Abstract
Abstract Artificial Intelligence (AI) holds transformative potential for the water sector-but its success depends on data integrity, workforce readiness, and governance. When DC Water launched its AI & Data Roadmap in September 2025, AI initiatives were already emerging across the enterprise-in operations, finance, HR, and customer service-but in silos, without a shared strategy or oversight. It became clear that data-the food of AI-was fragmented, inconsistent, and at risk, threatening to derail the AI mission before it began. Recognizing this, DC Water embarked on a four-month, four-sprint journey to align data, people, and technology under one cohesive vision. The AI & Data Roadmap was designed as a collaborative, enterprise-driven initiative led jointly by the Innovation, IT, Risk, and People & Talent teams under the Strategy and Performance Office. Sprint 1: Discovery & Baseline cataloged existing AI and data tools, identified risks and gaps, and established a cybersecurity-informed foundation. Sprint 2: Analysis assessed infrastructure and governance maturity, evaluated data quality and architecture needs, and defined where data fabric and cataloging could enable scalability and trust. Sprint 3: Planning engaged each business unit to identify its AI needs, align them with enterprise strategy and ratepayer value, and define the guardrails-governance, ethics, and risk frameworks-necessary for safe AI adoption. Sprint 4: Implementation Blueprint translated insights into actionable pathways for data governance, architecture, workforce enablement, and measurable AI ROI. Rather than being consultant-driven, the process was designed from within, empowering DC Water employees to shape their own roadmap. By combining data discipline, human capital transformation, and organizational design, the roadmap positioned DC Water to lead responsibly in the AI era. Results In just four intensive months, DC Water achieved several transformative outcomes: Mapped over 40 existing AI and data-related initiatives, identifying duplication, risks, and opportunities for integration. Developed the utility's first AI governance and data stewardship framework, defining policies, accountability, and ethical guardrails. Established data architecture priorities to evolve toward a modern, secure, and scalable data fabric model. Conducted a comprehensive AI needs assessment across all departments, ensuring alignment between innovation, enterprise strategy, and ratepayer benefit. Integrated a Human Capital Transformation approach, which included: Diagnosing the Baseline: Inventorying existing skills, expertise, and roles. Identifying Gaps: Mapping current capabilities against the future vision for a data-driven, digitally enabled workforce. Bridging the Divide: • Upskilling and reskilling internal talent. • Redesigning roles and workflows for the digital age. • Developing a proactive talent acquisition strategy. Enhanced literacy and collaboration between Operational Technology (OT) and Information Technology (IT) functions, strengthening the foundation for AI-enabled efficiency. Created a framework to assess AI ROI, quantifying how AI investments could reduce OPEX, improve productivity, and deliver measurable value to ratepayers. Collectively, these outcomes established the foundation for DC Water to operationalize AI responsibly, linking innovation to both enterprise resilience and financial sustainability. Lessons Learned AI is a people strategy before it's a technology strategy. Workforce readiness and trust are the cornerstones of successful adoption. Data readiness determines AI success. Clean, structured, and governed data must precede algorithmic innovation. Governance enables confidence. Defining guardrails for cybersecurity, ethics, and procurement ensures AI aligns with enterprise risk management. Invest in human capital transformation. Diagnosing skill gaps, upskilling the workforce, and modernizing job design prepare the organization for an AI-enabled future. Measure what matters. Evaluating ROI through operational, financial, and ratepayer impact ensures that AI investments are value-driven. Unify OT and IT. Bridging engineering and data disciplines unlocks process optimization, safety, and system resilience. Iterate through sprints. Agile design accelerates learning, alignment, and cross-functional ownership across the enterprise. Through this four-month roadmap, DC Water demonstrated that AI readiness is not a technology milestone-it is an enterprise transformation journey. By integrating governance, data architecture, and human capital strategy, the utility established a blueprint for how public organizations can embrace AI responsibly, sustainably, and in direct service to their communities.
This paper was presented at the WEF/AWWA Utility Management Conference in Charlotte, NC, March 24-27, 2026.
Author(s)Zerrini, Nadine, Cooper, Francis
Author(s)N. Zerrini1, F. Cooper1
SourceProceedings of the Water Environment Federation
Document typeConference Paper
Print publication date Mar 2026
DOI10.2175/193864718825160210
Volume / Issue
Content sourceUtility Management Conference
Copyright2026
Word count14