ticketing tools.
4. Convert coursework into projects with business context. Instead of "completed database class," describe the schema, queries, performance goal, and reporting use case.
5. Use action bullets that show troubleshooting, configuration, documentation, automation, monitoring, access control, or user impact.
6. Move unrelated work experience lower and rewrite it to highlight technical support, process improvement, communication, and escalation skills.
7. Include certifications in progress only when the exam date is scheduled or the credential is highly relevant to the target role.
8. Mirror important keywords from job descriptions honestly, but never claim tools or responsibilities you cannot discuss in an interview.

One common mistake is applying to hundreds of jobs with the same resume. A smaller number of targeted applications, paired with alumni outreach and portfolio links, usually gives IT graduates a stronger chance of reaching interviews.

Are there certifications that Information Technology graduates can secure to qualify for degree-level roles?

Certifications can help Information Technology graduates qualify for degree-level roles when they validate skills employers already request. They are most useful when paired with projects or experience; they are less useful when collected randomly without a target job.

BLS projections continue to show strong long-term demand for computer and IT workers, but that demand is uneven by specialization. Security, cloud, data, and software-adjacent roles often reward targeted credentials more than generic technology familiarity.

The table below summarizes certifications that can improve positioning for common IT pathways. Students should check local job postings before paying for any exam because employer preferences vary by region and industry.

A certification is usually faster and cheaper than a master's degree for closing a specific entry-level skill gap. A master's may make more sense later for leadership, cybersecurity depth, data science, research, or specialized architecture roles. Students comparing credential costs across disciplines may find a similar affordability lens in Research.com's guide to the cheapest online master's in human resources, even though the career field is different.

What steps can Information Technology students take to improve their chances of securing degree-level roles?

The best time to reduce underemployment risk is before graduation. Students who wait until the final semester often discover that entry-level IT postings expect experience, tools, and projects they could have started building much earlier.

A practical plan should combine coursework, employer research, projects, credentials, and networking. The following steps help students turn an Information Technology degree into a degree-level employment strategy:

1. Pick a role track by the sophomore or junior year, such as cybersecurity, cloud, networking, systems administration, data analytics, software support, or business systems analysis.
2. Audit 30 job postings in that track and record the tools, certifications, responsibilities, and soft skills that appear repeatedly.
3. Choose electives that match the role track rather than selecting only the easiest or most convenient classes.
4. Build a portfolio with three to five substantial projects, such as a secured home lab, cloud deployment, SQL dashboard, network design, incident response walkthrough, or automation script.
5. Apply for internships, co-ops, campus IT jobs, managed service provider roles, and part-time technical jobs before senior year.
6. Use faculty, alumni, LinkedIn, career fairs, and local technology groups to get referrals before applications enter crowded online systems.
7. Earn one targeted certification only after confirming that it appears in real postings for the desired role.
8. Practice technical interviews by explaining projects, trade-offs, mistakes, troubleshooting steps, and security implications in plain language.
9. Track applications and interviews weekly so weak response rates can be fixed with better targeting, stronger resume language, or more networking.
10. Evaluate first job offers by technical exposure, mentorship, promotion path, and skill growth, not salary alone.

Students should also be honest about fit. If they enjoy technology but not troubleshooting, systems, security, programming, data, or infrastructure work, a technology-adjacent business role may be better than forcing a technical path. For broader education comparisons, Research.com's guide to an online digital photography degree is a reminder that degree value depends on matching training, portfolio expectations, and the labor market for the intended career.