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Revitalizing the Utilities and Waste Industry

Workers Leaving Critical Utilities and Waste Roles Threatens Stability

The occupational future of utilities and waste roles is falling by the wayside.

2.8Risk Outlook Score

Risk Factors

2.05

Occupation Risk Score

Declining occupations needed to deliver utilities and waste services pose an existential threat to society. Service interruptions are not merely inconvenient—they can be life-threatening. Electrical and industrial engineers are exiting the prime-age workforce far faster than they are being replaced, at about a 25% deficit. Water and wastewater treatment operators, heavy machinery operators, environmental technicians, and electricians are all also retiring at rates too high to make current operational models sustainable if nothing changes. Additionally, the maintenance, repair, and installation roles across power, water, waste, and reclamation fields are also declining, risking society's critical infrastructure.

2.65

Market Risk Score

By 2030, 21% of the total US population will be 65 and older—so nearly every geographic market in our study shows prime-age workers exiting the labor market without enough people replacing them. However, that does not mean a drop in service demand. Organizations must focus on reengaging people who are not pursuing 4-year degrees or participating in the labor force by making entry easier, working with municipalities to drive employment programs, campaigning the societal necessity of this work, and offering attractive compensation, benefits, and career stability and growth. For degreed positions, organizations need to work with universities to present the opportunities in these fields, which may be overlooked.

4.00

Industry Risk Score

Power, water, and waste management are among the most localized activities, making local workforce development every organization’s top priority, especially as critical roles exit the workforce faster than they are entering. Globalizing is unfeasible, eliminating this option to supplement labor shortages. While foreign-born workers have been a reliable source of talent over many years, the unknowns of immigration policy can expose organizations to risk of not being able to secure this workforce over the long term. However, AI solutions continue to emerge, and automation has had a positive impact on routing, scheduling, customer self-service, and infrastructure monitoring, especially among water and power green efforts.

2.09

AI Skills Gap Score

While engineering roles are quickly adopting AI, frontline roles in utilities and waste management are among the least exposed to AI, and given the critical need for these workers, organizations must continue exploring smart systems to bridge talent gaps. Recycling robots and pneumatic waste pipes are viable technologies in waste services. Automated scheduling can reduce service delays, while intelligent process automation can monitor assets, making maintenance a proactive practice which reduces downtime and costs. However, technologies like these will require organizations to track the disruptive skills needed as technologies advance, and prioritize upskilling workers—a worthy investment to retain talent in shortage and reduce labor premiums.

Utilities & Waste Organizations in the Fortune 1000

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Solving Utilities & Waste Workforce Management

Growing Skills to Retain Talent and Control Costs

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Products & Services

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