SysML with OOSEM Workshop
Apply OOSEM methodology with SysML for structured system development. Focus on requirements, behaviour, and architecture flow.
Duration
5 days
Format
Direct
Level
Workshop
Overview
About This Course
Five-day workshop on developing system models using the Object-Oriented Systems Engineering Methodology (OOSEM). Supplement to the Applying SysML with MagicDraw course.
Required Software
No Magic's MagicDraw (v19.0+) or equivalent No Magic (CSM) or Dassault Systèmes CATIA Magic / Magic Systems Modeler (MSM) — with SysML plug-in
Take-Aways
Working knowledge of applying OOSEM to systems modeling.
Prerequisites
Applying SysML with MagicDraw
SysML with OOSEM Workshop
Workshop on developing system models using OOSEM as a supplement to Applying SysML with MagicDraw.
- Level: Workshop
- Duration: 5 Days
- Format: Direct
Course Curriculum
DAY 1 - OOSEM Introduction & Concept Model
OOSEM training introduction:
• purpose
• OOSEM process
• abstraction levels
• continuous activities
• common reviews (SRR, PDR, CDR)
Concept Model:
• package structure
• stakeholder needs
• use case definition
• system context definition
• MOEs
• traceability
DAY 2 - Logical Model — Part 1 (Group SRR)
Group System Requirements Review (SRR)
Logical Model setup:
• recursive package structure
• requirements
• functions
DAY 3 - Logical Model — Part 2
Subsystems and measurements
Logical interfaces and traceability
DAY 4 - Physical Model — Part 1 (Group PDR)
Group Preliminary Design Review (PDR)
Physical Model:
• package structure
• variant modeling
• variant requirements
• variant functions
DAY 5 - Physical Model — Part 2 (Group CDR)
Physical IBD
Trade study analysis with MagicDraw
Group Critical Design Review (CDR)
Outcomes
DAY 1 - OOSEM Introduction & Concept Model
Establish the OOSEM workflow and produce a Concept Model with stakeholder-driven traceability.
DAY 2 - Logical Model — Part 1 (Group SRR)
Pass an SRR with a refined requirements set and begin logical decomposition.
DAY 3 - Logical Model — Part 2
Decompose the system into subsystems with measured logical interfaces and complete traceability.
DAY 4 - Physical Model — Part 1 (Group PDR)
Pass a PDR and produce a physical model with engineered variants.
DAY 5 - Physical Model — Part 2 (Group CDR)
Run trade studies, complete the physical IBD, and pass a CDR.