Utilities
Sector composite · Confined-space & elevated-work scaling
Scaling field assessment across confined spaces, elevated work and dispersed sites.
The pattern behind scaling field assessment across confined spaces, elevated work and dispersed sites — with PG&E as the named anchor inside it.
This is a composite
Drawn from JointAction customer engagements across utilities-sector deployments. Pacific Gas and Electric is referenced as one specific named case within the pattern.
Situation
Utilities operate dispersed field networks with confined-space entry, elevated work and highly variable conditions. The physically demanding work is spread across geographies a central ergonomics team can't reach in person.
Complication
The assessment method has to work in the field — at height, in confined spaces, from a safe distance — and it has to be runnable by people who aren't ergonomists, or coverage stalls at whatever a small specialist team can personally reach.
Response
- Field-deployable sensor assessment that works in confined spaces and on elevated work, with worker-visible feedback.
- Assessment runnable by trained non-specialists, so coverage scales with the workforce rather than with specialist headcount.
- Assessment data flowing through an API into the customer's centralised risk-management system.
Outcome
In the named anchor within this pattern, Pacific Gas and Electric scaled the program from two assessors to twenty-six in six months, met its four customer-defined requirements, and integrated assessment data into its centralised system.
See the PG&E case study for the full, attributed outcome.
How this generalises
Across utilities deployments, the constraint is reach. The pattern that breaks it is a field-deployable assessment non-specialists can run, feeding a central system — so the program covers the work, not just the work near the specialists.
Read the PG&E case study →