Utility capital plans are expanding rapidly to meet grid modernization and decarbonization goals, but engineering teams cannot execute them fast enough — not because of a shortage of engineers, but because those engineers are consumed by administrative processes, permitting paperwork, compliance reporting, and internal workflows that leave little time for actual design and construction.
The scale of planned investment is unprecedented. Across North America, utilities are proposing multi-year capital programs worth hundreds of billions of dollars to harden distribution networks, integrate distributed energy resources, and build transmission for renewable generation. Regulators and stakeholders expect accelerated timelines. Yet the engineering workforce has not grown proportionally, and the complexity of each project has increased with new technologies, interconnection standards, and environmental requirements.
Much of the friction comes from within. Engineers spend disproportionate hours navigating fragmented approval chains, recreating documentation for different stakeholders, and managing data across disconnected systems. These tasks are necessary but low-value; they do not advance a single mile of conductor or a single substation upgrade. When multiplied across a portfolio of hundreds of projects, the cumulative drag stretches schedules, inflates costs, and pushes critical reliability work into future rate cases.
Some utilities are responding by investing in digital work-management platforms that standardize templates, automate routine approvals, and centralize project data. Others are restructuring teams to separate pure engineering from project controls and administrative support. The common thread is recognizing that engineering capacity is a scarce resource that should be deployed on technical judgment, not paperwork. Until the process burden is reduced, the gap between capital ambition and delivery reality will only widen.
Read the full report at Utility Dive.