CPAP Module 21, Section 3: Using Dashboards and Analytics Tools
MODULE 21: METRICS, QUALITY & PERFORMANCE IMPROVEMENT

Section 3: Using Dashboards and Analytics Tools

The Art and Science of Data Visualization: Telling Compelling Stories with Your Performance Data.

SECTION 21.3

Using Dashboards and Analytics Tools

Transforming Rows of Data into Roads of Insight.

21.3.1 The “Why”: Beyond the Spreadsheet, Toward True Understanding

In the preceding sections, we established the critical importance of collecting performance data. You now understand how to calculate Turnaround Time, Approval Rates, and Denial Ratios. You have meticulously tracked this information in a spreadsheet, a database, or a case management system. The result is a vast and potentially overwhelming sea of numbers—rows upon rows, columns upon columns. This raw data is valuable, but it is not yet insightful. A spreadsheet containing 5,000 rows of PA case data is a repository of facts; it is not a source of immediate understanding.

The human brain is not wired to find patterns in large tables of numbers. We are visual creatures. We evolved to spot the lion in the tall grass, not to calculate the average of column G. Staring at a spreadsheet and trying to discern a trend is like trying to understand a novel by reading a list of all the words it contains, sorted alphabetically. All the information is there, but the story is completely lost. This is the fundamental limitation of raw data and the reason why data visualization is not a “nice-to-have” skill for a PA specialist—it is a core competency.

Dashboards and analytics tools are the bridge between raw data and human understanding. They are the instruments that translate the sterile language of numbers into the intuitive language of shapes, colors, and patterns. A well-designed dashboard does more than just present data; it tells a story. It allows you and your stakeholders—from your teammates to senior hospital leadership—to understand complex performance dynamics in seconds, not hours. It instantly highlights your successes, pinpoints your challenges, and guides you toward data-driven decisions. This section is your practical guide to the art and science of data visualization. You will learn not just how to create charts, but how to design powerful, intuitive dashboards that transform your performance data from a passive archive into an active, strategic weapon for continuous improvement.

Retail Pharmacist Analogy: The Daily Z-Report vs. The Business Dashboard

At the end of every day in your retail pharmacy, you run the “Z-report.” It’s a long, scrolling receipt that prints out a massive amount of raw data: total sales, number of prescriptions filled, sales by technician, tax collected, and so on. This is your raw data spreadsheet. It is factually correct and essential for accounting, but it’s terrible for understanding performance. Does it tell you *why* today was busier than last Tuesday? Not really. Does it show you the trend of your script count over the past month? No.

Now, imagine your corporate office installs a new software system with a graphical dashboard that you see every morning. Instead of a paper scroll, you see:

  • A line chart showing your pharmacy’s script count for each day of the current month compared to the same month last year. You instantly see that you’re trending 15% higher.
  • A bar chart comparing the number of prescriptions filled by each technician. This helps you identify both your top performers and those who might need more training or support.
  • A KPI “gauge” that shows your current Customer Satisfaction Score is 9.2/10, with an arrow pointing up from last week’s 8.9.
  • A table highlighting the top 5 most profitable non-prescription items you sold this week, suggesting you might want to move that product to a more prominent shelf.

This dashboard tells a story. It provides immediate, actionable insights that the raw Z-report could never offer. You don’t have to hunt for the information; the visuals push the most important insights directly to your brain. Building a PA performance dashboard serves the exact same purpose. It’s about moving from a simple list of “what happened” (the Z-report) to a dynamic, visual story of “how we are performing, where we are succeeding, and where we need to focus our attention.”

21.3.2 Masterclass: The Core Principles of Effective Data Visualization

Creating a chart is easy. Creating a chart that is clear, effective, and honest is hard. Before we touch any software, we must internalize the foundational principles of good data visualization. These principles are universal and apply whether you are using Excel, Tableau, or just sketching on a whiteboard. Violating them is the fastest way to create a confusing, misleading, or useless dashboard.

Principle 1: Reduce Cognitive Load – Make it Easy to Think

Cognitive load is the amount of mental effort required to understand something. Your goal as a dashboard designer is to minimize it. Every element on the screen should serve a purpose. Anything that doesn’t add to the understanding of the data is “chart junk” that actively makes it harder for the viewer to think.

The Data-Ink Ratio: A concept pioneered by visualization expert Edward Tufte. The idea is simple: A large share of the “ink” (or pixels) on a graphic should be dedicated to presenting the actual data. $$ \text{Data-Ink Ratio} = \frac{\text{Data-Ink}}{\text{Total Ink Used in Graphic}} $$ Your goal is to make this ratio as close to 1 as possible.

Masterclass Table: Maximizing the Data-Ink Ratio
Common “Chart Junk” Element Why It Increases Cognitive Load The Better Alternative
Heavy Gridlines They create a “jail cell” effect, trapping the data and making it harder to see the shape of the bars or lines. Use very light, thin gray gridlines, or remove them entirely if the data labels are clear.
3D Effects & Shadows They distort the data. A 3D bar chart makes it impossible to accurately judge the height of bars in the “back.” It adds clutter for zero informational gain. Always use flat, 2D charts. They are clean, honest, and easy to read.
Overuse of Color / “Rainbow” Palettes When every bar is a different, vibrant color for no reason, the viewer’s brain tries to find a pattern that doesn’t exist. Color should be used strategically to highlight specific data points. Use a muted, neutral color (like gray or light blue) for the base data. Use a single, strong, contrasting color (like green or dark blue) to draw attention to the most important category.
Redundant Legends If you have a bar chart with only one series of data (e.g., Approval Rate), you don’t need a legend that says “Approval Rate.” It’s already in the chart title. Label data series directly on the chart whenever possible. Eliminate legends that state the obvious.

Principle 2: Choose the Right Visual for the Job

Different chart types are designed to answer different types of questions. Using the wrong chart is like using a screwdriver to hammer a nail—it might work, but it’s inefficient and clumsy. The question you are trying to answer should dictate your choice of visualization.

The Chart Selection Decision Tree

Before you make a chart, ask yourself: What is the primary message I want to convey?

  • “I want to compare values between different categories…” → Use a Bar Chart. (e.g., Approval Rate by Payer)
  • “I want to show a trend over time…” → Use a Line Chart. (e.g., Average TAT per Month)
  • “I want to show the composition of a whole…” → Use a Pie Chart or Donut Chart (cautiously), or better yet, a Stacked Bar Chart. (e.g., Percentage of Denials by Reason Code)
  • “I want to show the relationship between two different variables…” → Use a Scatter Plot. (e.g., Is there a correlation between TAT and Approval Rate?)
  • “I want to show a single, important number against its target…” → Use a KPI Card or Gauge. (e.g., Current Overall Approval Rate vs. 90% Goal)

Principle 3: Provide Context and Narrative

A chart without context is just decoration. To be truly effective, a visualization needs supporting text to guide the viewer and tell the story. Never assume the chart speaks for itself.

  • Use a Clear, Action-Oriented Title: Instead of a generic title like “Denial Reasons,” use a title that states the main finding, such as: “Administrative Errors Account for 45% of All Initial Denials.” This immediately tells the viewer what to look for and what the key takeaway is.
  • Use Annotations to Highlight Key Events: If your TAT line chart shows a sudden spike in July, add a text box annotation directly on the chart: “Spike corresponds to implementation of new EMR system.” This preempts questions and adds crucial context.
  • Include Summary Text: Below the chart, include a brief 1-2 sentence summary of the main insight and a proposed next step. For example: “The consistently low approval rate with Payer C (78%) suggests a systemic issue. Recommendation: Conduct a deep-dive audit of all Payer C denials.”

21.3.3 A Deep Dive into Your Analytics Toolkit: Common Charts and Their Best Practices

Let’s move from theory to practice. We will now dissect the most common chart types you will use in your PA dashboards, with a focus on best practices and common pitfalls for each.

The Bar Chart: Your Go-To for Comparisons

The humble bar chart is the workhorse of data visualization, and for good reason. It is incredibly effective at comparing values across discrete categories. Our brains are very good at comparing the lengths of bars, making it easy to see at a glance which categories are higher or lower.

Best For:

  • Approval Rate by Payer
  • Number of PAs by Drug Class
  • Average TAT by Team Member

Bar Chart Best Practices & Pitfalls
  • Always Start the Y-Axis at Zero: This is a non-negotiable rule of honest data visualization. Starting the axis at a higher number (e.g., 70% for an approval rate chart) dramatically exaggerates the differences between the bars and is misleading.
  • Order the Data Logically: Don’t just list the bars alphabetically. Order them from highest to lowest (or vice-versa). This makes comparison even easier and reveals the ranking of the categories.
  • Use Horizontal Bars for Long Labels: If your category names are long (e.g., “Cardiology – Electrophysiology”), use a horizontal bar chart instead of a vertical one. This prevents the labels from being scrunched, rotated, or cut off.
  • Avoid Over-cluttering: If you have 30 different categories, a single bar chart will be unreadable. Group smaller categories into an “Other” bucket or consider a different chart type.

The Line Chart: Your Go-To for Trends Over Time

When you want to show how a metric has changed over a continuous period (days, weeks, months, quarters), the line chart is the perfect tool. It connects the data points, emphasizing the trend, seasonality, or presence of outliers.

Best For:

  • Monthly Overall TAT
  • Quarterly Approval Rate
  • Weekly PA Submission Volume

Line Chart Best Practices & Pitfalls
  • Don’t Use for Categorical Data: A line implies a connection between points. It makes no sense to use a line chart to connect “Payer A” to “Payer B.” Use a bar chart for categorical comparisons.
  • Limit the Number of Lines: A line chart with more than 3-4 lines becomes a “spaghetti chart”—a tangled, unreadable mess. If you need to compare trends for many categories, consider using multiple small line charts (called “small multiples”) instead of one large one.
  • Label Lines Directly: Whenever possible, place the series name (e.g., “2023 TAT,” “2024 TAT”) at the end of the line itself rather than using a separate legend. This reduces the cognitive load of having to look back and forth.
  • Highlight the Important Events: Use annotations to mark key moments in time that might explain a change in the trend (e.g., “New Staff Hired,” “Payer Policy Change”).

21.3.4 From Concept to Reality: Building Your PA Performance Dashboard

We’ve covered the principles and the tools. Now, let’s walk through the process of designing and building a powerful, one-page PA performance dashboard. The goal of this dashboard is to provide a comprehensive “at-a-glance” overview of the department’s health for a specific time period (e.g., the last month).

Step 1: Define Your Audience and Key Questions

Before you create a single chart, you must answer the question: “Who is this for, and what do they need to know?” A dashboard for your front-line team will have a different focus than one for the Chief Financial Officer.

  • Audience: The PA Team & Their Manager.
  • Key Questions they need answered:
    • How are we performing against our core goals (TAT, Approval Rate)?
    • What is our current workload and how does it compare to last month?
    • Which payers are causing us the most difficulty?
    • What are the primary reasons for our denials?
    • How is each team member contributing to the overall effort?

Step 2: Design the Layout – The “Z” Pattern and Information Hierarchy

We read screens in a “Z” pattern: top-left, top-right, bottom-left, bottom-right. Your dashboard layout should follow this natural flow. Place the most important, high-level information in the top-left, and more granular details toward the bottom-right.

A Sample Dashboard Layout Sketch

This conceptual layout uses the Z-pattern to create an intuitive information hierarchy.

KPI Card:
Overall TAT
KPI Card:
Approval %
Line Chart:
PA Volume Trend (Last 6 Months)
Bar Chart:
Approval Rate by Payer (Top 10)
Donut Chart:
Denial Reasons by Category
Table:
Performance by Team Member

The Logic: The viewer first sees the most critical “vital signs” at the top left (KPIs). Their eyes then move across to see the overall workload trend. Next, they move down to the most important operational insights (which payers and denial reasons are problematic). Finally, they can see the granular, individual performance data at the bottom right.

Step 3: Tell the Story – From Data to Actionable Narrative

The final step is to wrap your dashboard in a narrative. Add a summary section at the top or in an accompanying email that interprets the data and proposes a course of action.

Example Narrative Summary:
“Team, here is the performance dashboard for September. Excellent work maintaining our overall Approval Rate at 93%, exceeding our 90% goal. Our Turnaround Time has increased slightly to 3.8 days from 3.5 last month; the Volume Trend chart shows this corresponds with a 15% increase in incoming requests, so our efficiency remains high.

Key Insight: The ‘Approval Rate by Payer’ chart clearly shows that Payer C continues to be a major outlier, with an approval rate of only 76%. The ‘Denial Reasons’ chart shows that the majority of these are clinical denials related to step-therapy for GLP-1 agonists.

Action Plan for October: Based on this data, our priority this month will be to address the Payer C issue. I will be setting up a training session to review their specific GLP-1 criteria, and we will build a dedicated checklist for these submissions. Let’s work together to get that Payer C approval rate up to par.”

This narrative transforms the dashboard from a passive report into an active management tool. It celebrates wins, identifies a specific, data-backed problem, and assigns a clear, actionable plan to address it. This is the ultimate purpose of building a dashboard and the hallmark of a data-driven Certified Prior Authorization Pharmacist.