Introduces systems planning, requirements, architecture, interfaces, integration, verification and validation.
This highly interactive two-day course covers systems engineering fundamentals, including systems planning, concept of operations, requirements, high-level design and architecture, integration, interface definition and development, verification and validation. It also addresses technical and program metrics, configuration and risk management, quality, discipline integration, monitoring and control, and the systems engineer's roles in system development. ASE includes lectures and in-class exercises.
Facilitator not identified in public sources checked.
System definition and attributes · Systems engineering roles and process · Development models and deployment strategies · Lifecycle models, standards and best practices
Systems planning · Requirements definition, analysis and management · Technical reviews
Concept of operations and architecture · Interfaces and integration · Verification and validation · Technical and program metrics, risk, configuration management, quality, discipline integration, monitoring and control
One-day seminar introducing systems engineering and the business case for it at enterprise, project and technical levels.
Course presenters may include: Robert Halligan, John Fitch, Richard Beasley
Three-day introduction to systems engineering across the full lifecycle, taught through fantasy-themed team storytelling in which teams define, design and deliver a system.
Course facilitators may include: Jessica Korzeniowska
One-day examination of agile practices in physical systems engineering, their applicability and limitations, and the role of MBSE.