Three-day course on the right side of the V-model: integration approaches, evaluation methods (analysis, demonstration, inspection, test), traceability and verification and validation planning.
Covers how integration and evaluation fit the systems engineering V-model, approaches to integrating a system, and the four evaluation methods of analysis, demonstration, inspection and test. Participants learn what an evaluation plan needs as inputs, how it relates to the design FMEA, how to keep requirements and tests bidirectionally traceable, and how to plan within resource and schedule limits. The functional safety and SOTIF verification tasks of ISO 26262 and ISO 21448 are connected to the same process. Reliability modelling and prediction, reliability growth and accelerated testing are included as part of test planning.
Facilitator not identified in public sources checked.
Systems engineering process and requirements · Reliable design and system testing · System modelling and prediction
Developmental test and production evaluation · Relationship between FMEA and test planning · Traceability and demonstrating required verification and validation
Reliability qualification and growth testing · Accelerated reliability testing · Fault tree analysis introduction
Three-hour e-learning module on integrating the components of an automated driving system into the vehicle: high-performance computing, middleware, the communication architecture, the on-board power system and system approval.
Advanced MBSE + SysML workshop on design and architecture patterns, trade studies, model-driven simulation and V&V automation, SysML customisation and architecture-centric processes, taught tool-independently.
Course presenters may include: Cris Kobryn
Self-paced continuation of MBSE Fundamentals applying the full construct of SysML across all nine diagrams, with simulation, model guidelines and model review.