Understanding and mastering the fundamentals of System Engineering

• Mastering the development of a complex system (product / service).
• Understanding the industrial challenges involved in mastering the development cycle.
• Sharing the objectives of a system engineering approach.
• Knowing the processes to be implemented to master development.
• Introduction to key methods and tools to support these processes.
• Understanding the role of modelling in design phases (SysML, etc.).
• Optimising the designed system (value analysis, LCC, etc.).
• Extending mastery to the entire life cycle (Dependability, ILS, etc.).
• Identifying links with transverse processes (quality, project management, etc.).

DAY 1

GENERAL PRINCIPLES
• Introduction to System Engineering,
• Fundamentals of System Engineering for project management.
Practical workshops

NEEDS ENGINEERING
• Consolidating the operational need,
• Conducting a Functional Analysis of the Need.
Practical workshops

SOLUTION ENGINEERING
• Conducting a Technical Functional Analysis,
• Designing the Functional and Logical architecture,
• Designing the Physical Architecture.
Practical workshops

DAY 2

CONSOLIDATING THE DESIGN
• Interface management,
• Specification rules and best practices.
Practical workshops

JUSTIFYING AND VERIFYING
• IVVQ strategy,
• Introduction to traceability.
Practical workshops

OPTIMISING SYSTEM ENGINEERING
• Introduction to risk management,
• Introduction to value analysis,
• Introduction to model-based system engineering.
Practical workshops

DAY 3 (option)

FURTHER EXPLORATION...

WITH SE
IVVQ
VALUE ANALYSIS
ENSURING SOLUTION ROBUSTNESS
Practical workshops

MANAGING SYSTEM EVOLUTIONS: PRINCIPLES OF SYSTEM CONFIGURATION MANAGEMENT

REQUIREMENTS ENGINEERING

Programme Manager, Technical Manager, Project Manager, Business Manager, Project Controller, Project Quality Manager, System Integrator, Designer.

None.