System Engineering with SysML

Based on a use case study, this course combines hands-on exercices (about 60%) with concept understanding and theory (about 40%) and can be adapted to the learner's needs. By the end of the journey, you will be able to select, tool and apply a dedicated methodology to design and implement any complex system. What you'll learn :

• Use a fully tooled methodology based on models and transformations.
• Specify all required viewpoints on the system under study.
• Consolidate your system specification using formal methods and simulation.
• Generate code and documentation from models

All organization that want to train their technical staff (engineers, team leaders, etc.) on Model-Based Systems Engineering.

• Basic Object-Oriented Programming (OOP) experience.

Several teaching methods are used depending on the level of the participants and the size of group: practical exercises, guided discussions, individual coaching, etc. Work on one or more case studies is proposed in order to consolidate the knowledge learned. Evaluation is done by the trainer throughout the learning process (work on practical cases, quizzes).

This training can be attended in person or online. The estimated delay to start est around 1 month.

Before the training

• Interview and questionnaire to identify the expectations and requirements
• Sending of the administrative documents: contract, welcome leaflet, etc.
• Sending of the setup instruction and resources for the course

During the training

• Attendees come with their computer
• Evaluation all along the course of the training (exercises, quiz, questions)

At the end

• Personal completion certificate
• Self-evaluation questionnaire
• Satisfaction survey

After the training

• Satisfaction survey after 3 months

For all trainings, we conduct preliminary surveys to adapt our sites, pedagogical modalities and course animation to any declared disabilities. We are here, should you have any question or specific requirements. Contact us at formation@cenotelie.fr.

• Trainer quality : 5/5
• Material and tools quality : 4.8/5

Module 1: General Presentation

• Reminder on system engineering
• Reminder on MBSE
• HarmonySE methodology and MDA
• Papyrus tooling

Module 2: CIM - Computation Independent Model

• Introduction to CIM
• Identification of the system scope: actors and use cases
• Analysis of system scenarios
• Identification of system activities and interactions
• Identification of system states
• Specification of system interfaces with its environment
• Specification of system constraints
• Traceability to requirements

Module 3: PIM - Platform Independent Model

• Presentation of the model
• Grouping of behaviors into logical components
• Refinement of scenarios according to the logical breakdown
• Identification of interfaces between subsystems
• Management of refinement and emerging behaviors
• Identification of the states of each subsystem
• Specification of business constraints
• Traceability to requirements and system level

Module 4: PDM and PSM

• Presentation
• Choice of a realization strategy for logical components: Make / Team / Buy
• Specification of physical, deployment or realization components
• Allocation of logical components to physical components
• Refinement of scenarios and interfaces, according to the realization choices
• System sizing and architecture alternatives
• Traceability to requirements and logical level

Module 5: Going Further

• Develop UML profiles
• Generate code or documentation from models