Security Technologies Minor
Develop Strategies for Business, Industry & Government
Get the leadership training needed to make the world a safer place with a graduate minor in Security Technologies (ST). This minor is for graduate students who want additional expertise in security systems technologies or security risk management. The Security Technologies minor helps students develop the expertise to create policies and strategies for business, industry and government at any level.
Download the ST Graduate Minor Program PDF
Prerequisites
In order to pursue the ST graduate minor, you must meet the following prerequisites:
- Bachelor’s degree from an accredited program
- Currently enrolled in a master’s or doctoral degree program at the University of Minnesota
- 3.0 GPA from all prior coursework
All students are required to consent to and successfully pass a background check in order to enroll in Security Technologies (ST) courses
Security Specialization: A Custom Curriculum
Students customize their minor from the Master of Science in Security Technologies core courses that best suit their specialization. A detailed description of those core courses is listed in the menu below:
Security Technologies Minor
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ST Core Courses
Fall
ST 8109 Cybersecurity Foundations: Technology, Risk & Communication (2 credits)
Explore cybersecurity risks through evaluation of consumer-driven technology concepts and their applicability to enterprise. Learn how technology works, how to understand and communicate risks to business management, and deliver actionable risk mitigation approaches. Discover core technology concepts that face both consumers and businesses as well as security standards and benchmarks that guide industry.
ST 8220 Vulnerability, Risk, and Threat Assessment and Management (2 credits)
Focus on principles, methods, and practices of threat and vulnerability assessment and risk reduction, as well as integration of risk assessment and management principles into strategic planning and decision making.
ST 8330 Critical Infrastructure Protection (2.5 credits)
Discover an overview of risk, its definition and application to critical infrastructures as it relates to the National Infrastructure Protection Plan, as well as best practices to reduce the vulnerability of critical infrastructure systems due to accidents, material failure, natural disasters, or terrorist attacks.
ST 8331 Dynamic Systems Modeling and Simulation Tools (2 credits)
Unearth techniques for modeling complex systems and predicting and evaluating risks associated with a variety of sources, pathways, and consequences, as well as a survey of key dynamical equations and non-sensitive databases that are used in computer simulations of linked infrastructure systems.
ST 8511 Partnership in Conflict Management II: Public Policy (1 credit)
Examine key questions and issues facing the U.S. intelligence community and its role in homeland security and homeland defense, as well as address policy, organizational, and substantive issues regarding homeland intelligence support.
Spring
ST 8111 Methods, Theory, and Applications (2.5 credits)
Focus on methods, theory, techniques, and models including qualitative and quantitative risk modeling, decision analysis (fault-tree analysis and event-tree analysis), and probabilistic risk assessment techniques.
ST 8113 Information and Cybersecurity (2 credits)
Develop an understanding of vulnerabilities of critical infrastructure systems to failure—focusing on cyberterrorism—and recommended security solutions for operational levels of trust.
ST 8512 Partnership in Conflict Management III: Security/Privacy Law, Social Responsibility, and Ethics (2 credits)
Explore the challenges to American civil liberties and national security in times of terrorism, ethical and moral concepts underlying American civil rights and acts of terrorism against the U.S., and the application of the U.S. Constitution to Homeland Security laws.
Note: To earn a graduate minor, students must be enrolled in a University of Minnesota graduate degree program.
Non-Degree Seeking Students
Select courses in the Security Technologies minor are also open to non-degree seeking students. These courses provide great professional development for industry professionals. The drop-down below includes all open-enrollment courses:
Open Enrollment Courses
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Approved Courses for Non-Degree Seeking Students
ST 8109 Cybersecurity Foundations: Technology, Risk and Communication
Explore cybersecurity risks through evaluation of consumer driven technology concepts and their applicability to enterprise. Learn how technology works, how to understand and communicate risks to business management, and deliver actionable risk mitigation approaches. Discover core technology concepts that face both consumers and businesses as well as security standards and benchmarks that guide industry.
ST 8113 Information and Cybersecurity
Develop an understanding of vulnerabilities of critical infrastructure systems to failure—focusing on cyberterrorism—and recommended security solutions for operational levels of trust.
ST 8111 Methods, Theory and Applications
Focus on methods, theory, techniques, and models including qualitative and quantitative risk modeling, decision analysis (fault-tree analysis and event-tree analysis), and probabilistic risk assessment techniques.
ST 8512 Partnership in Conflict Management III: Security/Privacy Law, Social Responsibility and Ethics
Explore the challenges to American civil liberties and national security in times of terrorism, ethical and moral concepts underlying American civil rights and acts of terrorism against the U.S., and the application of the U.S. Constitution to Homeland Security laws.
Interested in our Minors?
Please contact David Nguyen ([email protected]) to see how the Graduate ST Minor could best serve you.