20 courses with the subject SCY, each shown exactly as we captured it from the college's catalog, with every element we hold. Where the wording looks broken, that is our reading of the catalog, not the college's text.
Credit(s) Introduction to legal and ethical issues in cybersecurity, including privacy, intellectual property, cybercrime, regulatory compliance, and digital evidence. Emphasis on how law intersects with technical security practice.
Credit(s) Overview of cybersecurity concepts, threats, vulnerabilities, and defenses. Topics include malware, social engineering, network attacks, basic cryptography concepts, and foundational security controls used to protect information systems.
Credit(s) Overview of types of crimes that occur online and how they are conducted. Introduces students to technologies used throughout this course and future courses.
Credit(s) Introduction to the dark web, sources for discovering sites, and security precautions. Topics include intelligence and analysis topics such as link analysis, clearnet, and dark targeting methodologies.
Credit(s) Continuation of SCY 180 and SCY 213 . Students will identify targets and safely navigate to forums and marketplaces of interest. Techniques explored include: anonymizing oneself, analytic targeting, intelligence methodologies, and data analysis.
Credit(s) Study of cybersecurity governance, organizational security policies, standards, and compliance frameworks. Emphasis on risk management, policy development, and institutional security planning.
Credit(s) Security challenges and solutions in cloud and virtualized environments. Topics include identity management, virtualization risks, secure deployment, and cloud security architectures.
Credit(s) Analysis of cyber threats and adversarial behavior. Topics include threat intelligence collection, analysis techniques, and proactive defense strategies.
Credit(s) Introduction to cryptographic principles and secure data management. Topics include encryption, hashing, digital signatures, key management, and applied cryptography.
Credit(s) Study of cybersecurity risk assessment, mitigation strategies, and incident response planning. Emphasis on organizational readiness, response coordination, and recovery.
Credit(s) Principles of designing secure systems from the ground up. Topics include threat modeling, secure architectures, defense-in-depth, and system hardening.
Credit(s) Study of network architectures and protocols with an emphasis on security implications. Topics include routing, switching, wireless networks, and network defense strategies.
Credit(s) Fundamentals of data communications and computer networking including circuit and packet switching, network architectures and protocols, local/metropolitan/wide area networks, OSI protocols, TCP/IP Suite, X.25, ISDN, network management, and network programming.
Credit(s) Fundamentals of securing networked systems. Topics include firewalls, intrusion detection systems, access control, secure communication protocols, and network defense strategies.
Credit(s) Investigates additional security needs involved in network communication, wireless networks, network vulnerability assessment, incidence response, and network-based forensics. Students configure firewalls, further employ and analyze penetration testing, and formulate security strategies for an organization. Successful completion of this course prepares the student for industry-recognized certification exams. This course is offered as sponsored credit.
Variable Credit(s) A hands-on experience arranged by the student with the assistance of the faculty. The student gains practical experience and insight into the future work environment. Permission Required. Repeatable for credit.
Credit(s) This course will introduce the fundamentals of cybersecurity, both technical and non-technical, to students seeking to be leaders within their organization protecting corporate assets and protecting against cyber threats. Drafting best practices and security postures to implement cyber policies will also be discussed.
Credit(s) This course will introduce the cybersecurity model and key concepts of risk mitigation and remediation. Students will evaluate, design and examine cyber risk plans to secure an enterprise and guard against future cyber attacks.
Credit(s) This course will introduce the need to balance infrastructure for two primary objectives: business functionality and security. Students will understand that infrastructure elements work together within the network to create a business security strategy parallel to the network strategy within their organization
Credit(s) This course will introduce the fundamentals of cyber threat intelligence, stages of a cyber attack and collecting indicators of compromise (IoCs) from the attacks/incidents to students seeking to be leaders within their organization identifying and assessing cyber risks, threats and attacks organizations.
Source: Seton Hill University's catalog, linked per course · table learning_unit · CourseShelf publish 59
