Water & Flood-Related Hazards Analysis Workshop by Tonex
Across cities, coastlines, and industrial corridors, water-driven disasters can cascade from physical damage to prolonged operational disruption. Participants learn how to assess exposure, model consequences, and prioritize controls for flooding, dam safety, water infrastructure failure, and storm surge. Because modern utilities and emergency operations are technology-dependent, the course also addresses cyber-physical risk: how compromised sensors, telemetry, or control logic can distort situational awareness, delay warnings, and magnify losses. We examine governance, communication, and data integrity practices that keep decision-making resilient under stress. By the end, attendees can translate hazard intelligence into actionable policies, budgets, and incident playbooks.
Learning Objectives
- Differentiate urban, riverine, and flash flooding dynamics and their consequence profiles.
- Apply dam safety principles to identify failure modes, warning signs, and emergency action triggers.
- Map interdependencies across water treatment, distribution, power, transport, and healthcare.
- Quantify risk using likelihood–impact matrices, return periods, and scenario analysis.
- Strengthen continuity planning with clear roles, decision thresholds, and resource staging.
- Integrate cybersecurity into hazard monitoring and communications to protect data trust and continuity.
Audience
- Emergency managers and coordinators
- Municipal and regional planners
- Utility and water infrastructure operators
- Risk, safety, and compliance officers
- Cybersecurity Professionals
- Business continuity and resilience leads
Course Modules
Module 1: Flood Hazard Fundamentals
- Urban vs riverine behavior
- Flash flood triggers
- Watershed and terrain drivers
- Return periods and depth–damage
- Hydrologic and hydraulic inputs
- Critical facilities exposure
Module 2: Dam Safety and Monitoring
- Design classes and standards
- Instrumentation and readings
- Failure modes and indicators
- Inspection and maintenance cycles
- Emergency Action Plans
- Stakeholder notification flows
Module 3: Dam Failure Scenario Analysis
- Scenario scoping and data
- Lake Waterford Dam example
- Inundation mapping outputs
- Evacuation time estimates
- Consequence and lifeline impacts
- Public information strategies
Module 4: Water Infrastructure Continuity
- Treatment and distribution risks
- Pump, valve, SCADA dependencies
- Backup power and fuel plans
- Redundancy and isolation options
- Boil-water advisory criteria
- Restoration and reentry steps
Module 5: Storm Surge and Coastal Risk
- Surge drivers and forecasting
- Sea level and tide effects
- Wave setup and overtopping
- Levees, dunes, and barriers
- Critical corridors protection
- Shelter and access planning
Module 6: Cyber-Physical Resilience
- Sensor and telemetry integrity
- Secure data pipelines
- Communications failover design
- OT network segmentation
- Incident coordination playbooks
- After-action learning loops
Elevate your water and flood risk capability with Tonex. Enroll your team to turn hazard intelligence into confident, coordinated action—before, during, and after the next event.