- MASTER THE DIGITAL FORTRESS: YOUR FUTURE IN CYBERSECURITY
MASTER OF SCIENCE IN CYBERSECURITY
The Cybersecurity Certificate program provides foundational skills in cybersecurity principles and practices, emphasizing ethical considerations and practical application. Students who successfully complete this certificate will be prepared for roles in Network Operations Centers (NOCs) and Security Operations Centers (SOCs), as well as positions like entry-level security analyst, IT support with a cybersecurity focus, security awareness trainer, vulnerability assessment assistant, and compliance support roles. Upon completion of coursework, students will have the foundation needed to pursue CompTIA’s Network+, Security+, Cloud+, Linux+, CySA+ industry certifications.
METHODS OF INSTRUCTION
Methods of instruction vary depending on the nature of the course. In general, courses will be experiential and practical, emphasizing real-life business practices.
Upon completion of this program, the student will be able to:
1. Foster advanced cybersecurity knowledge to design and implement robust solutions for complex organizational and societal challenges.
2. Critically evaluate and apply advanced cybersecurity theories and frameworks, integrating biblical principles of wisdom and discernment to inform strategic decision-making.
3. Communicate expert-level cybersecurity knowledge effectively to diverse stakeholders, including technical and non-technical audiences, demonstrating strong communication and leadership.
4. Conduct original research and analysis in cybersecurity, applying advanced quantitative and qualitative methods while adhering to the highest standards of academic integrity.
5. Formulate and advocate for cybersecurity policies and best practices that promote justice, security, and the responsible use of technology in a global context.
Students are accepted to Nobel University on a provisional basis pending the submission of all required documentation, which includes:
1. Admissions Application – All applicants must complete the Admissions Application Form. The form can be requested from the Admission’s Office or downloaded off the School website: www.nobeluniversity.edu. The Admissions Application Form must be completed thoroughly in order to be processed.
2. Application Fee – All applicants must pay the non-refundable application fee ($50.00) together with the submission of the Admissions Application Form. Non-payment of the application fee may delay processing of the application or render the application as withdrawn.
3. Proof of Graduation – Applicants must provide proof of completion of a bachelor’s degree from a recognized higher-education institution (e.g., accredited by an agency recognized by the U.S. Department of Education or the equivalent), such as an official transcript.
a. If bachelor’s degree is completed outside the U.S., applicants must either: (a) provide foreign transcript evaluation verifying U.S. Bachelor’s degree equivalency from an approved evaluation agency; or (b) request Nobel to process foreign transcript evaluation from an approved evaluation agency in which case the applicant pays the transcript evaluation fee ($85.00).
4. Personal Identification – All applicants must submit copies of two (2) evidences of personal identification such as a State driver’s license, government-issued identification card, passport, visas, or any government issued photo identification; and at least one of these must contain a photo of the applicant.
5. Readmission – Former applicants who defaulted on their one-year matriculation time must fill-out and resubmit a new application packet together with the payment of the application fee to the Admissions Office. Any student who has previously withdrawn or has been dismissed from Nobel and wants to return must submit the Application for Readmission to the Admission’s office together with the payment of the application fee.
The Master of Science (MS) in Cybersecurity degree will be awarded to the student upon successful completion of at least 36 semester credits of core courses with a minimum Grade Point Average of 3.00 and the successful completion of an internship program.
Graduate applicants may transfer up to six (6) semester credits or nine (9) quarter units. Transfer credits must be earned from a state-approved institution or from an institution accredited by an accrediting agency recognized by the United States Department of Education. Applicants wishing to transfer courses from a foreign institution must submit transcripts of earned credits. Only courses with a grade of B or better will be considered for transfer. Transcripts will be evaluated and awarded by the Registrar.
Nobel University uses the following conversions: Quarter Units X .667= Semester Units
Quarter units are converted to semester units by multiplying the quarter units by .667. The resulting figure is not rounded. Only the first two digits to the right of the decimal point are used. Example: 25 quarter units x .667 = 16.675 semester units = 16.67 semester units (NOT 16.68 or 17.0)
The same formula and rules are used to convert quarter grade points to semester grade points. Semester units are converted to quarter units by multiplying quarter units by 1.5. The resulting figure is not rounded. Only the first two digits to the right of the decimal point are used. Example: 25 semester units x 1.5 = 37.50 quarter units (NOT 38.0)
| MIS 505 | Data Privacy Management | 3 Credits |
| MIS 510 | Network Security Monitoring and Intrusion Detection | 3 Credits |
| MIS 515 | IT Compliance and Audit | 3 Credits |
| MIS 520 | IT Finance | 3 Credits |
| CYB 500 | Cybersecurity Foundations | 3 Credits |
| CYB 504 | Information Security Management & Leadership | 3 Credits |
| CYB 510 | Cyber Analytics and Intelligence | 3 Credits |
| CYB 555 | Enterprise Security Infrastructure Design | 3 Credits |
| CYB 560 | Cyber Risk Management | 3 Credits |
| CYB 565 | Contingency Planning and Response | 3 Credits |
| CYB 570 | Cybersecurity Capstone | 3 Credits |
| BUS 514 | Management Information System | 3 Credits |
The course numbering system consists of letters followed by three numbers to identify courses. The letters correspond to the field of study, while the numbers indicate the level of the course. Numbers in the 500s or higher are reserved for graduate-level courses.
Course Offering for 2025 Fall Semester
| Day | Course No. | Course Title | Instructor | Units |
|---|---|---|---|---|
| Online | CYB 500 | Cybersecurity Foundations | Dr Joel Garcera | 3 |
| Online | CYB 504 | Information Security Management & Leadership | Dr Russel dela Torre | 3 |
| Online | BUS 514 | Management Information System | Dr Joel Garcera | 3 |
| Online | CYB 555 | Enterprise Security Infrastructure Design | Dr Evan Sumido | 3 |
COURSES
MIS 505 – Data Privacy Management (3 Credits)
This course provides a comprehensive understanding of data privacy principles, regulations, and best practices. Students will learn about data protection laws, risk assessment, incident response, and data governance. The course will equip students with the knowledge and skills to protect sensitive data and ensure compliance with regulatory requirements.
MIS 510 - Network Security Monitoring and Intrusion Detection (3 Credits)
This course provides a comprehensive understanding of network security monitoring and intrusion detection systems (IDS). Students will learn about network traffic analysis, log management, anomaly detection, and incident response. The course will equip students with the knowledge and skills necessary to detect, analyze, and respond to security threats in network environments.
MIS 515 – IT Compliance and Audit (3 Credits)
This course provides a comprehensive understanding of IT compliance and auditing principles, standards, and frameworks. Students will learn about the importance of compliance, risk management, and internal control. The course will cover topics such as regulatory compliance, security audits, and information security management systems (ISMS).
MIS 520 – IT Finance (3 Credits)
This course provides a comprehensive understanding of financial management principles as applied to information technology. Students will learn about budgeting, cost analysis, financial forecasting, and return on investment (ROI) analysis. The course will also cover topics such as cost accounting, financial reporting, and strategic financial planning for IT.
CYB 500 Cybersecurity Foundations (3 Credits)
This is an introductory course providing a comprehensive overview of the fundamental principles and concepts in the field of cybersecurity. Participants will explore key topics such as threat landscapes, encryption methods, risk management, and ethical considerations in cybersecurity. The course aims to build a solid foundation by covering core cybersecurity principles, policies, and practices. Through case studies and discussions, students will gain insights into the evolving cyber threats and the essential measures to safeguard digital assets.
CYB 504 - Information Security Management & Leadership (3 Credits)
This course focuses on cybersecurity management principles and leadership skills. Students will learn about risk assessment, incident response, disaster recovery, and business continuity planning for cybersecurity.
CYB 510 - Cyber Analytics and Intelligence (3 Credits)
This course provides a comprehensive understanding of cyber analytics and intelligence, focusing on the collection, analysis, and interpretation of digital data to detect and respond to cyber threats. Students will learn about various data sources, analysis techniques, and tools used to identify and mitigate security risks.
CYB 550 Cyber Warfare and Applications (3 Credits)
This is a focused course delving into the realms of cybersecurity with a particular emphasis on cyber warfare tactics and their practical applications. This course explores offensive and defensive strategies in the cyber domain, addressing the evolving landscape of cyber threats. Participants will gain insights into advanced techniques, threat intelligence, and the practical applications of cybersecurity measures to protect against and respond to cyber warfare scenarios.
CYB 555 Enterprise Security Infrastructure Design (3 Credits)
This is a targeted course focusing on the essential principles and practices in crafting robust security architectures for organizations. Participants will explore the strategic planning and design of enterprise security frameworks, covering network security, access controls, and data protection. Emphasizing real-world applications, this course provides insights into designing comprehensive security infrastructures that safeguard against evolving cyber threats.
CYB 560 Cyber Risk Management (3 Credits)
This course explores practical approaches and methodologies for evaluating and mitigating cybersecurity risks within organizational contexts. It covers both quantitative and qualitative risk assessment methods, delving into the evaluation and application of prevalent cybersecurity risk assessment and management models and frameworks. A significant emphasis is placed on cyber incident response and contingency planning, encompassing incident response planning, disaster recovery planning, and business continuity planning. Students will gain insights into the comprehensive landscape of cybersecurity risk management and develop practical skills for responding to and planning for cyber incidents.
CYB 565 - Contingency Planning and Response (3 Credits)
This course provides a comprehensive understanding of cyber risk management principles and practices. Students will learn about risk assessment, risk mitigation, incident response, and business continuity planning. The course will equip students with the knowledge and skills to identify, assess, and mitigate cyber risks.
CYB 570 - Cybersecurity Capstone (3 Credits)
This capstone course provides an opportunity for students to apply their knowledge and skills in cybersecurity to real-world scenarios. Students will work on complex cybersecurity projects, conduct in-depth research, and present their findings to peers and industry professionals.