INCOSE IS 2025 Tutorial
Welcome to INCOSE IS 2025.
Contents:
- Open Source System Modeling with Python and Generative AI
- Presentation
- Introduction
- Open Source Ecosystem
- Systems Engineering Library (se-lib) Goals
- se-lib Current Capabilities
- se-lib General Usage Features
- Use Case Models
- Sequence Models
- Discrete Event Modeling
- Continuous Systems Modeling with System Dynamics
- Graphical User Interface
- Causal Analysis
- Requirements Modeling
- Project Modeling
- Integrated Requirements, Effort and Staffing Models
- Quantitative Fault Tree Analysis
- Excel Data Import
- se-lib Further Information
- Python Introduction
- NumPy
- Matplotlib
- Pandas
- SciPy
- Python Exercises
- se-lib Examples
- install se-lib
- Causal Diagram
- Critical Path Analysis
- Quantitative Fault Tree
- Sequence Diagram
- System Dynamics Model
- Discrete Event Model
- init_de_model()
- add_source(name, connections, num_entities, interarrival_time)
- add_server(name, connections, service_time, capacity=1)
- add_delay(name, connections, delay_time)
- add_terminate(name)
- run_model(verbose=True)
- draw_model_diagram()
- Fault Tree
- Use Case Model
- Sequence Model
- Context Model
- Requirements Model
- Read Fault Tree from Excel
- Design Structure Matrix
- Work Breakdown Structure
- Extended Example: Target Shooter System
- se-lib Exercises
- SysML v2 Parts as Python Objects
- Generative AI Usage