Learning Objectives
- Apply the c-ECO framework to a real or realistic Water engagement.
- Translate sector data into TFP variables and prudential classifications.
- Design pre-threshold governance mechanisms for minimum ecological flow limits, aquifer stress and recharge boundaries, potability, sanitation, and pathogen exposure limits.
- Present systemic analysis to non-technical stakeholders.
- Produce a professional-grade CSAM packet suitable for controlled institutional coordination.
Field Project: The c-ECO Water Stability Assessment
Your Role: c-ECO Fellow assigned to conduct a supervised Systemic Stability Assessment for a watershed, aquifer, municipal utility, wastewater system, sanitation network, or industrial water dependency facing scarcity, contamination, capacity saturation, or public-health exposure.
Project Scope: Produce a professional-grade CSAM packet that defines system boundary, signals, thresholds, actors, reversibility exposure, and institutional translation options. This is a Fellowship analytical exercise and does not authorize independent deployment.
- System boundary identification: watersheds, aquifers, treatment networks, sanitation infrastructure, allocation rules, industrial withdrawals, public-health dependencies, and ecological flows.
- Safe Operating Space boundary identification for the selected subsystem.
- Current Position assessment with uncertainty treatment.
- Trajectory analysis using historical, reported, modeled, or field-linked data.
- Reversibility Liquidity evaluation of technical, financial, institutional, and temporal capacity.
- Band classification: Green, Amber, Red/Safe Mode, or Black/Restoration First.
- Contractual and governance recommendations for pre-threshold intervention.
- Implementation roadmap for supervised institutional use where authorized.
Select Your Water Subsystem
aquifer decline, recharge imbalance, salinity intrusion, and allocation conflict.
turbidity, pathogen, nutrient, or contaminant spikes.
treatment-capacity saturation, bypass events, and network leakage.
non-revenue water, service interruption, and pressure instability.
water utilities and sanitation operators, watershed agencies and water regulators, municipal authorities and public-health bodies.
allocation trigger protocols, contamination response covenants, sanitation continuity mandates.
Required Deliverables
Format: 12–18 page professional report.
- Executive Summary for cohort or institutional coordination.
- System boundary, actor map, and exposure logic.
- Data audit: sources, coverage, gaps, uncertainty, and monitoring frequency.
- TFP variables: P, ΔV, σ, Lr with transparent assumptions.
- Prudential classification and escalation conditions.
- Safe Mode or Restoration First implications where applicable.
Format: Case-Specific Analytical Mandate with scope, evidence, limits, and intervention logic.
- Case purpose and institutional boundary.
- Threshold map and signal architecture.
- Actor duties and information dependencies.
- Confidentiality, data, and methodological limitations.
Format: 15-minute presentation plus questions.
Translate technical findings into clear governance consequences for water utilities and sanitation operators, watershed agencies and water regulators, municipal authorities and public-health bodies, industrial, agricultural, and household users.
Format: 3-page reflection on where ordinary compliance would arrive too late, how c-ECO changes responsibility, and how the Fellow preserves institutional boundaries.
Assessment Rubric
| Criterion | Excellent | Good | Satisfactory | Needs Work |
|---|---|---|---|---|
| Technical Accuracy | Precise TFP logic, strong evidence treatment, and credible sector assumptions. | Mostly correct with minor gaps. | Basic variables, limited sensitivity analysis. | Major conceptual or measurement errors. |
| Systemic Interpretation | Clearly distinguishes incident, trajectory, and reversibility loss. | Good analysis with some generic passages. | Identifies risk but weakly links it to thresholds. | Treats case as ordinary compliance. |
| CSAM Quality | Scope, actors, evidence, limits, and intervention logic are coherent and usable. | Strong structure with minor omissions. | Basic mandate, incomplete operational logic. | Mandate unclear or not case-specific. |
| Professional Communication | Board-ready, concise, and disciplined. | Professional with minor polish needed. | Understandable but not executive-ready. | Unclear or overly generic. |
Project Timeline
Week 1:
- Days 1–2: Select subsystem, define case boundary, gather data.
- Days 3–4: Calculate P, ΔV, σ, and Lr; identify preliminary band classification.
- Days 5–7: Draft Technical Assessment Report and identify missing monitoring data.
Week 2:
- Days 8–10: Complete Safe Mode / Restoration First analysis and CSAM draft.
- Days 11–12: Prepare institutional briefing.
- Day 13: Submit all deliverables through cohort coordination.
- Day 14: Live presentation to instructor and peers.
Resources and Support
Technical Resources
- Modules 1–4 notes and TFP variable templates.
- Sector data sources: WHO drinking-water and sanitation guidance; UN Water materials; World Bank water utility resilience guidance.
- Office hours: one 30-minute consultation during Week 1.
Governance and Instrument Sources
- Allocation trigger protocols.
- Contamination response covenants.
- Sanitation continuity mandates.
- Aquifer recovery conditions.
- Public-health escalation clauses.