The projects we see fail almost never die of a technology problem. They die of a gap between the tool deployed and the skills available to keep it alive.
The classic symptom
A solution is deployed, demonstrated, applauded. Six months later, a single user still masters it. That person changes role, and the tool goes quiet. The technology did not fail: the skill was never spread.
Train on real cases, not on demos
Training built on a sample file produces users able to redo the sample. Training built on the company's own files, machines and constraints produces users who are autonomous the following Monday. The cost is the same, the result is not comparable.
Plan the handover during framing
Transfer time to internal teams belongs in the project schedule, not in end-of-assignment intentions. When it is not budgeted, it is the first thing sacrificed — and it was precisely what determined the project's lifespan.
Certify in order to structure
The value of a certifying track lies less in the diploma than in what it forces you to write down: an explicit skills framework, assessment criteria, evidence of acquisition. A company that knows exactly who masters what makes better hiring and assignment decisions.
The link between engineering and training
At DSSF the two activities feed each other: engineering projects supply the Academy's teaching cases, and the skills developed come back to strengthen project teams. This is not a commercial arrangement, it is the condition for training to stay anchored in industrial reality.
What it changes for an investment
Before choosing a tool, two questions are worth asking: who, internally, will keep it alive in two years, and what has been planned to prepare them. If the answers do not exist, the technology investment is a bet, not a project.
Published 5 February 2026 Discuss this topic with us
