Duration
24 hours over 6 sessions
Access
Public enrolment · Private / corporate
Delivery
Face-to-face · Live online
Sessions and enrolment
Check the provider's website for upcoming sessions and enrolment information.
Price
Price not published. Check with the provider.
Facilitator
Not identified in public sources checked
Training area
MBSE & modelling
Certification / credential
Completion certificate.

About this course

Teaches model-based techniques for practising systems engineering within digital engineering, starting from the purpose and value of systems engineering processes rather than the language or tool. Participants apply SysML v1 and tailor INCOSE's Object-Oriented Systems Engineering Method, building a system model across behaviour analysis, logical architecture and requirements, parametric analysis and physical architecture, ending with a design review. Delivered in six daily sessions, in person or virtually.

Facilitators

Facilitator not identified in public sources checked.

How the course is run

Level, as the provider describes it
Introductory

“Introductory MBSE for DE”

After the course
Certificate of completion

“Upon completion, you'll earn a completion certificate.”

Training arrangements
Public scheduled datesIn personOnline (format not stated)

“Next Cohort 4Q 2026 (October-December) Format: In-Person or Virtual”

In the provider's own words, checked 27 Oct 2026. Only details the provider publishes are shown.

Learning outcomes

  • Apply MBSE principles and SysML v1 to the practice of systems engineering
  • Understand how digital engineering tools and techniques work with MBSE across the lifecycle
  • Tailor INCOSE's Object-Oriented Systems Engineering Method to a project
  • Create a system model by applying language and tool features
  • Use report generation, model queries, variation modelling and parametric analysis
  • Extend SysML for domain- or method-specific concepts

Course outline

  1. 01

    Course introduction and digital engineering context

  2. 02

    MBSE foundations and modelling effort planning

  3. 03

    Functional and state-based behaviour analysis

  4. 04

    Logical architecture and requirements

  5. 05

    Parametric analysis and physical architecture

  6. 06

    Design review and course conclusion

Certificate of completion

Completion certificate.

Training areas