AI in Government Asset Management (Self-Paced)
IDTECH7011SP

Module 1: Foundations of Government Asset Management

• Define what constitutes a government asset across buildings, vehicles, IT equipment, infrastructure, machinery, and public safety equipment.
• Describe the asset lifecycle from acquisition and deployment through maintenance, transfer, disposal, and replacement.
• Explain why disciplined asset management supports taxpayer accountability, budget optimization, and audit readiness.
• Recognize how strong asset practices contribute to operational continuity and risk reduction.

Module 2: Current Challenges in Public-Sector Asset Control

• Identify common problems such as inaccurate inventories, missing assets, and reliance on manual spreadsheets.
• Examine the impact of deferred maintenance, poor utilization visibility, and aging infrastructure.
• Discuss the role of data silos and compliance reporting burdens in limiting accountability.
• Recognize cybersecurity risks associated with smart and connected public-sector assets.

Module 3: AI Applications in Government Asset Management

• Explain how predictive maintenance uses sensor data and service history to anticipate failures.
• Describe smart inventory management and AI-driven reorder and utilization recommendations.
• Apply computer vision, barcode/RFID automation, and drone inspection concepts to asset tracking.
• Identify how AI supports fraud and waste detection, including duplicate purchases, unused subscriptions, and ghost assets.
• Describe how AI models inform budget forecasting and capital replacement planning.

Module 4: Current Case Studies

• Examine smart city asset monitoring programs and the use of sensors and analytics for utilities and infrastructure.
• Review federal real property modernization efforts that use centralized digital records to improve building utilization.
• Explore digital twin programs that support long-term planning and predictive maintenance for roads and utilities.
• Analyze municipal fleet optimization initiatives that combine telematics and AI to improve performance and reduce costs.

Module 5: Practical Exercises and Workshops

• Rank a sample portfolio of public-sector assets by mission risk and replacement priority.
• Complete an AI readiness scorecard covering data quality, leadership support, IT integration, and budget.
• Design an AI pilot project with defined asset type, problem statement, expected savings, timeline, and risks.
• Apply structured judgment to evaluate where AI adds value and where human oversight must remain primary.

Module 6: Roadmap for Implementation

• Begin with data quality by correcting inventory records before introducing AI tools.
• Start small by piloting one asset category to validate approach and return on investment.
• Measure outcomes through savings, uptime, and labor reduction metrics.
• Scale responsibly after pilot success while maintaining governance, privacy, and cybersecurity safeguards.