Course on planning and executing verification and validation across the system lifecycle, with hands-on assembly, integration and verification exercises on a desktop CubeSat.
Focuses on the decisions that shape effective V&V across the system lifecycle: how early validation of requirements and models reduces downstream risk, and how verification planning drives test complexity, cost and schedule, with emphasis on a defensible link between requirements, verification methods, test events and acceptance criteria. Participants work through an extensive series of hands-on exercises using a desktop CubeSat with realistic hardware and software to implement an end-to-end assembly, integration and verification campaign.
TSTI delivers the course with a live instructor on site or virtually; public live-online sessions are offered through AIAA.
PhD · AIAA Associate Fellow (as stated by AIAA) · Former Chair, AIAA Space Systems Technical Committee (as stated by AIAA)
Space systems engineer and educator with more than 30 years of space systems experience; author of Understanding Space and instructor for TSTI's V&V course.
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.