Duration
5 days
Access
Public enrolment
Delivery
Face-to-face
Sessions and enrolment
Check the provider's website for upcoming sessions and enrolment information.
Price
Price not published. Check with the provider.
Course presenters may include
Rick Adcock, Sergio Altelarrea
Training area
MBSE & modelling

About this course

Practical short course applying CATIA Magic and MagicGrid to requirements, architecture and engineering trade studies. Case-based work connects model validation with collaboration and digital engineering.

Course presenters may include

How the course is run

Level, as the provider describes it
Aims for INCOSE competency level: supervised practitioner

“The course is designed to bring the learners to “supervised practitioner” level as defined in INCOSE Systems Engineering Competency Framework (SECF) is the 2nd Edition, released in April 2025.”

Teaching approach
Theory with practical exercisesInstructor-led

“The course combines theoretical discussions with interactive, instructor-led learning to provide a comprehensive and engaging experience.”

Practical activities
Hands-on modelling in softwareCase study

“Hand on experience with CATIA MagicGrid to apply the theoretical concepts to practice through a case study project, step-by-step.”

Training arrangements
Public scheduled datesIn person

“Dates 15 - 19 Feb 2027 Duration 5 Days Location Cranfield campus”

Before the course
Prior knowledge helpful, not required

“Both new and experienced System Engineers who have; familiarity with systems engineering, basic MBSE training and/or experience is desirable, some experience on applying MBSE using a tool is useful but not essential.”

In the provider's own words, checked 28 Oct 2026. Only details the provider publishes are shown.

Prerequisites

  • Systems engineering familiarity; basic modeling experience is desirable but not essential.

Learning outcomes

  • Apply modeling to requirements and architectural decisions.
  • Evaluate alternative designs using model-based evidence.

Course outline

  1. 01

    Engineering viewpoints and model-based methods

  2. 02

    Requirements, architecture and alternative designs

  3. 03

    Recursive models, verification and collaboration

Interactive activities

  • Assisted engineering case study and practical modeling sessions.

Training areas