The Case
The phone on your new desk rings, but you barely notice it over the low hum of the engineering schematics glowing on your monitor. You are Alex Chen, the newly hired Asset Manager for Clearwater Water & Power (CWP), and you’ve been on the job for exactly three weeks. The city council meeting last night was a brutal introduction to your new reality. Frustrated citizens, holding up bottles of discolored water, took turns at the podium to complain about recurring water main breaks and dismal water pressure in the city’s older neighborhoods.
Your predecessor, a well-liked manager who retired after 35 years, ran the department on experience and intuition. Data collection was an afterthought, and "proactive" meant fixing a leak the same day it was reported. Now, the consequences of that approach are bubbling to the surface. The Director of Operations, Maria Flores, is under immense pressure from the city manager to "stop the bleeding" and present a concrete plan to the council in one month.
Maria has made it clear she needs more than just intuition. She needs a data-driven analysis that shows exactly where CWP is failing and why. She’s handed you a messy folder containing a few years of CWP’s internal maintenance logs, some high-level financial reports, and, fortunately, a recent benchmarking report from a neighboring, well-regarded utility, Riverbend Water.
Your task is to wade through this information, connect the dots, and perform a clear, defensible performance gap analysis. Maria is sharp, skeptical, and expects you to not only identify the problems but also to point toward the underlying causes. The future of CWP’s capital improvement budget—and your own credibility—depends on the story you can tell with the data.
Resources and Data
You'll need to analyze the following documents and data to build your case for Director Flores.
Key Document: Memo from the Director of Operations
Table 1: Annual Performance Metrics Comparison
| Utility | Metric | Value | Unit |
|---|---|---|---|
| Clearwater Water & Power | Water Main Breaks per 100km | 28 | Breaks |
| Clearwater Water & Power | Average Age of Cast Iron Pipes | 58 | Years |
| Clearwater Water & Power | Non-Revenue Water (NRW) | 27.5 | Percent |
| Clearwater Water & Power | Preventive Maintenance Work Orders | 18 | Percent of Total |
| Riverbend Water | Water Main Breaks per 100km | 12 | Breaks |
| Riverbend Water | Average Age of Cast Iron Pipes | 33 | Years |
| Riverbend Water | Non-Revenue Water (NRW) | 9.8 | Percent |
| Riverbend Water | Preventive Maintenance Work Orders | 78 | Percent of Total |
📊 View Diagram: Clearwater Water & Power's Current Maintenance Workflow
Non-Revenue Water (NRW)
Your Task
You are Alex Chen, the new Asset Manager. Your task is to analyze the memo from Director Flores, the comparative performance data, and the workflow diagram. Synthesize this information to conduct a performance gap analysis for Clearwater Water & Power.
Prepare a summary of your findings suitable for a preliminary briefing with the Director. Your summary must clearly identify the most critical performance gaps, quantify them using the available data, and hypothesize the root causes based on the evidence. Your goal is to provide Maria Flores with the clear, evidence-based foundation she needs to secure support from the City Manager.
How to Structure Your Analysis
A strong analysis follows a clear structure. Use this four-step method to build your response:
- Define the problem: What is the core issue CWP is facing, according to the narrative and the memo?
- Identify core issues: Use the data to identify and quantify the specific performance gaps between CWP and Riverbend Water.
- Identify possible causes: Connect the performance gaps to underlying causes suggested by the resources (e.g., workflow, asset age).
- Recommend a path forward: Based on your analysis, what is the most logical next step you would recommend to Director Flores?
Guiding Questions
Use these questions to focus your analysis of the situation at Clearwater Water & Power.
- According to the memo from Maria Flores, what is the primary driver for this analysis? What is at stake?
- Looking at the benchmark data, what are the three most significant performance differences between Clearwater and Riverbend? Be specific and use numbers.
- What is the financial and resource implication of Clearwater's high "Non-Revenue Water" percentage?
- How does the "Average Age of Cast Iron Pipes" for each utility potentially explain the difference in "Water Main Breaks per 100km"?
- Examine CWP's maintenance workflow diagram. How does this process contribute to the performance issues identified in the data? Is it proactive or reactive?
- What is the relationship between the percentage of "Preventive Maintenance Work Orders" and the other performance metrics?
- If you were presenting to Director Flores, what single chart or data comparison would you lead with to make the most impactful point?
- Based on your complete analysis, what are the top two underlying problems causing CWP's poor performance?
An Expert Response
A Sample Expert Response
The following is a sample response that demonstrates a strong, evidence-based analysis. Your own response may have different points of emphasis, but it should be similarly structured and justified with data from the case.
To: Maria Flores, Director of Operations From: Alex Chen, Asset Manager Subject: Preliminary Findings: Performance Gap Analysis
Maria,
Following your request, I have completed a preliminary performance gap analysis comparing Clearwater Water & Power (CWP) against the data provided for Riverbend Water. The analysis reveals significant, quantifiable performance gaps that are the likely root cause of the recent service issues and customer complaints.
Our primary challenge is a systemic failure in asset performance, driven by aging infrastructure and a reactive maintenance strategy. The data shows three critical gaps:
-
Infrastructure Reliability: CWP experiences 28 water main breaks per 100km of pipe annually, which is more than double the rate of Riverbend Water (12 breaks/100km). This directly correlates with the average age of our cast iron pipes, which is 58 years compared to Riverbend's 32 years. We are managing a much older, more fragile system.
-
Operational Inefficiency: Our maintenance workflow is almost entirely reactive, with only 18% of work orders classified as preventive maintenance. Riverbend, by contrast, operates at 78% preventive maintenance. Our current model, as shown in the workflow diagram, prioritizes responding to failures rather than preventing them, leading to a constant state of emergency repair, higher costs, and service disruptions.
-
Financial & Resource Loss: CWP’s Non-Revenue Water (NRW) rate is 27%, a stark contrast to Riverbend’s 10%. This 17-point gap represents a massive volume of treated water that is lost through leaks before it ever reaches a customer. This is not only a significant loss of revenue but also a waste of the energy and resources used for water treatment and distribution.
In summary, our operational posture is reactive, not proactive. We are spending our resources fixing the consequences of aging infrastructure instead of strategically managing the assets to extend their life and prevent failures. My immediate recommendation is to use this analysis to build a business case for a formal, risk-based asset management program. The first step would be to develop a pilot program to shift from our current reactive model to a proactive, preventive maintenance strategy in one of our oldest, most problematic districts.
Assess Yourself
Evaluate Your Own Response
Use the following criteria to evaluate your own analysis of the case. Consider how you could strengthen your response and where your analysis was strongest. A great response doesn't just list facts; it builds a persuasive argument.
- Problem Identification: Your response clearly and concisely identifies the central problem facing CWP, framing it in both operational and strategic terms.
- Application of Benchmarking: You effectively use the Riverbend Water data to create a clear "before and after" picture, quantifying CWP's shortfalls against a peer.
- Data-Driven Analysis: Your conclusions are directly supported by specific data points from the provided resources, and you use numbers to illustrate the scale of the performance gaps.
- Root Cause Analysis: You successfully connect the poor performance metrics (the "what") to the underlying issues like asset age and the reactive maintenance process (the "why").
- Clarity and Professionalism: Your summary is structured logically, written in a professional tone, and presents a clear, persuasive argument suitable for a senior leader.
- Actionable Recommendation: You conclude not just with problems, but with a logical, evidence-based recommendation for the next step.
Learning Progress
By working through this case study, you have put key asset management competencies into practice. You have evaluated asset management performance using critical metrics, applied benchmarking techniques to compare CWP's operations against a peer utility, and conducted a performance gap analysis to identify specific areas for improvement.
Next Steps
You have successfully completed this practice activity. Your analysis of the situation at Clearwater Water & Power demonstrates your ability to apply core asset management principles to a real-world problem. Please navigate back to the course to continue your learning.
