Cybersecurity, B.S.

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Online and On-Campus w/Online Courses

Program Available

Bachelor's

Program Type

Total Credits

120

Affordability

Private School Education At State School Prices

Why Study Cybersecurity?

An online cybersecurity degree prepares students to protect digital systems, networks, and data from rising threats, with a focus on both technical and strategic defenses. The program includes hands-on information technology training with industry-standard tools and prepares students for certifications like Cisco’s CCNA and CyberOps Associate (CBROPS). Cybersecurity is a broad field that goes beyond hacking, encompassing risk management, compliance, incident response, and digital forensics. With growing global demand for skilled cybersecurity professionals, a Bachelor of Science in Cybersecurity offers a strong foundation for long-term career growth in a high-impact, rapidly evolving industry.

What You’ll Learn

  • In a cybersecurity degree program, you will begin with Python to learn foundational programming concepts such as variables, data types, control flow, and functions. You will also gain experience writing secure, efficient code in C, with a focus on preventing vulnerabilities like buffer overflows and memory leaks.
  • A bachelor’s degree in cybersecurity explores discrete math topics, including logic, Boolean algebra, graphs, and combinatorics, which are essential for algorithm development and problem-solving in computing. These skills form the theoretical backbone of areas such as data structures, artificial intelligence, and software engineering.
  • Coursework includes hands-on study of operating systems such as Linux and Windows, covering process, memory, file, and security management. You’ll also learn about system hardware components, including CPUs, memory devices, and data representation.
  • Your online cybersecurity degree will introduce you to security concepts like cryptography, network attacks, and incident response, with practical labs aligned with the Cisco CyberOps Associate certification. You will study digital forensics, learning how to acquire, recover, and analyze digital evidence across various platforms.
  • Upon completion of your cybersecurity degree, you will be proficient in computer networking concepts, having gained hands-on experience aligned with Cisco’s CCNA standards and learning how systems connect and communicate. You will be able to manage data systems, including database models, integrity, administration, and query processing.

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Dr. Bin (Crystal) Peng


Associate Professor of Computer Science
crystal.peng@park.edu

Dr. Wen Hsin

Dr. Wen Hsin


Professor of Computer Science
wen.hsin@park.edu

Tuition & Fees

Park University offers a transparent and student-focused approach to tuition and financial aid. Our tuition structure is designed to be competitive and manageable, and our financial aid counselors are available to guide you through every step of the process. From understanding your cost breakdown to exploring funding options, we ensure that financial planning is clear, personalized, and aligned with your educational journey.

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Admission Requirements

Ready to take the next step in your education? Park University welcomes applicants with a high school diploma or equivalent who meet our undergraduate admission standards. Bachelor’s degrees require 120 credit hours, including coursework tailored to your major and core academic skills. To graduate, you’ll need to maintain a 2.0 GPA in your major and complete at least 30 credit hours at Park to meet the residency requirements, 15 of which must be earned in the major core. Whether you’re starting fresh or transferring in, we’re here to help you build a strong foundation for your future.

Visit Admissions Policies and Procedures to learn more about admission requirements at Park University.

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Mackay Hall on Park University campus

Cybersecurity Career & Future Opportunities

Security Analyst/Consultant

A security analyst/consultant assesses an organization’s systems for vulnerabilities and recommends strategies to enhance its overall security posture. They implement protective measures to prevent data breaches, conduct risk assessments and penetration testing, respond to incidents, and work across departments to ensure compliance, educate staff, and maintain defense against evolving cyber threats.

Software Developer

Software developers design and build applications and systems based on user needs, ensuring functionality, efficiency, and ease of use. They also maintain and test software, recommend upgrades, and create documentation to support future updates and maintenance.

System Administrator

System administrators (sysadmins) are IT professionals responsible for ensuring an organization’s computer systems, servers, and networks operate efficiently and securely. Their duties include installing and configuring software and hardware, managing user accounts and permissions, providing technical support, and performing regular security and system maintenance.

Database Administrator

A database administrator (DBA) is responsible for maintaining, securing, and organizing company databases to ensure efficient and safe access to data. They are responsible for setting up cybersecurity measures, managing user access, monitoring performance, and ensuring data integrity across hardware and software systems.

Network Administrator

A network administrator manages and maintains an organization’s computer networks to ensure efficient operation and security. Their responsibilities include installing and configuring network hardware and software, monitoring system performance, updating security measures, and troubleshooting network issues based on user feedback.

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*General salary and employment outcomes vary by geographic area, previous work experience, education and opportunities for employment that are outside of Park University’s Control. The labor market and average salary range can be explored further at the U.S. Bureau of Labor and Statistics.

Find Out What Our Students Are Saying

Cyrille Tiako, 2025

I chose Park because of its small class sizes and the opportunity to work closely with professors. I also liked the online courses and the reputation of the science program and its faculty. Park allowed me to learn practical security skills that apply to real-world work. With this degree, I’ll be able to advance in my current job and commission in the USAF.

Gavin Johnson, 2027

I first discovered Park University while stationed at Malmstrom Air Force Base, where classes were offered on base. I decided to take a few and quickly realized how much I appreciated the structure. The pacing gave me enough time to complete assignments while balancing the demands of military life. Since then, I’ve continued my education at Park, and I couldn’t be happier with the experience. Whenever I’ve reached out to professors or my student success coach, I’ve always felt heard and supported. That level of communication has made attending college far less stressful and much more rewarding. Park truly makes higher education manageable for people who have a lot on their plate. As a full-time service member, husband, and father, my schedule is packed. Yet Park University has given me the flexibility and support I need to continue my education without sacrificing my family or career. Through Park, I’ve been able to strengthen my writing, research, and critical thinking skills, which directly support my work as a military paralegal. Those same skills are also preparing me for future opportunities in cybersecurity and digital forensics once I transition from active duty.

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FAQs: Bachelor of Science in Cybersecurity

Park’s cybersecurity program includes coursework aligned with industry-recognized certifications such as CompTIA Security+, Certified Ethical Hacker (CEH), and CISSP fundamentals. These certifications boost your resume and validate your skills in areas like penetration testing, incident response, and network security, making you more competitive in the job market.

Even in the online format, Park’s cybersecurity bachelor’s degree integrates virtual labs, simulation tools, and project-based assignments that mirror real-world scenarios. You’ll practice skills in ethical hacking, vulnerability assessment, and information assurance using platforms designed to replicate enterprise-level environments.

Graduates are prepared for roles such as cybersecurity analyst, network security engineer, information systems security officer, and penetration tester. The program’s focus on both technical and strategic aspects of cyber threats makes it ideal for careers in government, healthcare, finance, and tech.

Yes. Park University is regionally accredited, and its cybersecurity curriculum is designed to meet industry standards for information security and cyber defense. Employers value the program’s emphasis on practical skills, certification readiness, and its alignment with frameworks like NICE and NIST.

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Park University is accredited by the Higher Learning Commission.

Park University is a private, non-profit, institution of higher learning since 1875.