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CYBER 548
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Learning Outcomes
Industrial Control System Security
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Cyber-Physical System Architectures
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Industrial Control System Security
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Design and Build Cyber-Physical Systems
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Cyber-Physical System Security
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Understand Interdisciplinary Nature of Cyber-Physical Systems
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Course Outcome
Program Outcomes
Industrial Control System Security
Understand and explain the role of industrial control systems (e.g., SCADA systems) in industry and identify unique cybersecurity risks associated with them.
Problem Analysis and Solutions
Design, Implement, & Evaluate Computing Solutions
Communicate Effectively
Legal & Ethical Judgment
Teamwork and Management
Security Principles and Practices
Cyber-Physical System Architectures
Understand and explain cyber-physical system component architectures including sensors, actuators, Internet of Things communication protocols, security, user experience, microservices, and cloud.
Problem Analysis and Solutions
Design, Implement, & Evaluate Computing Solutions
Communicate Effectively
Legal & Ethical Judgment
Teamwork and Management
Security Principles and Practices
Industrial Control System Security
Explain how the fields of Information Technology (IT) and Mechatronics interact.
Problem Analysis and Solutions
Design, Implement, & Evaluate Computing Solutions
Communicate Effectively
Legal & Ethical Judgment
Teamwork and Management
Security Principles and Practices
Design and Build Cyber-Physical Systems
Design and build cyber-physical systems with heterogenous component technologies including sensors, actuators, interface electronics, web technologies, communication prototocols, cloud, and embedded computing components (e.g., microcontrollers).
Problem Analysis and Solutions
Design, Implement, & Evaluate Computing Solutions
Communicate Effectively
Legal & Ethical Judgment
Teamwork and Management
Security Principles and Practices
Cyber-Physical System Security
Evaluate the security of cyber-physical systems according to industry recognized security frameworks and present findings and recommendations.
Problem Analysis and Solutions
Design, Implement, & Evaluate Computing Solutions
Communicate Effectively
Legal & Ethical Judgment
Teamwork and Management
Security Principles and Practices
Understand Interdisciplinary Nature of Cyber-Physical Systems
Explain how the fields of Information Technology, Electrical & Computer Engineering, Mechanical Engineering, and Cybersecurity relate to cyber-physical systems.
Problem Analysis and Solutions
Design, Implement, & Evaluate Computing Solutions
Communicate Effectively
Legal & Ethical Judgment
Teamwork and Management
Security Principles and Practices