- CS degree v. cyber degree
- Cybersecurity emphasis
- 2026 rankings
- Computer Science approach
- Choose the right program
- Scholarships for students
- Is cyber emphasis worth it?
- Cyber emphasis degree FAQs
- Program listings
If you’re drawn to both programming and security, you’re facing one of the most common — and genuinely consequential — degree decisions in tech: should you pursue a dedicated cybersecurity degree, or a computer science degree with a cybersecurity concentration? They sound similar. They’re not.
They train for different kinds of security work, attract different employers, and lead to different career trajectories. This guide explains the difference, what a CS degree with a cybersecurity emphasis actually prepares you for, how the two paths compare on salary and career outcomes, and how to find the right program for your goals.
QUICK ANSWER
A computer science degree with a cybersecurity emphasis combines core CS fundamentals — programming, algorithms, networks, and systems — with 9–12 credit hours of security-specific coursework within a 120–126 credit degree.
It prepares graduates for roles where security is built into software and system design, rather than applied as a layer of defense afterward. This path fits students who want to write secure code, architect secure systems, or work at the intersection of software engineering and security.
Computer Science Degree vs. Cybersecurity Degree: What’s the Real Difference?
A computer science degree with a cybersecurity emphasis and a dedicated cybersecurity degree are not two versions of the same thing — they reflect two fundamentally different philosophies about security.
The CS approach is about building security in: writing secure code, designing architectures that resist attack from the first line. The cybersecurity approach is about applying security on top: defending, monitoring, and responding to threats against existing systems. Both matter. But they prepare you for different jobs.
What CS Cybersecurity Graduates Do
Computer science graduates with a cybersecurity concentration are trained to think about security as an engineering problem — something to be solved at the design level, not patched in after the fact. Common roles and career paths include:
- Application security engineer: Reviewing and hardening code before it ships; finding and fixing vulnerabilities in software during development rather than after deployment
- Software developer with security focus: Writing secure-by-design applications across industries from fintech to cloud infrastructure to defense systems
- Security architect: Designing the security foundations of systems, networks, and cloud infrastructure — a role that requires both programming depth and security fluency
- Cloud security engineer: Implementing and managing security for cloud-native applications and infrastructure at AWS, Azure, GCP, and the organizations that build on them
- Computer scientist/researcher: Academic or industry research roles where deep CS fundamentals plus security knowledge produce original contributions — cryptography research, formal verification, secure system design
Median salary for software developers: $127,000.
What Cybersecurity Degree Graduates Do
Dedicated cybersecurity degree graduates are trained to defend systems that already exist — monitoring networks, investigating intrusions, enforcing policy, and responding to incidents. Common roles include:
- Information security analyst: Monitoring networks, analyzing alerts, and protecting organizational systems from intrusion
- Penetration tester / ethical hacker: Probing systems for vulnerabilities under controlled conditions — a practitioner-heavy role that cybersecurity programs specifically prepare for
- Security operations center (SOC) analyst: Real-time threat monitoring, incident triage, and escalation across enterprise and government environments
- Incident responder: Leading or supporting the response to active security events — containment, forensic investigation, recovery
- Security consultant: Advising organizations on compliance, risk posture, and defensive security strategy
Median salary for information security analysts: $124,910
Which Path Pays More?
At the median, the two paths are remarkably close: software developers earn approximately $127,000 and information security analysts earn $124,910. The gap most people expect — based on the narrative that “cybersecurity pays more” — is narrower than the data supports at entry and mid-level. What cybersecurity does have is significantly stronger growth projections: 29% employment growth from 2024–2034 for information security analysts, versus 26% for software developers (BLS). The talent shortage in security is real, and it compresses the salary gap further at senior and specialized levels. Neither degree is definitively the higher-earning path — role type, experience, certifications, and specialization matter more than the degree name.
Which Should You Choose?
The decision comes down to the kind of security work you want to do:
- Choose a CS degree with cybersecurity emphasis if: you want to write code, build secure systems, or work in application security, software development, research, or cloud infrastructure. Programming is the primary skill; security is the lens.
- Choose a dedicated cybersecurity degree if: you want to monitor, defend, investigate, and respond — SOC roles, penetration testing, incident response, forensics, or compliance-driven positions. Security operations are the primary skill; programming is supporting knowledge.
- Many job postings accept either: For roles like information security analyst or security engineer, employers typically accept both degree types. The distinction matters most for highly specific roles — federal positions and regulated industries sometimes specify one or the other.
For more information on the full dedicated cybersecurity degree path, see our cybersecurity bachelor’s degree guide.
What Is a Computer Science Degree with a Cybersecurity Emphasis?
A computer science degree with a cybersecurity emphasis — also called a concentration or track — is a bachelor’s degree in computer science that includes a structured set of security-specific courses embedded within the standard CS curriculum. It is not a dual degree, a minor, or a separate program. The security concentration is part of the computer science degree itself.
How the Cybersecurity Concentration Works
Most CS degrees with a cybersecurity concentration require 120–126 total credit hours, of which 9–12 credits are security-specific. The remaining credits cover the full computer science curriculum: programming languages, data structures, algorithms, operating systems, computer architecture, and mathematics. This structure means the security concentration adds specialization without replacing the CS foundation — it runs on top of it.
An important point that surprises many students: the 9–12 security credits count toward the degree, not in addition to it. You’re not doing extra work to earn the concentration — you’re replacing a portion of your CS electives with security courses. Common security coursework within a CS concentration includes:
- Network security and defense
- Cryptography and applied mathematics of security
- Ethical hacking and penetration testing fundamentals
- Application security and secure software development
- Security policy, compliance, and risk management
How This Differs From a Minor or Separate Certification
A cybersecurity minor is typically 15–18 credits pursued independently alongside a main major. It does not integrate into the CS curriculum — it sits alongside it. A cybersecurity concentration, by contrast, is designed as part of the CS major and carries the implicit endorsement of the CS program. From an employer’s perspective, a CS degree with a cybersecurity concentration signals that the candidate’s security knowledge was validated within a rigorous CS curriculum — not bolted on separately.
Why These Programs Are Growing
Many universities find it easier to expand an existing CS program with a security concentration than to build a separate cybersecurity degree from scratch. This is partly pragmatic — the CS department already has faculty, labs, and accreditation — but it also reflects a genuine philosophical alignment between computer science and security at the curriculum design level. As a result, CS programs with security concentrations are now available at a wide range of institutions, from large research universities to regional four-year colleges.
Best Computer Science Degree Programs with Cybersecurity Emphasis for 2026
- Program: Computer Science Cyber Security Bachelor’s Degree
Delivery method: Online
Total tuition: $47,190
2025/2026 Cost per credit: $390
Credits: 121
Learn more: Program details - Program: BS Computer Science, Cybersecurity Concentration
CAE designation: CAE-CD, CAE-R
Delivery method: Campus
Total tuition: $70,200
2025/2026 Cost per credit: $389 in-state | $585 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science with Cybersecurity (B.S.)
CAE designation: CAE-CD
Delivery method: Campus
Total tuition: $94,550
2025/2026 Cost per credit: $775
Credits: 122
Learn more: Program details - Program: Computer Science, Information Assurance and Cybersecurity Concentration, B.S.
CAE designation: CAE-CD
Delivery method: Campus
Total tuition: $59,640
2025/2026 Cost per credit: $497
Credits: 120
Learn more: Program details - Program: Computer Science BA with Cybersecurity Minor
Delivery method: Campus
Total tuition: $65,940
2025/2026 Cost per credit: $390 in-state | $942 out-of-state
Credits: 70
Learn more: Program details - Program: B.S. in Computer Science – Cybersecurity & Information Assurance Concentration
Delivery method: Campus
Total tuition: $130,080
2025/2026 Cost per credit: $1,084
Credits: 120
Learn more: Program details - Program: Computer Science/Cybersecurity, BS
CAE designation: CAE-CD
Delivery method: Campus
Total tuition: $88,680
2025/2026 Cost per credit: $531 in-state | $739 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science – Computer Security
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $57,840
2025/2026 Cost per credit: $482
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science - Security Science Track
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $167,760
2025/2026 Cost per credit: $480 in-state | $1,398 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science with an Emphasis in Cybersecurity (BS)
Delivery method: Campus
Total tuition: $58,800
2025/2026 Cost per credit: $490
Credits: 120
Learn more: Program details - Program: Bachelor's degree in Computer Science, Cybersecurity Concentration
CAE designation: CAE-CD, CAE-R
Delivery method: Campus
Total tuition: $94,354.80
2025/2026 Cost per credit: $247.95 in-state | $786.29 out-of-state
Credits: 120
Learn more: Program details - Program: Major in Computer Science - Cyber Operations Track
CAE designation: CAE-CD, CAE-CO
Delivery method: Campus
Total tuition: $135,720
2025/2026 Cost per credit: $332 in-state | $1,131 out-of-state
Credits: 120
Learn more: Program details - Program: B.S. in Computer Science | Cybersecurity
CAE designation: CAE-CD
Delivery method: Campus
Total tuition: $91,800
2025/2026 Cost per credit: $493 in-state | $765 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science - Cybersecurity Track
Delivery method: Campus
Total tuition: $126,375
2025/2026 Cost per credit: $475 in-state | $1,011 out-of-state
Credits: 125
Learn more: Program details - Program: Computer Science (Cybersecurity) - Bachelor of Science
Delivery method: Campus
Total tuition: $123,955.20
2025/2026 Cost per credit: $319.46 in-state | $1,032.96 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science, Concentration in Cybersecurity
CAE designation: CAE-CD
Delivery method: Campus
Total tuition: $174,720
2025/2026 Cost per credit: $1,456
Credits: 120
Learn more: Program details - Program: Bachelor's in Computer Science - Cybersecurity Concentration
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $164,834.40
2025/2026 Cost per credit: $642.42 in-state | $1,373.62 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor of Science with a concentration in cybersecurity
CAE designation: CAE-CD, CAE-R
Delivery method: Campus
Total tuition: $161,640
2025/2026 Cost per credit: $575 in-state | $1,347 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science, Cybersecurity Concentration, B.S.
Delivery method: Campus
Total tuition: $100,080
2025/2026 Cost per credit: $159 in-state | $834 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science: Cybersecurity Option (B.A.)
Delivery method: Campus
Total tuition: $200,850
2025/2026 Cost per credit: $665 in-state | $1,545 out-of-state
Credits: 130
Learn more: Program details - Program: Bachelor of Science: Computer Science - Cybersecurity Emphasis
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $143,280
2025/2026 Cost per credit: $533 in-state | $1,194 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science: Cyber Security, B.S.
CAE designation: CAE-CD
Delivery method: Campus
Total tuition: $117,480
2025/2026 Cost per credit: $633 in-state | $979 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science B.S. - Cybersecurity Track
CAE designation: CAE-CD, CAE-R
Delivery method: Campus
Total tuition: $143,160
2025/2026 Cost per credit: $401 in-state | $1,193 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science BS Degree, Cybersecurity Option
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $183,000
2025/2026 Cost per credit: $701 in-state | $1,525 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science B.S. with Cybersecurity Concentration
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $128,344
2025/2026 Cost per credit: $350 in-state | $1,052 out-of-state
Credits: 122
Learn more: Program details
These rankings were compiled from data accessed in February 2026 from the Integrated Post-Secondary Education Data System (IPEDS) and College Navigator (National Center for Education Statistics). Tuition data was sourced from individual university websites. Programs are ranked on a combination of program credentials, curriculum quality, and outcomes data.
2025 Rankings
2024 Rankings
A Computer Science Approach to Cybersecurity
Computer science and cybersecurity are sometimes taught as if they are adjacent disciplines that happen to overlap. In a well-designed CS cybersecurity program, they’re not — security is woven into the foundation of every major topic, not added as a finishing layer.
A computer scientist working in security is concerned with the security ramifications of how programs, devices, applications, and networks are designed and implemented. That means asking security questions at the architecture phase, not the deployment phase.
It means writing code that doesn’t create vulnerabilities rather than writing code and then auditing it for vulnerabilities afterward. This philosophical difference — build secure vs. defend against attack — is the essential distinction between what CS cybersecurity programs and dedicated cybersecurity programs train their graduates to do.
Who Hires CS Cybersecurity Emphasis Graduates
The employers who most value CS graduates with security concentrations are organizations where security is an engineering function, not a compliance or operations function. That typically means:
- Technology companies: Cloud providers (AWS, Google Cloud, Azure), large software firms, and infrastructure companies need engineers who build security into products — not just analysts who monitor them after release
- Fintech and financial infrastructure: Payment systems, trading platforms, and digital banking products require developers who understand the security implications of every design decision
- Defense contractors building secure systems: Firms like Lockheed Martin, Raytheon, and MITRE build classified and high-assurance systems where CS fundamentals plus security clearance-level rigor are both required
- Startups and product companies: Early-stage companies often cannot afford separate engineering and security teams — developers who can do both are disproportionately valuable
As the field matures, more organizations are recognizing that the most effective security isn’t just about having a security team — it’s about having developers who build security into the product before the security team ever sees it. That’s the niche the CS cybersecurity graduate occupies.
How to Choose the Right Degree Program
Choosing between a CS cybersecurity emphasis and a dedicated cybersecurity degree is ultimately a question of which kind of security work you want to do and how deep you want to go in programming. Here’s a practical framework, followed by an expert perspective from a faculty member at one of the country’s leading engineering programs.
If You Want to Build Secure Systems
The CS emphasis is the right fit. Programming-heavy roles — application security, software development with security focus, cloud infrastructure design, systems architecture — require the deep CS foundation that a computer science degree provides. The security concentration layers specialized knowledge on top of that foundation without narrowing it prematurely. Students who are strong in mathematics and programming and want to keep both development and security as career options should lean toward this path.
If You Want to Defend and Operate
A dedicated cybersecurity degree is the right fit. Operations-heavy roles — SOC analyst, incident responder, penetration tester, forensics analyst, compliance officer — require the depth of security-specific training that dedicated programs provide. If your goal is to work in security operations rather than security engineering, the cybersecurity degree offers more relevant coursework and is more directly aligned with how employers for those roles recruit. See our dedicated cybersecurity bachelor’s degree guide for a full comparison of program options.
Expert Perspective: The Master’s Degree Question
The decision becomes even more nuanced at the graduate level, where both CS and cybersecurity programs have carved out distinct identities. Here’s how one of the country’s leading cybersecurity educators frames the distinction:
“Students often ask whether they should pursue a Master of Science in Computer Science with a cybersecurity emphasis or a dedicated Master of Science in Cybersecurity Engineering. The answer depends on their goals. The CS path gives broader technical depth — students who want to do security research, cryptography, or build secure systems from the ground up belong there. The dedicated cybersecurity program is for students who know they want to specialize in security practice, policy, and operations. Both are rigorous. They’re just different.”
— Clifford Neuman, Director, USC Center for Computer Systems Security, USC Viterbi School of Engineering
USC offers both programs — the MS in Cybersecurity Engineering and the MS in Computer Science with a cybersecurity concentration — and advises students specifically on the basis of this distinction. The two tracks exist at many research universities precisely because they serve genuinely different career goals. If you’re evaluating the graduate path more broadly, see our master’s in cybersecurity guide for a comprehensive overview of program options at the MS level.
Scholarships for Computer Science and Cybersecurity Students
Students pursuing a CS degree with a cybersecurity concentration are eligible for the same federal and institutional scholarship programs as dedicated cybersecurity majors — including several programs that specifically fund students at the intersection of technology and security.
Key programs to know:
- Information Assurance Scholarship Program – This program is designed to increase the number of qualified personnel entering the information assurance (IA) and information technology fields within the Department of the Navy.
- Scholarship for Service – the National Science Foundation, in association with the National Security Agency, provides grants for cybersecurity students. Recipients must work after graduation for a federal, state, local, or tribal government agency or approved SFS institution for a period equal to the length of the scholarship.
- Scholarships for Women Studying Information Security (SWSIS) – is a partnership of Applied Computer Security Associates (ACSA) and CRA-WP. Its long-term goal is to contribute to increasing the representation of women in the information security workforce
- Snort Scholarship – Cisco sponsored for information assurance majors
- Department of Homeland Security – The Department of Homeland Security offers a variety of prestigious scholarships, fellowships, internships, and training opportunities to expose talented students to the broad national security mission.
Note that CyberCorps: Scholarship for Service and the SMART Scholarship program — both covered in detail on our bachelor’s and PhD pages — are also available to CS students pursuing cybersecurity concentrations, not just dedicated cybersecurity majors.
For a complete list of funding options across degree levels, see our cybersecurity scholarships and financial aid guide.
Is a Computer Science Degree with Cybersecurity Emphasis Worth It?
Yes — for the right student, it’s one of the most strategically flexible credentials in tech. The honest comparison: cybersecurity degree programs are newer and, in some respects, more directly relevant to security-specific career tracks.
Computer science degree programs are more established and arguably more comprehensive in terms of foundational technical breadth. The cybersecurity concentration adds a meaningful security layer to that foundation without sacrificing breadth.
What the CS emphasis specifically offers that a standalone cybersecurity degree doesn’t:
- Maximum career flexibility — graduates can pursue software development, systems research, security engineering, or move between them
- Programming depth that many dedicated cybersecurity programs don’t require — a meaningful advantage for application security, cloud security, and product security roles
- Employer recognition in technology companies and defense environments, where CS credentials carry specific credibility
- A stronger foundation for graduate programs in both CS and cybersecurity, where the quantitative and programming prerequisites are demanding
What the CS emphasis doesn’t offer as directly as a dedicated cybersecurity degree:
- Depth in security operations, forensics, compliance, and incident response — roles that cybersecurity programs specifically prepare for
- CAE (Center of Academic Excellence) designation, which NSA and DHS grant to cybersecurity programs that meet federal curriculum standards — CS programs typically don’t carry this designation
- Direct alignment with security-specific job postings in government, regulated industries, or roles where the degree name matters to employers
For students who want programming depth plus security knowledge — and the flexibility to work in either domain — the CS cybersecurity emphasis is worth it.
For students who are certain they want to specialize in security operations, forensics, compliance, or government security roles, the dedicated cybersecurity bachelor’s degree is the more efficient path.
Both choices lead to a field that the BLS projects will grow 29% between 2024 and 2034 — one of the fastest growth rates of any occupation in the country.
Frequently Asked Questions
A computer science degree with a cybersecurity emphasis is a bachelor’s degree in computer science that includes a structured set of security-specific courses — typically 9–12 credits — embedded within the standard 120–126 credit CS curriculum. It is not a separate degree or a minor.
The security concentration counts toward the total credit requirement rather than adding to it. Graduates earn a computer science degree and are recognized as having specialized security knowledge within that CS framework. Programs are offered at a wide range of universities and are growing in number as institutions expand CS programs to meet security workforce demand.
A CS degree with a cybersecurity emphasis prioritizes computer science fundamentals — programming, algorithms, data structures, systems, and mathematics — with security applied as a concentration within that foundation.
A dedicated cybersecurity degree prioritizes security theory and practice — threat analysis, forensics, policy, compliance, and operations — with CS fundamentals as supporting coursework.
They prepare graduates for different roles: CS emphasis graduates typically move into secure software development, application security, and systems architecture; cybersecurity degree graduates typically move into security operations, incident response, penetration testing, and forensics. Both degree types are employer-valued — role type matters more than degree name for most positions.
Yes — a computer science degree, with or without a formal cybersecurity concentration, is widely accepted for security roles. CS graduates are especially competitive for security engineering, application security, software security, cloud security, and research roles where programming depth is the core skill.
For security operations roles — SOC analyst, incident responder, penetration tester — a dedicated cybersecurity degree may be preferred because those programs provide more direct training for operational security work. For most mid-level security roles, employers accept either degree and weigh experience and certifications (Security+, CEH, CISSP) heavily.
At the median, the difference is narrow: software developers earn approximately $127,000 and information security analysts earn $124,910. The commonly repeated claim that cybersecurity pays significantly more than CS is not supported by current BLS data at the median level.
Where cybersecurity does have a clear advantage is growth rate: 29% projected employment growth for information security analysts from 2024–2034, compared to 26% for software developers. At senior and specialized levels, the talent shortage in cybersecurity compresses the salary gap further — experienced security professionals can command significant premiums, particularly with certifications and clearances.
Common roles include application security engineer, software developer with security focus, security architect, cloud security engineer, information security analyst, computer scientist, and systems researcher.
Median salary ranges: software developers ~$127,000, information security analysts $124,910. CS cybersecurity graduates are particularly competitive at technology companies, defense contractors, cloud providers, and fintech firms where security is embedded in engineering rather than treated as a separate operations function. For a full breakdown of career paths, see our cybersecurity career paths guide.
It depends on the role. For security-specific operations roles — SOC analyst, penetration tester, incident responder, forensics analyst — employers typically prefer or specifically request a dedicated cybersecurity degree.
For roles that blend software engineering with security — application security engineer, security architect, cloud security engineer, software developer with security focus — a CS degree with a cybersecurity concentration is often equally or more valued. Federal and regulated-industry positions (DoD, financial services, healthcare) sometimes specify degree requirements more strictly. For the majority of mid-market security roles, both degrees are accepted and the hiring decision turns on experience, certifications, and demonstrated technical ability.
Most programs require a high school diploma or GED and a minimum GPA around 3.0, with competitive programs expecting higher. Mathematics preparation is important: two semesters of calculus, pre-calculus, or algebra are common prerequisites for CS programs, reflecting the quantitative foundation required for computer science coursework.
Some programs require demonstrated programming aptitude or prior coding coursework before the cybersecurity concentration begins. Transfer students should confirm which prior credits will count toward the CS major and whether security concentration credits are transferable.
Generally yes, in terms of mathematics and programming requirements. CS programs typically require calculus, linear algebra, discrete mathematics, and sometimes statistics — a heavier quantitative load than most dedicated cybersecurity programs. The cybersecurity concentration adds security coursework on top of that foundation rather than replacing it.
Students strong in mathematics and programming often find the CS path a natural and engaging fit. Students whose primary interest is security policy, operations, forensics, or compliance — with less interest in programming and mathematics — typically find the dedicated cybersecurity degree a better match for both the coursework and the career outcomes they’re targeting.
Several certifications complement a CS degree with a cybersecurity concentration and are commonly pursued by graduates to demonstrate hands-on security skills alongside the academic credential:
CompTIA Security+ (widely recognized as an entry-level security certification, required by DoD for many positions), Certified Ethical Hacker (CEH, for students targeting application security and penetration testing roles), AWS Certified Security Specialty or Microsoft Azure Security Engineer (for cloud security paths), and the Certified Information Systems Security Professional (CISSP, for senior roles — requires five years of experience).
Certifications don’t replace the degree, but they signal specific operational competencies that employers use to distinguish candidates with similar academic backgrounds.
List of Computer Science Degree Programs with Cybersecurity Emphasis
Students who want to build secure things — not just defend them — belong in a CS program with a cybersecurity concentration. Students who want to defend, monitor, and respond belong in a dedicated cybersecurity degree. Both are strong credentials in a field with 29% projected job growth through 2034.
The right choice is the one that aligns with the specific kind of security work you want to do. Browse the full list of computer science programs with cybersecurity concentrations below to find the right academic and geographic fit.
Not sure this path is right for you? Compare the full list of dedicated cybersecurity bachelor’s degree programs for the alternative path, or see our most affordable programs guide if cost is a primary consideration.
Cybersecurity Guide found that tuition climbed significantly between the 2024–25 and 2025–26 academic years, with average costs increasing by 25.38% and the largest jump soaring to 260.57%. In total, 68.57% of programs increased tuition year over year.
- Program: Computer Science (Cybersecurity), BS
Delivery method: Campus
Total tuition: $118,200
2025/2026 Cost per credit: $985
Credits: 120
Learn more: Program details - Program: Computer Information Sciences (BS) Cybersecurity Specialization
Delivery method: Campus
Total tuition: $129,600
2025/2026 Cost per credit: $1,080
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science: Cybersecurity Concentration
CAE designation: CAE-CD, CAE-R
Delivery method: Campus
Total tuition: $328,724
2025/2026 Cost per credit: $2,651
Credits: 124
Learn more: Program details - Program: BSCS with Cybersecurity Track
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $152,082
2025/2026 Cost per credit: $295 in-state | $1,207 out-of-state
Credits: 126
Learn more: Program details - Program: Bachelor of Science in Computer Science – Cyber Security Career Focus
CAE designation: CAE-CD
Delivery method: Campus
Total tuition: $277,560
2025/2026 Cost per credit: $1,869 in-state | $2,313 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science, Cybersecurity Concentration, B.S.
Delivery method: Campus
Total tuition: $224,280
2025/2026 Cost per credit: $1,869
Credits: 120
Learn more: Program details - Program: Undergraduate Concentration in Security & Privacy
CAE designation: CAE-CD, CAE-R, CAE-CO
Delivery method: Campus
Total tuition: $335,160
2025/2026 Cost per credit: $931
Credits: $360
Learn more: Program details - Program: BS in Computer Science Cybersecurity Concentration
Delivery method: Campus
Total tuition: $106,624
2025/2026 Cost per credit: $833
Credits: 128
Learn more: Program details - Program: Bachelor of Science in Computer Science - Cybersecurity Engineering Track
Delivery method: Campus
Total tuition: $220,800
2025/2026 Cost per credit: $1,840
Credits: 120
Learn more: Program details - Program: B.S. in Computer Science – Cybersecurity & Information Assurance Concentration
Delivery method: Campus
Total tuition: $130,080
2025/2026 Cost per credit: $1,084
Credits: 120
Learn more: Program details - Program: Computer Science, Cybersecurity Concentration, B.S.
Delivery method: Campus
Total tuition: $63,960
2025/2026 Cost per credit: $351 in-state | $533 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science, Cybersecurity, B.S.
Delivery method: Campus
Total tuition: $54,840
2025/2026 Cost per credit: $457
Credits: 120
Learn more: Program details - Program: Cybersecurity Concentration, Computer Information Systems, BS
Delivery method: Campus
Total tuition: $89,880
2025/2026 Cost per credit: $495 in-state | $749 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science: Information Assurance & Cyber Security
Delivery method: Campus
Total tuition: $84,000
2025/2026 Cost per credit: $165 in-state | $700 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science – Cyber Security Concentration
Delivery method: Campus
Total tuition: $174,840
2025/2026 Cost per credit: $1,457
Credits: 120
Learn more: Program details - Program: BS in CS and Cybersecurity
Delivery method: Campus
Total tuition: $245,024
2025/2026 Cost per credit: $1,976
Credits: 124
Learn more: Program details - Program: Bachelor of Science in Computer and Cybersecurity Engineering
Delivery method: Campus
Total tuition: $230,748
2025/2026 Cost per credit: $1,722
Credits: 134
Learn more: Program details - Program: Computer Science/Cybersecurity, BS
CAE designation: CAE-CD
Delivery method: Campus
Total tuition: $88,680
2025/2026 Cost per credit: $531 in-state | $739 out-of-state
Credits: 120
Learn more: Program details - Program: B.S. in Computer Science - Security specialization
Delivery method: Campus
Total tuition: $201,120
2025/2026 Cost per credit: $1,049 in-state | $1,676 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science with a Concentration in Cyber-Security, BA
Delivery method: Campus
Total tuition: $154,920
2025/2026 Cost per credit: $1,291
Credits: 120
Learn more: Program details - Program: B.S. in Computer Science | Cybersecurity
CAE designation: CAE-CD
Delivery method: Campus
Total tuition: $91,800
2025/2026 Cost per credit: $493 in-state | $765 out-of-state
Credits: 120
Learn more: Program details - Program: BS Computer Science – Concentration in Cybersecurity
Delivery method: Campus
Total tuition: $177,510
2025/2026 Cost per credit: $1,455
Credits: 122
Learn more: Program details - Program: Computer Science with Cybersecurity Concentration, B.S.
Delivery method: Campus
Total tuition: $128,040
2025/2026 Cost per credit: $1,067
Credits: 120
Learn more: Program details - Program: Computer Science Cyber Security Bachelor’s Degree
Delivery method: Online
Total tuition: $47,190
2025/2026 Cost per credit: $390
Credits: 121
Learn more: Program details - Program: B.S. in Computer Science – Cyber Security Concentration
CAE designation: CAE-CD, CAE-R
Delivery method: Campus
Total tuition: $129,840
2025/2026 Cost per credit: $1,082
Credits: 120
Learn more: Program details - Program: Computer Science and Cybersecurity (B.S.)
Delivery method: Campus
Total tuition: $89,280
2025/2026 Cost per credit: $930
Credits: 96
Learn more: Program details - Program: Computer Science (BS): Cybersecurity Concentration
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $158,812.50
2025/2026 Cost per credit: $272.29 in-state | $1,312.50 out-of-state
Credits: 121
Learn more: Program details - Program: Computer Science (Cybersecurity) - Bachelor of Science
Delivery method: Campus
Total tuition: $123,955.20
2025/2026 Cost per credit: $319.46 in-state | $1,032.96 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science - Cybersecurity Track
Delivery method: Campus
Total tuition: $126,375
2025/2026 Cost per credit: $475 in-state | $1,011 out-of-state
Credits: 125
Learn more: Program details - Program: BS Computer Science: Cybersecurity
Delivery method: Campus
Total tuition: $126,792
2025/2026 Cost per credit: $1,761
Credits: 72
Learn more: Program details - Program: Computer Science with Cybersecurity (B.S.)
CAE designation: CAE-CD
Delivery method: Campus
Total tuition: $94,550
2025/2026 Cost per credit: $775
Credits: 122
Learn more: Program details - Program: Computer Science: Cyber Security, B.S.
Delivery method: Campus
Total tuition: $101,440
2025/2026 Cost per credit: $1,585
Credits: 64
Learn more: Program details - Program: Bachelor of Science in Computer Science – Computer Security
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $57,840
2025/2026 Cost per credit: $482
Credits: 120
Learn more: Program details - Program: B.S. in Computer Science - Cybersecurity
Delivery method: Campus
Total tuition: $93,600
2025/2026 Cost per credit: $780
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science – Privacy and Cyber Security Option
Delivery method: Campus
Total tuition: $53,880
2025/2026 Cost per credit: $253 in-state | $449 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science, B.A. Cybersecurity Track
Delivery method: Campus
Total tuition: $206,280
2025/2026 Cost per credit: $1,719
Credits: 120
Learn more: Program details - Program: Bachelor Of Science in Computer Science – Cybersecurity
Delivery method: Campus
Total tuition: $60,240
2025/2026 Cost per credit: $502
Credits: 120
Learn more: Program details - Program: B.S. Computer Science, Emphasis in Cybersecurity
Delivery method: Campus
Total tuition: $95,400
2025/2026 Cost per credit: $795
Credits: 120
Learn more: Program details - Program: Computer Science, BS, Cyber Security Concentration
Delivery method: Campus
Total tuition: $56,400
2025/2026 Cost per credit: $50 in-state | $470 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science – Cybersecurity
Delivery method: Campus
Total tuition: $72,840
2025/2026 Cost per credit: $607
Credits: 120
Learn more: Program details - Program: Computer Science, Information Assurance and Cybersecurity Concentration, B.S.
CAE designation: CAE-CD
Delivery method: Campus
Total tuition: $59,640
2025/2026 Cost per credit: $497
Credits: 120
Learn more: Program details - Program: B.S. in Computer Science (Cyber Security)
Delivery method: Campus
Total tuition: $57,120
2025/2026 Cost per credit: $476
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science – Cyber Security Track
Delivery method: Campus
Total tuition: $74,880
2025/2026 Cost per credit: $219 in-state | $624 out-of-state
Credits: 120
Learn more: Program details - Program: Major in Computer Science - Cyber Operations Track
CAE designation: CAE-CD, CAE-CO
Delivery method: Campus
Total tuition: $135,720
2025/2026 Cost per credit: $332 in-state | $1,131 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science B.S. with Cybersecurity Concentration
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $128,344
2025/2026 Cost per credit: $350 in-state | $1,052 out-of-state
Credits: 122
Learn more: Program details - Program: BS in Computer Science - Cybersecurity emphasis
Delivery method: Campus
Total tuition: $108,004
2025/2026 Cost per credit: $309 in-state | $806 out-of-state
Credits: 134
Learn more: Program details - Program: Bachelor of Science in Computer Science – Cyber Security Concentration
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $158,760
2025/2026 Cost per credit: $567 in-state | $1,323 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science - Security Science Track
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $167,760
2025/2026 Cost per credit: $480 in-state | $1,398 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science, BS, CyberSecurity Concentration
Delivery method: Campus
Total tuition: $161,160
2025/2026 Cost per credit: $1,343
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science - Security emphasis
Delivery method: Campus
Total tuition: $161,040
2025/2026 Cost per credit: $350 in-state | $1,342 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science B.S. - Cybersecurity Track
CAE designation: CAE-CD, CAE-R
Delivery method: Campus
Total tuition: $143,160
2025/2026 Cost per credit: $401 in-state | $1,193 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor's in Computer Science - Cybersecurity Concentration
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $164,834.40
2025/2026 Cost per credit: $642.42 in-state | $1,373.62 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science BS Degree, Cybersecurity Option
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $183,000
2025/2026 Cost per credit: $701 in-state | $1,525 out-of-state
Credits: 120
Learn more: Program details - Program: BS Computer Science, Cybersecurity Concentration
CAE designation: CAE-CD, CAE-R
Delivery method: Campus
Total tuition: $70,200
2025/2026 Cost per credit: $389 in-state | $585 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor of Science: Computer Science - Cybersecurity Emphasis
CAE designation: CAE-R
Delivery method: Campus
Total tuition: $143,280
2025/2026 Cost per credit: $533 in-state | $1,194 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science: Cybersecurity Option (B.A.)
Delivery method: Campus
Total tuition: $200,850
2025/2026 Cost per credit: $665 in-state | $1,545 out-of-state
Credits: 130
Learn more: Program details - Program: B.S. in Computer Science with concentration in Information Assurance
Delivery method: Campus
Total tuition: $162,240
2025/2026 Cost per credit: $1,248
Credits: 130
Learn more: Program details - Program: Computer Science, Cybersecurity Concentration, B.S.
Delivery method: Campus
Total tuition: $100,080
2025/2026 Cost per credit: $159 in-state | $834 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science B.S. & Cyber Security Minor
Delivery method: Campus
Total tuition: $180,360
2025/2026 Cost per credit: $631 in-state | $1,503 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science: Cyber Security, B.S.
CAE designation: CAE-CD
Delivery method: Campus
Total tuition: $117,480
2025/2026 Cost per credit: $633 in-state | $979 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science – Cybersecurity
Delivery method: Campus
Total tuition: $810,840
2025/2026 Cost per credit: $1,770 in-state | $6,757 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor's degree in Computer Science, Cybersecurity Concentration
CAE designation: CAE-CD, CAE-R
Delivery method: Campus
Total tuition: $94,354.80
2025/2026 Cost per credit: $247.95 in-state | $786.29 out-of-state
Credits: 120
Learn more: Program details - Program: Computer Science Major: Cybersecurity Emphasis - Bachelor of Science (BS)
Delivery method: Campus
Total tuition: $82,320
2025/2026 Cost per credit: $355 in-state | $686 out-of-state
Credits: 120
Learn more: Program details - Program: Bachelor of Science with a concentration in cybersecurity
CAE designation: CAE-CD, CAE-R
Delivery method: Campus
Total tuition: $161,640
2025/2026 Cost per credit: $575 in-state | $1,347 out-of-state
Credits: 120
Learn more: Program details - Program: B.S. Degree in Computer Science - Cybersecurity Track
Delivery method: Campus
Total tuition: $191,663
2025/2026 Cost per credit: $346 in-state | $1,399 out-of-state
Credits: 137
Learn more: Program details - Program: Computer Science with an Emphasis in Cybersecurity (BS)
Delivery method: Campus
Total tuition: $58,800
2025/2026 Cost per credit: $490
Credits: 120
Learn more: Program details - Program: Computer Science (BS)- Cyber Security Concentration
Delivery method: Campus
Total tuition: $247,200
2025/2026 Cost per credit: $2,060
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science, Concentration in Cybersecurity
CAE designation: CAE-CD
Delivery method: Campus
Total tuition: $174,720
2025/2026 Cost per credit: $1,456
Credits: 120
Learn more: Program details - Program: Bachelor of Science in Computer Science Cybersecurity
Delivery method: Online
Total tuition: $55,800
2025/2026 Cost per credit: $460 in-state | $465 out-of-state
Credits: 120
Learn more: Program details