Perform a system engineering project
Live a project cycle and develop your skills
Systems Engineering is as a team competence at the service of competitiveness. This training aims at enabling an efficient implementation of Systems Engineering. It is based on:
- The acquisition of a global vision of the development cycle of complex systems
- The understanding of the power and benefits of a variety of tools, methodologies and processes used in systems engineering
- The identification of roles and the contribution of the actors that ensure engineering
- Training through the practice of fundamentals, dealing with trade-offs to optimize a solution
The training course lasts 3 days (24hours).
A simulation platform is used to produce a true working solution involving team during a hands-on intensive seminar.
The theoretical aspects of systems engineering are well known, however projects duration span too much time to fully understand its benefits as a collective performance. This 3-days seminar is based on the concurrent development of ‘systems of interest’ and a related "enabling system" by using a Lego environment combining bricks and a CAD Lego simulation tool.
IPMC’s INOVEX simulation platform allows to implement various complexity levels of systems engineering:
- Suppliers and competitors in a dynamic market
- Extensive list of User Requirements (#40)
- A 3-tiered product to be developed by using the V Cycle (system/sub-system/elements)
- A 4-tiered enabling system (factory/assembly line/resources/operations)
- The systematic use of digital simulation to simulate performance
- A phased development cycle with milestones, reviews
- A comprehensive integration / verification / validation up a ‘crash test’
The INOVEX platform is at the heart of systems engineering training curriculum of THALES, AIRBUS, DCNS, Renault, PSA., BOMBARDIER, AREVA.
Level: Basic/Advanced practitioner
This seminar is a major benefit for every person confronted with the implementation of systems engineering: from the newly appointed systems engineer to engineering managers and experienced architects.
Virginie :
IPMC Executive Director
Dominique SOUFFLET:
Head of System Engineering training
Jean-Silvère MAGNIEZ:
Senior Consultant
- Analyse the business case environment and challenge
- Share the key principles of system engineering
- Fundamentals of Systems Engineering
- Development cycle and phasing
- Cartography of tools and methodologies
- Initialise the project and set up system engineering models
- Scope technical, industrial, and project objectives, - use of the Kano model
- Use of development templates to help the design
- Stakeholders and life phases
- Functional and physical modelling
- Product Breakdown, allocation and management of interfaces
- Organize the Project Office
- Allocation of roles within the teams
- Structure and organize the development
- Work Breakdown Structure (WBS)
- Project Management and Configuration Management Plans
- Design the product
- Release 1 of the vehicle-product
- Specification of sub-systems
- Industrial strategy
- Conduct a Concept review
- Analyse technical and project risks
- Supplier management
- Freeze the architecture
- A release 2 and IVV plan
- Design of release 1 of sub-systems
- Specification review / design / interfaces
- Conduct a Design review
- Freeze the definition
- Design release 2 of sub-systems
- Bill of Materials, IVV for sub-systems, process sequence diagrams
- Conduct a Configuration review
- Build, integrate, verify the system
- Build the enabling system (manufacturing)
- Qualify product and process on mass-production lines
- Qualification and Certification of the Solution
Scheduled in French:
PARIS: 18 to 20 May 2021
For the English realization, please, consult us.
