Program & Project Management

The management of major programs most often involves the Aerospace, Defense, Energy & Utilities sectors. The performance of a program is intrinsically linked to its ability to deliver and converge projects in terms of costs, quality and deadlines.

We have helped various manufacturers manage their complex programs and have identified the main dysfunctions:

  • Absence of real Design To Cost approaches that generate recurring cost overruns
  • Design teams have difficulty taking downstream constraints into account
  • Poorly formalized departure specifications and insufficient customer involvement
  • Little supplier involvement in upstream and development phases
  • Incomplete risk assessment and insufficient risk reduction actions
  • Poor configuration management and little consideration of the financial and industrial consequences of customer requests
  • Milestones reached without actually meeting the set criteria
  • Organization ill-defined according to stakes, industrial maturity, program type & phase and industrial footprint

Our approach

1

Prepare and plan


  • Set up cross-industry work reviews
  • Secure control of requirements (technical, financial, etc.)
  • Building the calendar by subset
  • Consolidate schedules
  • Setting up governance

 

4 to 6 weeks

2

Manage planning and costs


  • Monitor physical and financial progress
  • Conduct regular planning reviews over several time horizons
  • Building scenarios to anticipate risks
  • Tooling for milestone crossings
  • Defining catch-up plans

 

4 to 6 weeks

3

Managing activities


  • Deploy a synchronized system of preparation and coordination routines across multiple business lines
  • Set up an arbitration and problem escalation process
  • Define a process for filtering, validating and integrating batch changes

3 to 6 months

Our experience

Construction and deployment of a program management standard

Implementation of a supplier management system during the industrialization and production ramp-up phases for a leader in the aeronautics sector.

Application of the sub-assembly slicing methodology

Integrated planning for cement plant projects

Critical assessment of the main financial risks associated with projects

Implementation of prevention plans (identification of main project risks, construction of scenarios, modeling, etc.).


Redesigning project cycle management processes

Setting milestones to validate the transition to the next stages (structuring the stages in the life of a project, defining the main milestones, etc.).

Definition and implementation of project portfolio management standards

Contact us

David Dumery

David Dumery

Senior Partner

Alexander Picavet

Alexander Picavet

Expert Partner

Realization & referencing Simplébo

Connection

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