In this 3.5-day IBM Rhapsody® training course, participants will learn the essential concepts and core capabilities of IBM Rhapsody, including UML-based software modeling.

Through hands-on exercises, participants will develop executable applications and learn how to use UML effectively for software design and implementation. This provides a solid foundation in both UML and IBM Rhapsody®.

The course also demonstrates how Rhapsody supports model-driven software development, including code generation, execution, and validation for embedded and real-time systems.

By the end of the training, participants will be able to use IBM Rhapsody® confidently to model, develop, and generate software applications in an efficient and structured way.

Experience a structured approach to Model-Based Systems Engineering with the GfSE System Architecture Framework (SAF) and IBM Rhapsody, aligned with ISO/IEC/IEEE 15288 and the INCOSE Systems Engineering Handbook.

In this three-day training course, you will learn how to apply SAF viewpoints in Rhapsody to support key systems engineering activities and develop consistent system models.

Using a realistic case study, you will build a model step by step — from the operational context and stakeholder perspective, through system context, use cases and functional behavior, to the logical system architecture.

The course focuses on hands-on modeling and demonstrates how SAF structures SysML-based engineering, connects different viewpoints, and supports traceability throughout the development process.

By the end of the training, you will be able to use SAF with Rhapsody to create structured, traceable system specifications and logical architectures following a process-oriented systems engineering approach.

Systems Engineering Fundamentals with ISO 15288 & SysMLv2

In this hands-on Training, your engineers will gain a solid foundation in Systems Engineering, based on ISO 15288 and SysMLv2. 

They will learn:

• Introduction to the fundamentals of systems engineering: Gain a solid foundation in the core principles of Systems Engineering aligned with ISO 15288
• Requirements management:   Understand how to efficiently gather, analyze, and document requirements with a structured approach.
• Architecture design:   Explore the basics of designing robust and innovative system architectures using SysMLv2
• Integration, verification & validation:   Get an overview of proven quality assurance methods and how they fit into the system lifecycle.
• Technical management and traceability: Learn the essential methods to enhance project transparency and efficiency while ensuring traceability.