How a University and Industry Partner Are Building Tomorrow’s Power Workforce

Why It Matters

It demonstrates a scalable, cost‑effective blueprint for closing the utility talent gap while simultaneously expanding diversity and community awareness of the energy sector.

Key Takeaways

• Aging power workforce creates urgent talent shortage.
• Stony Brook–Haugland model blends paid summer training with industry curriculum.
• Programs span K‑12 to university, including drones, HVDC, cybersecurity.
• Funding braided from government, industry, university, and community partners.
• Female participation rises via EmpowerHER mentorship and visibility.

Pulse Analysis

The utility industry’s talent shortage is not merely a staffing issue; it threatens the reliability of a grid undergoing massive modernization. As renewable integration, grid‑scale storage, and advanced transmission technologies accelerate, utilities require engineers and technicians fluent in high‑tech systems, cybersecurity, and data analytics. Traditional apprenticeship pipelines, which focus on post‑secondary candidates, leave a critical gap at the high‑school level where early exposure can shape career trajectories. Addressing this gap demands coordinated investment that aligns educational curricula with evolving industry standards, ensuring a steady flow of skilled workers for the next decade.

Stony Brook University and Haugland Group have crafted a replicable solution by intertwining paid summer employment with industry‑designed curricula. Their "Taste of the Trades" program leverages federal youth‑employment dollars to offset student wages, while partners such as NYPA, National Grid, and local utilities co‑fund curriculum development. The suite now includes FAA‑certified drone piloting, HVDC power‑systems labs, and a cybersecurity track that directly feeds utility internships. Early outcomes—students securing full‑time positions, increased female enrollment, and teacher training for sustained classroom impact—validate the model’s efficacy and illustrate how braided funding reduces financial risk for any single stakeholder.

For policymakers and utility executives, the lesson is clear: collaborative, multi‑layered training ecosystems can accelerate talent pipelines without inflating costs. Replication hinges on leveraging existing community assets—universities, workforce agencies, and local employers—to create a shared governance structure. As the sector pivots toward offshore wind, geothermal, and next‑generation nuclear, expanding such programs will be essential to meet both technical and diversity goals. Companies that embed themselves early in these pipelines will secure a competitive edge in hiring, while regions that adopt the model can expect broader economic benefits and heightened public support for energy projects.