Best Bachelor's Degrees in Computer Science with a Cybersecurity Focus

The cybersecurity workforce gap hit roughly 500,000 unfilled positions in the U.S. heading into 2026, yet employers increasingly distinguish between candidates who can operate security tools and those who can build secure systems from scratch. A bachelor's in computer science with a cybersecurity concentration sits at that intersection, pairing deep training in algorithms, operating systems, and software engineering with applied coursework in network defense, cryptography, and threat analysis. The dual skill set commands a measurable salary premium over standalone cybersecurity credentials alone.

For career changers and working adults, the practical tension is access. Online and hybrid CS cybersecurity programs now range from around $5,400 to over $18,000 per year in tuition, and format, accreditation, and concentration depth vary widely across institutions. Understanding what to expect from a cybersecurity degree program is a smart first step, because not every program carrying a "cybersecurity" label delivers the same rigor or the same return.

Best Online Bachelor's in Computer Science – Cybersecurity Programs

The best online and hybrid computer science programs for cybersecurity-minded students pair strong technical foundations with security coursework, hands-on labs, and recognized designations. Each school here offers a credible route into software and security careers, with flexible delivery for working adults and career changers.

1. #1

   University of Illinois Springfield

   Springfield, IL · ~$10,000/yr (est.)

   Best for: Aspiring security engineers wanting federal validation

   The University of Illinois Springfield delivers a software-focused computer science program with on-campus and online flexibility, built around design, analysis, and implementation. The department carries the National Security Agency's Center of Academic Excellence designation, and students can layer information systems security coursework into their CS plan. It is a practical choice for students who want federal recognition plus a strong software foundation.

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   B.S. in Computer Science — Hybrid

   • On-campus and online options for flexible study.
   • Software-oriented curriculum for public and private sector careers.
   • Department certified by NSA as National Center of Academic Excellence.

   • Information systems security courses also offered.
   • Undergraduate computer science minor available.
   • Master of Science in related fields offered.

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2. #2

   University of Nebraska at Omaha

   Omaha, NE · $10,000 – $15,000/yr (est.)

   Best for: AI and security researchers wanting hands-on labs

   The University of Nebraska at Omaha anchors its computer science degree in a college with a dedicated cybersecurity program and the NSA Center of Academic Excellence designation. CS students can take security courses as electives, join shared cyber clubs and research, and pursue concentrations in artificial intelligence or a fast-track bachelor's-to-master's path. The Peter Kiewit Institute adds hands-on labs in areas like secure systems and networking.

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   Computer Science — Hybrid

   • 120 credit hours with general education, major, math, and science courses.
   • Day and evening courses with some online sections.
   • Minimum C grade in prerequisite courses.

   • Capstone project required.
   • Optional concentrations in AI and software engineering.
   • Fast Track program allows combined bachelor's and master's.

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   Computer Science: AI Concentration — Hybrid

   • ABET-accredited program with AI concentration.
   • Five-year accelerated bachelor's and master's option.
   • Research in software development, robotics, and data mining.

   • State-of-the-art facilities at Peter Kiewit Institute.
   • First Nebraska ABET accreditation; over 30 years established.

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   Computer Science: Fast Track — Hybrid

   • Fast Track accelerated option.
   • Minimum 3.0 GPA; complete 60 undergraduate hours first.
   • Up to 9 graduate credit hours count toward master's.

   • Courses offered day and evening with some online sections.
   • Four-year plan provided; capstone project required.

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3. #3

   Western Governors University

   Salt Lake City, UT · ~$13,000/yr (est.)

   Best for: Working adults seeking self-paced online flexibility

   Western Governors University offers a fully online, ABET-accredited computer science degree designed for working adults, with competency-based progress and a flat six-month tuition rate. The curriculum covers AI, machine learning, data structures, and software engineering, and includes industry certifications at no extra cost. It suits self-paced learners who want to move quickly and keep security skills in view.

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   Computer Science — Online

   • ABET-accredited online Bachelor of Science degree.
   • Focus on artificial intelligence and machine learning.
   • Tuition $4,125 per six-month term, no per-credit fees.
   • Includes Linux Essentials and ITIL Foundation certifications.

   • High school diploma and precalculus readiness required.
   • Transfer credits accepted; average completion in 25 months.
   • 37 courses with no fixed class times.
   • Prepares for software engineering and developer roles.

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5. #4

   Thomas Edison State University

   Trenton, NJ · $5,000 – $10,000/yr (est.)

   Thomas Edison State University offers a fully online Bachelor of Arts in Computer Science for adult learners, combining a liberal arts foundation with programming, data structures, operating systems, and computer architecture. The university's cybersecurity programs carry the NSA Center of Academic Excellence designation, and CS students can fold security courses into guided electives or add a cybersecurity certificate. Generous transfer policies and no on-campus requirements make it especially accessible.

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   Bachelor of Arts in Computer Science — Online

   • 120-credit, fully online degree.
   • Liberal arts foundation with programming and data structures.
   • Covers operating systems and computer architecture.
   • Flexible self-paced study with no on-campus requirements.

   • Generous credit transfer options for prior experience.
   • Financial aid and scholarships available.
   • Multiple start dates and online application process.

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6. #5

   University of Central Missouri

   Warrensburg, MO · ~$14,000/yr (est.)

   The University of Central Missouri offers a computer science degree with distinct options in computer networking, game development, and software development, all ABET accredited and available through a mix of in-person and online coursework. The software development path includes secure software engineering topics, and students can add a cybersecurity minor or join cyber defense and CTF teams. Internships, undergraduate research, and programming competitions support hands-on learning.

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   Computer Science: Computer Networking Option — Hybrid

   • Computer Science major with Computer Networking concentration.
   • Courses primarily in-person with some online options.
   • Hands-on learning, internships, and senior capstone projects.
   • State-of-the-art computing labs with Linux and Windows.

   • ABET-accredited program with high job placement rate.
   • Scholarships available for computer science majors.
   • Study abroad and undergraduate research opportunities.

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   Computer Science: Game Development Option — Hybrid

   • Game Development concentration with online and on-campus courses.
   • Full-time or part-time study at Warrensburg and Lee's Summit.
   • ABET-accredited program; state-of-the-art computing labs.

   • Senior capstone project and internship opportunities.
   • 95% employment/graduate school rate reported.
   • ACM, Brown, and Computer Science Achievement scholarships available.

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   Computer Science: Software Development Option — Hybrid

   • Software Development concentration with online and in-person courses.
   • Focus on algorithms, data structures, C, and Java.
   • Secure software engineering topics included.
   • Courses in software requirements, testing, and architecture.

   • 95% job placement rate; top 15% best value program.
   • Senior project required; study abroad options in Europe.
   • Career paths include software engineer, web developer, project manager.

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7. #6

   Western Kentucky University

   Bowling Green, KY · $12,000 – $27,000/yr (est.)

   Western Kentucky University's computer science program combines small class sizes, applied research, and a curriculum that covers software design, ethical computing, and secure engineering practices. Students can choose between a general track and an ABET-accredited Systems/Scientific Applications concentration, then add cybersecurity electives or a cyber defense competition team. The school's location between Louisville and Nashville also opens regional employer connections.

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   Computer Science: General — Hybrid

   • General concentration with small class sizes.
   • Applied research emphasis with faculty attention.
   • Theoretical and practical curriculum for software design careers.

   • Problem-solving, team leadership, and communication skills.
   • Ethical computing and professional responsibility focus.

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   Computer Science: Systems/Scientific Applications — Hybrid

   • ABET-accredited Systems/Scientific Applications concentration.
   • Two concentration options: General and Systems/Scientific.

   • Preparing for software design careers across industries.
   • Computing Accreditation Commission accredited.

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8. #7

   Indiana University-Indianapolis

   Indianapolis, IN · $11,000 – $35,000/yr (est.)

   Indiana University Indianapolis offers an online Bachelor of Science in Computer Science with a 120-credit structure that includes core programming, data structures, operating systems, databases, and algorithms. Security-focused electives and an internship or capstone give students room to tailor the degree toward cyber careers. The program is flexible for both Indiana residents and out-of-state online learners.

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   B.S. in Computer Science — Online

   • 120-credit hour online program.
   • Covers programming, data structures, operating systems, and databases.
   • Internship or capstone experiential learning options.

   • Security-focused electives available.
   • Transfer students should consult an academic advisor.
   • Some classes offered annually; plan ahead.

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9. #8

   Weber State University

   Ogden, UT · ~$10,000/yr (est.)

   Weber State University's computer science program blends hands-on projects with a strong computing foundation and offers face-to-face, online, hybrid, and FLEX formats. ABET accreditation keeps the curriculum aligned with professional standards, while Utah's tech industry provides networking and career connections. Students develop programming, problem-solving, and collaboration skills throughout.

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   Computer Science — Hybrid

   • ABET-accredited program.
   • Face-to-face, online, hybrid, and FLEX formats.
   • Hands-on projects with strong computing foundation.

   • Utah tech industry networking opportunities.
   • Emphasis on student instruction and support.

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10. #9

    University of the Cumberlands

    Williamsburg, KY · ~$14,000/yr (est.)

    University of the Cumberlands offers a Bachelor of Science in Computer Science on campus and online, covering programming, algorithms, databases, software engineering, and networks. A flat per-credit tuition rate and 120 total hours make it a budget-friendly option, and the curriculum includes data structures, computer architecture, and networking. Students can pursue a minor or add security coursework to tailor the degree.

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    B.S. in Computer Science — Online

    • 52 credit hours in the major; 120 total for degree.
    • $220 per credit hour; major costs $9,875.
    • Available on campus and online.
    • Covers programming, algorithms, databases, and software engineering.

    • Includes data structures, computer architecture, and networks.
    • Minor in computer science and associate option available.
    • 16:1 student-to-faculty ratio.

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11. #10

    Skagit Valley College

    Mount Vernon, WA · $5,000 – $10,000/yr (est.)

    Hispanic-Serving Institution

    Skagit Valley College offers a direct-entry Bachelor of Science in Computer Science with open admissions, making it one of the more accessible options on this list. As a community college bachelor's program, tuition runs lower than most four-year universities, and the curriculum focuses on practical skills for high-demand computing roles. Students can add security electives or follow transfer pathways into dedicated cyber programs.

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    B.S. in Computer Science — Hybrid

    • Direct-entry four-year program.
    • Open admissions, no selective requirements.
    • Accredited by Northwest Commission on Colleges and Universities.

    • Prepares for high-demand tech careers.
    • Community college tuition typically lower than four-year universities.

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What Is a Computer Science Cybersecurity Degree?

A computer science cybersecurity degree is a traditional CS program that layers security-focused coursework on top of a core foundation in programming, algorithms, data structures, and systems architecture. Rather than studying security in isolation, you learn how software and networks are built from the ground up, then apply that knowledge to defend them. Think of it as earning a full computer science degree with a built-in concentration, track, or emphasis in cybersecurity.

This hybrid structure matters because computer science remains the most common degree background among working cybersecurity professionals, according to multiple workforce studies.¹ Employers recognize that candidates who understand low-level computing concepts, operating systems internals, and software development are well equipped to identify vulnerabilities and architect secure solutions.

How It Differs from a Standalone Cybersecurity Degree

A standalone cybersecurity degree typically focuses on threat detection, compliance frameworks, digital forensics, and network defense from day one. A CS cybersecurity degree covers those topics too, but only after grounding you in broader computer science theory and practice. The practical difference shows up in career flexibility: CS graduates can pivot into software engineering, data science, or cloud architecture if their interests shift, while still qualifying for security analyst and security engineer roles.

Reviewing program curricula on university websites is one of the best ways to see this distinction clearly. Look for the ratio of general CS coursework to security-specific electives, and check whether the program includes a capstone or lab component focused on real-world security scenarios.

What the Job Market Tells Us

Browsing current openings on LinkedIn, Indeed, or the CyberSeek heat map reveals that many employers list a computer science degree as preferred or required for mid-level and senior security positions. The Bureau of Labor Statistics notes that information security analysts typically need at least a bachelor's degree, and a CS background is among the most commonly accepted.²

At the same time, the hiring landscape is shifting toward skill-based evaluation.³ The 2025 ISC2 Cybersecurity Workforce Study and reports from ISACA and CompTIA highlight that hiring managers increasingly value demonstrated competencies, particularly in cloud security, AI and machine learning, identity management, and zero-trust architecture. A degree still helps clear initial screening filters, but pairing it with certifications like Security+ (for early-career roles) or CISSP (for senior positions) strengthens your candidacy considerably.⁵

Why This Path Appeals to Career Changers

If you are switching into cybersecurity from another field, a CS cybersecurity degree offers a structured on-ramp. You do not need prior tech experience to start most programs, yet you graduate with both the theoretical depth and the security specialization that employers look for. Alternative pathways such as internships, apprenticeships, and industry certifications can supplement the degree, but the CS foundation gives you a durable credential that keeps doors open across the broader tech ecosystem. For a broader look at how to map your entry point, our guide on the cybersecurity career path breaks down the steps.

Before committing, explore workforce reports from organizations like ISC2, ISACA, and CompTIA for the latest survey data on degree trends and hiring manager preferences. These resources, combined with a careful review of best online cybersecurity programs, will help you determine whether a CS cybersecurity track aligns with your career goals.

CS Cybersecurity vs. Standalone Cybersecurity Degrees

Choosing between a computer science degree with a cybersecurity concentration and a standalone cybersecurity degree is one of the most consequential decisions you will make early in your career. The two paths share a common destination, protecting digital systems, but they take notably different routes to get there. Here is how they compare across the dimensions that matter most.

Core Curriculum Focus

A CS cybersecurity program is, at its foundation, a computer science degree. You will spend the first two years building a broad computing base (data structures, operating systems, computer architecture, software engineering) before layering on security electives such as network defense, cryptography, and secure software development. A standalone cybersecurity degree program flips that emphasis: security topics appear in your first semester, and the curriculum is organized around protecting systems rather than building them from scratch. Expect earlier exposure to compliance frameworks, digital forensics, risk management, and security operations.

Math and Programming Depth

This is where the gap is widest. CS cybersecurity tracks typically require calculus I and II, discrete mathematics, linear algebra, and probability or statistics. You will also complete a full programming sequence, often in two or three languages, plus dedicated coursework in algorithms and data structures. Standalone cybersecurity programs usually require college algebra or a single statistics course, with scripting (Python, Bash) rather than a multi-semester software engineering track. If you enjoy logic puzzles and building tools from the ground up, the CS path will feel natural. If you would rather analyze threats and enforce policy, the standalone route removes math barriers that might slow your progress.

Typical Electives

CS cybersecurity students choose from electives like machine learning, cloud computing, compiler design, and advanced cryptography. Standalone programs lean toward governance, risk, and compliance (GRC), incident response procedures, identity and access management, and security audit methodology. Both may offer penetration testing or ethical hacking courses, but the framing differs: CS students often approach offensive security as an extension of software analysis, while standalone students focus on operational playbooks.

Career Flexibility

A computer science foundation opens doors well beyond cybersecurity. Graduates move comfortably into security engineering, application security engineer career path, cloud security architecture, DevSecOps, and security research, but they can also pivot to software development, data engineering, or systems architecture if their interests evolve. Standalone cybersecurity graduates are well positioned for SOC analyst, cybersecurity analyst, GRC analyst, IT auditor, and junior incident response roles. These are high-demand positions, yet the career corridor is narrower if you later decide security is not your long-term focus.

Employer Perception

No major workforce study from ISC2, ISACA, or CyberSeek isolates hiring outcomes by degree type, so broad generalizations should be taken with a grain of salt. That said, hiring managers for engineering-heavy security roles (think security engineer or what does a security architect do) tend to favor candidates with demonstrated programming and algorithm skills, which a CS degree signals clearly. For analyst and compliance roles, a standalone cybersecurity degree, especially one aligned with NICE Workforce Framework categories, can be just as competitive or more so because it maps directly to day-one job functions.

Certification Alignment

Both paths complement industry certifications, but in different ways. CS cybersecurity graduates often pursue certifications that reward technical depth: OSCP, AWS Security Specialty, or GIAC Secure Software Programmer. Standalone cybersecurity graduates tend to align first with CompTIA Security+, CySA+, or ISC2 Certified in Cybersecurity, certifications that validate operational security knowledge and can be earned shortly after graduation.

Which Path Fits You?

If you want to build security tools, write secure code, or eventually architect enterprise defenses, the CS cybersecurity track provides the deeper technical runway. If you want to defend networks from day one, enforce policy, or move quickly into a SOC or compliance role, a standalone cybersecurity degree gets you there faster with less math overhead. Neither choice is wrong. The right answer depends on how you want to spend your first five years in the field and how much flexibility you want afterward.

Questions to Ask Yourself

Typical Curriculum and Cybersecurity Concentrations

A computer science cybersecurity degree blends a rigorous CS foundation with specialized security coursework, giving you both the theoretical depth and the hands-on skills employers look for. Here is what that curriculum typically looks like and why the structure matters for your career.

The Computer Science Core

Expect to spend roughly half your credits on traditional CS coursework. These classes build the analytical muscle you will rely on in every cybersecurity role:

• Data structures and algorithms: The backbone of problem-solving in software and security tool development.
• Operating systems: Understanding process management, memory allocation, and kernel-level operations is essential for analyzing exploits.
• Computer architecture: Knowing how hardware and low-level systems interact helps you grasp where vulnerabilities originate.
• Databases: You will learn relational and non-relational data models, plus how SQL injection and other data-layer attacks work.
• Software engineering: Covers development methodologies, version control, and collaborative coding practices.
• Discrete math and calculus: These underpin algorithm analysis, cryptographic proofs, and statistical models used in threat detection.

This core is what separates a CS cybersecurity degree from a standalone cybersecurity program and positions you for a wider range of technical roles.

Cybersecurity Concentration Courses

Once you have the CS fundamentals in place, the cybersecurity concentration layers on applied security topics:

• Network security: Firewalls, intrusion detection and prevention systems, VPNs, and secure network architecture.
• Cryptography: Symmetric and asymmetric encryption, hashing, digital signatures, and public key infrastructure. Students drawn to this area may want to explore what it takes to become a cryptographer.
• Ethical hacking and penetration testing: Offensive security techniques used to identify and remediate vulnerabilities before adversaries exploit them.
• Secure software development: Writing code with security baked in from design through deployment, including threat modeling and secure coding standards.
• Digital forensics: Evidence collection, chain of custody, disk and memory analysis, and incident reconstruction. If this track appeals to you, the forensic computer analyst role is a natural career target.
• Security operations: Log analysis, SIEM platforms, incident response playbooks, and real-time monitoring workflows.

Capstones and Hands-On Learning

Programs increasingly require practical components that mirror real-world conditions. Cyber ranges (virtual lab environments that simulate enterprise networks) let you practice attack and defense scenarios without risk. Many programs now integrate Capture the Flag competitions into coursework, challenging you to solve security puzzles under time pressure. Capstone projects often ask you to design, secure, and audit a system end to end, sometimes in partnership with an industry sponsor. Some schools also offer co-op semesters or internship tracks embedded directly in the degree plan, giving you documented work experience before graduation.

Certification-Aligned Coursework

One differentiator worth paying attention to is whether a program aligns its courses with industry certification objectives. CompTIA Security+ remains the entry-level baseline and is frequently required for junior security analyst, SOC analyst, and Department of Defense-related positions.⁴ Many applied and teaching-focused universities weave Security+ preparation into introductory security and network defense courses.⁵ Some go further by embedding content mapped to EC-Council's Certified Ethical Hacker (CEH) for offensive security tracks, Cisco's CCNA for network-heavy concentrations, or CompTIA CySA+ for students targeting blue-team SOC roles.⁶

Look for programs that hold academic partnerships with organizations like CompTIA, EC-Council, ISC2, or Cisco Networking Academy.⁶ These partnerships often mean you get discounted or included exam vouchers as part of your tuition or lab fees, which can save hundreds of dollars per certification attempt.⁷ A recommended sequence for new graduates is to earn Security+ first, then pursue a networking credential such as Network+ or CCNA, and add cloud fundamentals (AWS Cloud Practitioner or Azure Fundamentals) if you are eyeing cloud security or DevSecOps paths.⁴ More advanced certifications like CISSP require four to five years of professional experience, so they sit further down the road. However, a strong CS cybersecurity curriculum lays the conceptual groundwork you will draw on when you eventually pursue them.

NSA CAE-Designated Programs With a CS Cybersecurity Track

If you want external validation that a cybersecurity program meets serious academic standards, the NSA and DHS Centers of Academic Excellence (CAE) designation is the gold standard to look for. Understanding what it means, and which schools hold it, can sharpen your search considerably.

What the CAE Designation Actually Means

The CAE program is a joint initiative between the National Security Agency and the Department of Homeland Security. Schools that earn this designation have demonstrated that their cybersecurity curriculum aligns with a rigorous, government-defined body of knowledge. In practical terms, it tells you three things:

• Curriculum rigor: The coursework has been independently validated against national cybersecurity education standards.
• Scholarship access: Students at CAE-designated institutions may be eligible for competitive federal funding, including the CyberCorps Scholarship for Service (SFS) program, which covers tuition and provides a stipend in exchange for government service after graduation.
• Employer recognition: Federal agencies, defense contractors, and many private-sector employers actively recruit from CAE schools, so the designation carries real weight on a resume.

Three Types of CAE Designations

Not all CAE labels are the same. The program distinguishes between three tracks:

• CAE-CD (Cyber Defense): Focused on defensive principles, secure system design, and risk management. This is the most common designation.
• CAE-CO (Cyber Operations): A more technically intensive designation centered on offensive and operational cybersecurity skills. Fewer schools hold this one.
• CAE-R (Research): Awarded to institutions with active, funded cybersecurity research programs, typically at the doctoral level. If you're curious whether that research path pays off long-term, it's worth exploring whether a PhD in cybersecurity is worth it.

A school can hold more than one designation, and holding multiple designations generally signals deeper institutional investment in the field.

CAE Schools Offering a CS Degree with a Cybersecurity Track

Several CAE-designated institutions specifically offer a bachelor's in computer science with a cybersecurity concentration or emphasis.¹ Based on recent program listings, notable examples include:

• Arizona State University (Arizona): BS in Computer Science with a Cybersecurity concentration. Holds both CAE-CD and CAE-R designations.
• Dakota State University (South Dakota): BS in Computer Science with a Cyber Operations or security-focused track. One of the rare schools holding CAE-CD, CAE-CO, and CAE-R designations simultaneously.²
• University of Alabama in Huntsville (Alabama): BS in Computer Science with a Cybersecurity concentration. Holds CAE-CD and CAE-R.
• Northeastern University (Massachusetts): BS in Computer Science with a Cybersecurity concentration. Holds CAE-CD.
• Colorado School of Mines (Colorado): BS in Computer Science with a Cybersecurity emphasis. Holds CAE-CD.
• University of Arkansas (Arkansas): BS in Computer Science with a Cybersecurity track. Holds CAE-CD and CAE-R.
• University of South Alabama (Alabama): BS in Computer Science with a Cybersecurity or Information Assurance track. Holds CAE-CD.
• University of California, Davis (California): BS in Computer Science with a security focus. Holds CAE-CD.

This list reflects program information available as of 2024. Designations are reviewed periodically, and schools can gain or lose their status over time.

Verify Before You Commit

Because the CAE list updates on a rolling basis, always confirm a school's current designation before making enrollment decisions. The CAE Community Map, maintained by the NSA, is the official searchable database. You can filter by designation type, state, and degree level to find programs that match your goals. Taking five minutes to verify a school's status can save you from assuming a benefit, like SFS scholarship eligibility, that may no longer apply.

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Costs, ROI, and Financial Outcomes for CS Cybersecurity Graduates

The numbers below offer an at-a-glance snapshot of what students across our ranked CS cybersecurity programs can expect to pay and earn. Net price figures reflect institution-wide averages after financial aid, not program-specific guarantees, so your actual cost may differ based on residency, transfer credits, and aid eligibility. Program-level first-year earnings are not yet available for these programs, so we use institution-wide median earnings at ten years post-entry as the best available benchmark.

Costs, ROI, and Financial Outcomes for CS Cybersecurity Graduates

Choosing a computer science cybersecurity degree is as much a financial decision as an academic one. The good news: online and hybrid programs in this space span a wide price range, giving career changers realistic options at nearly every budget level.

Net Price Varies Widely by Institution Type

Among the top-ranked online CS cybersecurity programs, net prices for public institutions range from roughly $1,750 per year at South Texas College to around $17,000 at Metropolitan State University, with many public schools landing between $6,000 and $11,000 annually. Private nonprofit options tend to cost more. Western Governors University carries an effective net price near $12,550 per year, while Concordia University-Saint Paul sits at about $18,460. For students who qualify for state residency or institutional aid, public programs often deliver the lowest out-of-pocket totals. If budget is your primary concern, our roundup of affordable online cybersecurity programs is a good starting point.

Understanding Graduate Debt

Program-level debt and monthly repayment figures are not yet published for most CS cybersecurity concentrations in the federal data. At the institution level, however, median graduate debt across these schools typically falls between $11,000 and $19,500. Western Governors University graduates carry a median debt of roughly $11,100, Thomas Edison State University graduates around $12,500, and Arizona State University graduates closer to $19,500. These figures give you a reasonable ballpark, though your individual borrowing will depend on transfer credits, financial aid, and how quickly you finish.

Earnings Trajectory After Graduation

Program-specific earnings one and four years after completion are not yet reported for these CS cybersecurity tracks. What we can reference are institution-wide median earnings ten years out, which provide a useful long-term signal. Graduates from the University of Florida report median earnings near $71,600, Thomas Edison State University graduates around $69,300, and Metropolitan State University graduates about $64,700. Even schools with lower sticker prices, such as Skagit Valley College and Edmonds College, show ten-year medians between $43,500 and $48,100, reflecting solid returns relative to their low tuition.

A Quick ROI Snapshot

One practical way to gauge value is to compare an institution's ten-year median earnings against its median graduate debt. By that measure, South Texas College stands out dramatically, with very low costs producing a strong earnings-to-debt ratio. Thomas Edison State University and Western Governors University also perform well, both showing earnings that are roughly five to five and a half times their median debt. Arizona State University and Metropolitan State University deliver ratios above three to one, still a healthy return.

Keep in mind that these ratios are institution-wide proxies rather than program-specific guarantees. Individual outcomes depend on your chosen specialization, geographic market, prior experience, and whether you pursue cybersecurity certifications for beginners alongside your degree.

Graduation Rates as a Support Signal

Institution-wide graduation rates at these schools range from about 27 percent at South Texas College to over 91 percent at the University of Florida. A higher rate generally signals stronger academic support, advising, and student retention resources, all factors that can help you actually cross the finish line. That said, these percentages reflect the full student body, not just CS cybersecurity majors, so treat them as one data point among many when comparing programs.

Career Paths and Job Outcomes for CS Cybersecurity Graduates

A bachelor's in computer science with a cybersecurity focus opens doors to some of the fastest-growing and highest-paying roles in tech. The combination of deep programming skills, systems knowledge, and security expertise makes these graduates highly competitive across a wide range of positions and industries.

Job Titles You Can Target

CS cybersecurity graduates are well positioned for roles that blend software development with defensive and offensive security work. Common job titles include:

• Information Security Analyst: Monitors networks, investigates breaches, and implements protective measures across an organization's infrastructure.
• Security Engineer: Designs and builds secure systems, automates threat detection, and hardens cloud and on-premise environments.
• Penetration Tester: Simulates real-world attacks to identify vulnerabilities before malicious actors can exploit them.
• SOC Analyst: Works in a security operations center triaging alerts, analyzing logs, and coordinating incident response around the clock.
• Security Software Developer: Writes code for security tools, encryption libraries, and intrusion detection systems, a role where CS fundamentals are indispensable.
• Cybersecurity Consultant: Advises organizations on risk management, compliance frameworks, and security architecture.
• Vulnerability Researcher: Reverse-engineers software and firmware to discover zero-day exploits, often working for government agencies or major tech firms.

Salary and Job Growth Outlook

According to the Bureau of Labor Statistics, information security analysts earned a median annual salary of approximately $124,910 as of 2024.¹ Entry-level positions such as SOC analyst roles typically start in the $60,000 to $90,000 range, while experienced security engineers can command $150,000 to $170,000 or more.⁴ The wage spread is significant: the 10th percentile sits near $69,660, while top earners at the 90th percentile reach $186,420.²

Job growth in this field is exceptional. The BLS projects a 29% increase in information security analyst positions between 2024 and 2034, with total employment expected to rise from roughly 182,800 to about 234,900.¹ That translates to around 16,000 job openings per year, well above average for all occupations. Program-level early-career earnings specifically for CS cybersecurity graduates are not yet published at most schools, but institutional data from top-ranked programs shows that computer science graduates overall tend to earn $60,000 to $72,000 within ten years of enrollment, with security-focused roles often landing at the higher end of that range.

Can You Get a Cybersecurity Job with a CS Degree?

Absolutely. In fact, many employers actively prefer candidates with a computer science foundation because security work increasingly demands the ability to write and audit code, understand operating system internals, and reason about algorithms. Standalone cybersecurity degrees cover policy and tools effectively, but a CS degree with a security track gives you the programming depth that roles like security software developer, vulnerability researcher, and penetration tester career path specifically require. Hiring managers in technical security teams consistently value candidates who can both break and build software. For those interested in the infrastructure side, the security engineer career path is another natural fit that leverages your CS training.

Industries Hiring CS Cybersecurity Graduates

Demand spans virtually every sector, but several industries stand out as particularly active recruiters:

• Defense and Government: Agencies like the NSA, CISA, and the Department of Defense employ thousands of cybersecurity professionals, and many of their roles require or strongly favor a CS background.
• Finance: Banks, investment firms, and fintech companies face constant regulatory pressure and sophisticated threats, making security teams a top hiring priority.
• Healthcare: Protecting patient data under HIPAA drives steady demand for analysts and engineers who understand both systems architecture and compliance.
• Technology: Major cloud providers, software companies, and startups all maintain large security organizations.
• Consulting: Firms like Deloitte, Booz Allen Hamilton, and boutique security consultancies hire CS cybersecurity graduates for client-facing advisory and technical assessment work.

The takeaway is straightforward: a computer science cybersecurity degree positions you for roles that are growing faster than nearly any other segment of the tech workforce, with compensation that reflects the urgency employers feel about filling these positions.

How to Choose the Right CS Cybersecurity Program

Picking a computer science cybersecurity degree is a decision you will live with for years, so it pays to evaluate programs against a handful of concrete factors rather than gut feeling or brand recognition alone. The checklist below will help you compare options methodically.

Accreditation and Designations

Start with accreditation. ABET accreditation for the computer science component signals that the curriculum meets rigorous, peer-reviewed standards for math, programming, and systems content. On top of that, an NSA Center of Academic Excellence (CAE) designation confirms the cybersecurity coursework aligns with national workforce frameworks. A program that carries both marks gives you the strongest foundation for graduate school, government clearances, and employer confidence.

Delivery Format

Every ranked program in this guide is available online, but delivery models vary. Some schools offer fully asynchronous courses you can complete from anywhere, while others build in hybrid lab intensives or optional on-campus weekends for hands-on exercises. Think honestly about your schedule, your learning style, and whether you can travel for periodic residencies before committing.

Hands-On Learning Opportunities

Coursework alone will not prepare you for real incident response or penetration testing scenarios. Look for programs that provide access to dedicated cyber ranges, Capture the Flag (CTF) competition teams, cooperative education placements, or capstone projects with industry partners. These experiences differentiate graduates dramatically in the job market and give you portfolio-ready work to show hiring managers. If penetration testing appeals to you, review the full how to become an ethical hacker guide to see how degree coursework maps to that specialty.

Certification Alignment

Some programs weave preparation for industry certifications like CompTIA Security+ or the Certified Ethical Hacker (CEH) directly into required courses. That means you can sit for the exam shortly after finishing a class, saving both study time and the cost of separate boot camps. Ask admissions which certifications the curriculum maps to and whether any exam vouchers are included in tuition.

Cost and Financial Outcomes

Sticker price is misleading. Focus on net price after institutional aid and, more importantly, on what graduates actually earn. When available, program-level earnings and employment data let you calculate a realistic return on investment. Compare options using an accredited cybersecurity programs online directory to see how tuition stacks up across institutions. A lower-cost program that places graduates into competitive salaries within a year often delivers better long-term value than a prestigious name with thin outcomes data. Use the financial figures published in our rankings above to make apples-to-apples comparisons rather than relying on tuition alone.

Frequently Asked Questions About CS Cybersecurity Degrees

Choosing the right degree path in cybersecurity raises a lot of practical questions, especially for career changers weighing time, cost, and job outcomes. Below are answers to the questions we hear most often from prospective students exploring a computer science cybersecurity degree in 2026.

More Online CS Cybersecurity Programs to Consider

If the top-ranked programs didn't quite fit your needs, this broader directory includes additional online and hybrid computer science cybersecurity degrees worth exploring. Each entry highlights the school's program format, net price, and a distinctive feature from our research.