SCADA security management defines a structured approach for protecting industrial control systems that operate critical infrastructure, including supervisory control systems, distributed control systems, and programmable logic controllers. The Lead SCADA Security Manager role focuses on governing security programs that balance cybersecurity requirements with operational safety, availability, and reliability constraints. This training program presents governance frameworks, risk models, and architectural structures used to secure SCADA and industrial control environments. It outlines program design models, network security architectures, control frameworks, and testing structures that organize SCADA security within institutional and operational environments.
Analyze SCADA and industrial control system security principles and architectures.
Evaluate threat, vulnerability, and risk structures within ICS environments.
Assess design frameworks for SCADA security programs and architectures.
Examine implementation structures for SCADA security controls and resilience models.
Explore testing, monitoring, and evaluation frameworks for SCADA security systems.
SCADA and ICS security managers.
Industrial cybersecurity professionals.
IT and OT risk management specialists.
Engineers responsible for control systems.
Security consultants in critical infrastructure environments.
SCADA, DCS, and PLC system architectures and operational structures.
Fundamental principles of SCADA security and operational constraints.
Terminology frameworks and system component classifications.
Integration between IT and OT environments in industrial systems.
Role of SCADA security within critical infrastructure governance.
Threat landscape affecting industrial control environments.
Vulnerability classification across SCADA components.
Risk identification and evaluation models in ICS systems.
Impact structures on safety, availability, and operational continuity.
Relationship between system architecture and risk exposure.
Security program development models based on NIST SP 800-82.
Governance structures and policy frameworks for SCADA environments.
Alignment between organizational risk and SCADA security strategies.
Roles, responsibilities, and accountability structures.
Integration between operational and security management systems.
Network segmentation and defense-in-depth architectural models.
Communication security structures within SCADA networks.
Security controls for ICS environments.
Access control and system integrity protection models.
Interdependencies between operational and technical control layers.
Resilience and high availability design structures for SCADA systems.
Incident management and business continuity linkage frameworks.
Security testing models adapted to industrial environments.
Monitoring, measurement, and performance evaluation structures.
Continuous improvement and security assurance frameworks.