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Information Systems Security Engineering Professional (ISSEP)

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CY-013 Live Instructor-Led Training
ISC2 4 Days 32 Hours
$1,799

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ISC2 Information Systems Security Engineering Professional (ISSEP) focuses on the engineering processes used to build security into complex systems throughout their lifecycle. It is intended for experienced professionals who translate security requirements into technical designs, integrate controls across system components, and verify that security objectives are met from initial planning through operations and disposal.

The curriculum addresses systems security engineering foundations, risk management, security planning and engineering, implementation, verification and validation, and secure operations and change management. Participants examine how security requirements are derived, documented, and incorporated into hardware, software, data, and infrastructure. The training also covers architecture and design decisions, technical risk analysis, system integration, testing, assurance, configuration control, sustainment, and the secure retirement of systems.

Security engineers, systems engineers, security architects, technical consultants, and other professionals responsible for engineering secure systems are the primary audience. Candidates may qualify with an active CISSP and two years of relevant experience or with seven years of cumulative experience across the ISSEP domains. Organizations can use ISSEP training to strengthen security engineering practices, improve coordination between engineering and cybersecurity teams, and develop staff capable of integrating security into complex systems from concept through end of life.

Course Objectives

What you will learn

Domain 1: Systems Security Engineering Foundations

  • Apply systems security engineering fundamentals.
  • Execute systems security engineering processes (e.g., hardware, software, data).
  • Integrate with system development methodology.
  • Perform technical management.
  • Participate in the technology procurement management.
  • Resource analysis (e.g., cost estimation, personnel costs, probabilities and statistics (Monte Carlo)).

Domain 2: Risk Management

  • Apply security risk management principles.
  • Manage risk to system.
  • Manage risk to operations.

Domain 3: Security Planning and Engineering

  • Analyze organizational and operational environment.
  • Apply system security principles.
  • Develop system requirements.
  • Create system security design.

Domain 4: Systems Security Implementation, Verification and Validation

  • Implement and integrate security solutions.
  • Verify successful implementation.

Domain 5: Secure Operations, Change Management and Disposal

  • Develop secure operations plan.
  • Support secure operations.
  • Participate in change management.
  • Participate in the disposal process.