Reviewed by:
Prof. Miguel A. Mosteiro, PhD. Computer Science Department Chairperson
Prof. Darren R. Hayes, PhD. Director of Cybersecurity
Technology is reshaping every industry, and the workforce behind it is racing to keep up: the U.S. Bureau of Labor Statistics projects computer and information technology occupations to grow 20% through 2034, almost 60% of employers are facing a cybersecurity skills gap, and the global Industry 5.0 market is expected to almost quadruple in size by 2029.
That demand encompasses the entire landscape of tech careers, but two key paths leading the charge are computer science, which we need to build new systems and improve existing ones, and cybersecurity, which we need to ensure that both traditional and cloud-based systems are secure.
Degrees in both of these areas lead to strong careers, but they prepare you for different long-term trajectories. This guide breaks down what each program covers, where the two overlap, and how to decide which one fits your goals.
Who Is a Master’s in Cybersecurity For?
A master’s in cybersecurity is built for professionals who want to specialize in defending organizations from digital threats. They learn to both anticipate attacks and contain breaches before they spread. The curriculum of a master’s program focuses on digital forensics, incident response and protecting critical systems and sensitive data through:
- Security assessments
- Defense strategy
- Incident response
- Risk management
This path tends to attract detail-oriented professionals who like developing solutions to complex problems. If you find yourself drawn to threat analysis or dissecting logic of attackers and defenders, the work will feel natural. A background in computing helps, but analytical thinking and dedication matter more.
Unlike a broader technology degree, an MS in Cybersecurity signals expert-level specialization. Graduates typically pursue cybersecurity careers focused squarely on security operations and defense rather than general software development.
Who Is a Master’s in Computer Science For?
A master’s in computer science is built for professionals who want to deepen their command of how computing works at a fundamental level. This degree teaches students to build advanced software at scale and tackle complex technical problems across industries, so coursework emphasizes:
- Software development
- Algorithm design
- Data structures
- Computing theory
- Systems architecture
- Artificial intelligence
- Machine learning
This path tends to attract both builders and theorists. If you enjoy turning abstract problems into working systems or want a versatile degree that opens doors across multiple specializations, the work will suit you. A computing background is typical, though many programs accept strong candidates from adjacent quantitative fields.
Career outcomes are broad. Graduates move into software engineering, data science, AI research, and product development, with software engineering remaining the dominant destination.
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To learn more about the online Master of Science in Computer Science program, fill out the fields in this form to download a free brochure. If you have any questions at any time, please contact an enrollment specialist at (914) 758-1080.
What Sets These Degrees Apart?
The clearest differences show up across a few dimensions: primary emphasis, coursework, career, salary, job outlook, admissions requirements, and program format.
| MS in Cybersecurity | MS in Computer Science | |
|---|---|---|
| Primary Focus | Defending systems, networks, and data | Building software and computing systems |
| Typical Coursework | Cryptography, network defense, risk management | Algorithms, software architecture, AI |
| Career Paths | Advanced cybersecurity roles, from specialist to chief information security officer | Versatile opportunities in development, engineering, programming, and tech leadership |
| Salary Potential | $96,000 per year (on average) | $114,000 per year (on average) |
| Job Outlook | Strong but specialized | Competitive but versatile |
| Admissions Requirements | Typically need a bachelor’s degree and some data and programming experience | Typically need a bachelor’s degree and some programming experience |
| Typical Program Format | Online, part-time options typically available | Online, part-time options typically available |
Curriculum
Cybersecurity coursework concentrates on defending digital environments. Students typically work through virtual labs that simulate real attack scenarios, and their courses focus on:
- Cryptography
- Network defense
- Information security
- Ethical hacking
- Digital forensics
- Incident response
- Risk and compliance frameworks
- Artificial intelligence
Computer science coursework, by contrast, builds technical breadth:
- Advanced algorithms
- Software architecture and engineering
- Data structures
- Distributed systems
- Artificial intelligence
- Systems design
- Advanced programming
Some overlap exists, particularly around foundational computing concepts and secure software practices, but the center of gravity is different. One curriculum trains you to defend, the other trains you to build.
Careers and Salary
A master’s in either field opens doors to well-compensated technology roles, but the career destinations look different. The lists below pull median salary data from the U.S. Bureau of Labor Statistics and labor market analytics company, Lightcast, for representative roles tied to each degree. Actual salary outcomes vary by industry, geography, and experience.
Cybersecurity Careers
- Cybersecurity Engineer: $138,100
- Cybercrime Analyst: $117,600
- Cybersecurity Manager: $151,300
- Chief Information Security Officer: $237,300
Computer Science Careers
- Computer Programmer: $98,670
- Web Developer: $90,930
- Software Developer: $133,080
- Chief Technology Officer: $200,600
Both paths can lead to the same leadership level, but early- and mid-career roles are where the degrees diverge most clearly. Cybersecurity roles tend to start at higher medians, while computer science roles offer wider variation depending on specialization.
Job Outlook
Demand is strong across both fields, but the growth curves differ. The BLS projects employment of information security analysts to grow 29% through 2034. Software developer, quality assurance analyst, and tester roles are projected to grow 15% over the same period. Both roles are growing exponentially faster than the national average, which is only 3%.
While both fields are in extremely high demand, that doesn’t tell the whole story. The market is facing intense oversaturation of computer science majors, which is causing significant competition for roles in the field. Amid this competition, AI is often suitable for handling entry-level programming, so the most entry-level jobs are even more competitive. Earning a master’s degree in the field can set professionals apart, demonstrating advanced knowledge and significantly more expertise than their peers.
On the other hand, many organizations are facing a significant skills gap when it comes to cybersecurity. With technology advancing at the rate that it is, hackers and other malicious actors are able to breach software and steal data more than they have in the past. This means that we need more cybersecurity professionals to protect organizations across all industries, from healthcare to finance to the criminal justice system.
Admissions and Program Format
Each program type typically expects a four-year undergraduate degree from an accredited institution, and may prefer (or require) students to have a strong foundation in computing. Many programs no longer require GRE or GMAT scores.
A typical online master’s in cybersecurity is a 30-credit program that can be completed in about one year of full-time study or two years part time. Applicants generally need:
- A bachelor’s degree (in any field, but STEM may be preferred or required)
- Relevant experience and/or prerequisite coursework in areas like computational statistics, coding, networking fundamentals, and information systems.
- Typical application materials (such as letters of recommendation, a personal statement, etc.)
A master’s in computer science generally has comparable admissions requirements, but may be more strict about undergraduate background or work experience. Students without a computing background may be required to complete a foundation course before beginning core graduate coursework.
How Are the Degrees Similar?
Cybersecurity professionals and computer scientists draw from a common technical vocabulary, and they collaborate constantly on the systems that organizations depend on.
Core Skills
Both degrees develop a baseline of competencies that transfer across technology roles. Graduates leave with expertise in:
- Programming fundamentals
- Network and system behavior
- Data analysis
- Analytical thinking
- Problem-solving
- Judgement (weighing trade-offs between performance, usability, cost, and risk)
Whether the next step is building software or defending it, these shared capabilities give graduates a flexible technical foundation.
Collaboration Between the Two Fields
In practice, these disciplines work in close coordination. Computer science teams building new applications increasingly embed security from the start through the secure software development lifecycle and DevSecOps practices, with cybersecurity specialists running threat modeling during architecture design. When incidents occur, security analysts and engineering teams investigate together to identify root causes and patch vulnerabilities.
Strong organizations rely on both skill sets because neither replaces the other: computer scientists build the systems that power the business, and cybersecurity professionals make sure those systems can withstand the threats aimed at them.
Which Program Is Right for You?
The right program comes down to the kind of work you want to do every day. Use the checklist below to gauge which path fits your interests and goals.
Choose a master’s in cybersecurity if you want to:
- Defend organizations against active digital threats
- Investigate breaches and analyze attacker behavior
- Work in regulatory, compliance, or risk management settings
- Specialize deeply in one of the fastest-growing tech fields
- Move toward security leadership roles like CISO
Choose a master’s in computer science if you want to:
- Design and build software systems from the ground up
- Work across a broad range of technology roles
- Pursue research or applied work in AI, data, or machine learning
- Keep your career options wide as the industry evolves
- Move toward engineering leadership or CIO-level roles
The cybersecurity track suits professionals drawn to specialization and the strategic discipline of defense. The computer science track suits builders and theorists who want broad optionality across software, systems, and emerging technology. Salary differences narrow at the leadership level, so let interest and aptitude drive the decision.
For more detail on either program, the MS in Cybersecurity FAQ and the MS in Computer Science FAQ are good next stops.
About the Pace University Seidenberg School of Computer Science and Information Systems
The Seidenberg School of Computer Science and Information Systems at Pace University offers online graduate technology programs tailored to working professionals:
- MS in Computer Science
- MS in Cybersecurity
- MS in Data Science
- MS in Software Development and Engineering
- MS in Applied Artificial Intelligence
Prepare to lead in the future of this growing industry by applying hands-on learning based on the latest industry practices. Our curricula feature virtual labs and project-based learning to help students develop effective problem-solving strategies.
Download a brochure to learn more about the program, or start your application today.
The Seidenberg School of Computer Science and Information Systems also offers on-campus graduate programs.
Request
Information
To learn more about the online Master of Science in Cybersecurity, fill out the fields in this form to download a free brochure. If you have any questions at any time, please contact an enrollment specialist at (914) 758-1080.