Name: System Security Engineering for Secure and Resilient Systems
Availability: InStock

Enterprise Architecture and Systems Engineering

System Security Engineering for Secure and Resilient Systems

A practical course for professionals who need to design, build, and sustain secure systems throughout the lifecycle. The agenda focuses on security engineering methods that connect architecture, risk, resilience, verification, and compliance rather than treating security as a late stage add on. The course combines system thinking with pragmatic patterns that support real engineering, governance, and operational needs.

What will you learn?

Apply system security engineering methods across the lifecycle
Use threat modeling and risk analysis to guide security decisions
Design secure and resilient architectures with clear trust boundaries and control strategies
Connect security requirements, verification, and compliance activities in a structured way

Requirements:

Basic familiarity with systems engineering or technical project work
General understanding of IT, software, network, or platform concepts
Interest in security, resilience, lifecycle governance, and architecture

Course Outline*:

*We customize the course outline and content to your specific needs and relevant use cases.

Module 1: Foundations of system security engineering

What system security engineering covers and how it differs from isolated product security work
Security as a lifecycle concern across concept, design, implementation, deployment, operation, and retirement
Core principles confidentiality, integrity, availability, resilience, and mission assurance
Security engineering roles, stakeholders, and decision points in complex programs

Module 2: Security requirements and lifecycle traceability

Deriving security requirements from mission needs, use cases, and stakeholder concerns
Relating security requirements to system functions, interfaces, and dependencies
Maintaining traceability from requirement to design, control, verification, and evidence
Avoiding vague or non testable security requirements

Module 3: Threat modeling and attack oriented thinking

Framing assets, actors, trust boundaries, and attack surfaces
Using structured threat modeling approaches to reveal likely failure paths
Connecting misuse cases and abuse scenarios to architecture decisions
Prioritizing threats based on exposure, consequence, and feasibility

Module 4: Risk management for secure systems

Distinguishing threats, vulnerabilities, consequences, and risk treatment options
Relating risk analysis to engineering tradeoffs, architecture scope, and cost
Choosing when to mitigate, transfer, accept, or redesign
Integrating security risk thinking into lifecycle reviews and governance

Module 5: Secure architecture and trust boundary design

Designing for least privilege, segmentation, isolation, and controlled interaction
Identifying architectural trust boundaries and security responsibilities
Reducing attack surface through interface discipline and service separation
Linking architecture decisions to operational resilience and recovery needs

Module 6: Zero Trust and modern security patterns

Zero Trust principles and what they mean in system design
Identity, policy enforcement, and continuous verification as architectural elements
Applying Zero Trust thinking across users, services, devices, and data flows
Practical tradeoffs between usability, performance, complexity, and assurance

Module 7: Security controls and defense in depth

Selecting preventive, detective, responsive, and recovery oriented controls
Control layering across endpoints, networks, applications, platforms, and data
Secure defaults, fail safe behavior, and graceful degradation patterns
Mapping controls to threats, system elements, and operational context

Module 8: Resilience and dependable system behavior

Designing systems that continue operating under fault, attack, or degraded conditions
Redundancy, diversity, containment, and recovery as engineering tools
Incident driven thinking for availability, continuity, and mission support
Balancing security controls with reliability, maintainability, and safety concerns

Module 9: Verification and validation of security requirements

Verifying that security requirements are testable and tied to architecture intent
Choosing appropriate methods inspection, analysis, testing, and demonstration
Relating verification activities to design assumptions and operational scenarios
Organizing evidence so security claims remain clear and defensible

Module 10: Compliance and assurance frameworks

Translating regulatory, policy, and standard requirements into system level activities
Using compliance as a design input rather than a documentation exercise
Aligning architecture decisions with auditability and assurance expectations
Managing evidence, control ownership, and change impact over time

Module 11: Secure operations and lifecycle sustainment

Security monitoring, logging, and telemetry as engineering considerations
Managing patching, configuration drift, and system changes without weakening assurance
Supporting incident response, forensic readiness, and secure recovery
Planning for decommissioning, data disposition, and lifecycle end states

Module 12: Working method for real system security engineering

Moving from stakeholder concern to requirement, threat, control, and verification in a structured sequence
Coordinating architecture, security, compliance, and operations stakeholders
Reviewing system packages for completeness, consistency, and decision usefulness
Building a practical checklist for future system security engineering work

Hands-on learning with expert instructors at your location for organizations.

5,922€*

Level:

advanced

Duration:

Hours (days:

)

Training customized to your needs

Immersive hands-on experience in a dedicated setting

*Price can range depending on number of participants, change of outline, location etc.

Get Quote

Master new skills guided by experienced instructors from anywhere.

4,587€*

Level:

advanced

Duration:

Hours (days:

)

Training customized to your needs

Reduced training costs

*Price can range depending on number of participants, change of outline, location etc.

Get Quote

System Security Engineering for Secure and Resilient Systems

What will you learn?

Requirements:

Course Outline*:

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System Security Engineering for Secure and Resilient Systems

What will you learn?

Requirements:

Course Outline*:

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