Client's Needs

How to design and industrialize a mechanical part, while improving performances, reducing planning, increasing technological maturity from TRL 3 to 6?

OUR APPROACH

Here are the 3 main phases that we followed:

1.

Define product structure and performances to identify KDD and involved disciplines over whole lifecycle.

Aerospace OEM 2 picture 1

2.

Define design loops of progressive granulometry involving whole disciplines and allowing to refine KDD and sanctioned by an arbitration ritual.

Aerospace OEM 2 picture 2

3.

Set-up and structure a weekly collaborative meeting to synchronize whole disciplines, refine risks evaluation, evaluate product maturity, instantiate activities and consolidate planning.

Aerospace OEM 2 picture 3

CREATED VALUE

A collaborative team mindset to converge on a  global alignment of product performances and project planning:

  • Early identification of transdisciplinary impacts through weekly meetings,
  • Early global identification of risks and anticipation of mitigation plan especially on manufacturing and design inconsistencies,
  • -3 months on a 15 months reference planning due to sharing and collaborative consolidation of planning.
Our latest case studies
Feedback on systems architecture training-action
COVEA is a group born from the merger of MAAF, MMA & GMF...
Define a product design in regards of the management and market constraints
This client is a Chinese aeronautics major actor. The difficulties faced by the...
Transformation towards systems engineering
A world leader in propulsion. Projects conducted in a far too sequential and...