00

Executive Summary

A small intervention for a costly, recurring problem.

A lightweight decision-support tool transformed dense process guidance into timely, actionable choices for a specialty operation.

At Wipro, agents process medical prior-authorization requests using ICUE and more than 30 supporting job aids. Within the genetics specialty queue, experienced agents were encountering recurring errors during case triage despite specialized training and familiarity with the broader authorization process.

As Quality Lead, I identified the trend, personally analyzed its causes, proposed the intervention, developed the tool, coordinated subject-matter review, led implementation, and measured the result.

The resulting Genetics Support Tool was intentionally modest: a completely local browser file built to meet agents at the exact moment a difficult decision had to be made.

≈75Project-reported monthly baselineApril 2026 reference period
<10Project-reported July-to-date countPartial period; directional comparison only
40Project-reported agents enabledAcross every genetics team; case assertion
5hProject-reported first usable buildDesign and development; case assertion

Counts, timing, and scope in this case study are reported case assertions from the project presentation; they are not independently verified here.

01

The Quality Signal

The pattern emerged from the evidence, then became specific through human review.

Client escalations and team-lead error records were charted, classified, and traced back to the behaviors behind the numbers.

Synthetic error-category distribution

60 fictional records

Portfolio demonstration only. The workbook contains fictional agents, cases and events created to show the analysis method—not the confidential operational dataset.

The issue was not effort. It was usability.

The trend involved tenured, specially trained agents. The existing job aids were comprehensive but broad, clinically written, and difficult to translate into quick action under processing-time constraints. Several related decision points created repeated opportunities for mistakes. Agents needed concise guidance at the moment of decision—not another document to study.

02

The Intervention

Eight recurring failure points became one guided decision path.

The real tool asked eight targeted questions. The abbreviated public demonstration below recreates five representative decision points with fictionalized, nonconfidential guidance.

01ClassifyGroup error records with light Python scripting.
02Read deeplyExamine individual RCA narratives for behavioral patterns.
03TranslateConvert failure points into direct questions.
04ValidateCompare with job aids and clinical feedback.
05EnableDemonstrate, distribute, coach and measure.
Genetics Support Tool
Sanitized portfolio demonstration
Privacy note: This demonstration uses fictional information, does not connect to ICUE, and does not collect, retain or transmit patient or case data.
1

Are state requirements necessary for this case?

Enter N/A next to the State Requirements field.
2

Are any providers showing an unknown network status?

Proceed to the next review point.
3a

Are there any out-of-network providers?

Proceed through the normal case path.
3b

Is there a GAP request?

  1. Send the request to the specialty GAP team.
  2. Document the request and reply on the case.
  3. Apply the appropriate GAP outcome note.
Template preview
Hello Specialty Team,

Please review the fictional genetics GAP request below.
Case number:
Test name:
CPT code:

Thank you,
<Agent Name>
3c

Are out-of-network benefits available?

Proceed through the normal case path.
03

Reported Results

The reported trend moved downward against one April baseline.

The normalized index below uses April as 100. July is a partial period, so the comparison is directional rather than a like-for-like monthly result.

04

Validation & Adoption

A tool succeeds only when its guidance is trusted and its use is easy.

April 2026

Signal identified

A recurring genetics trend surfaced during preparation for a biweekly client quality review.

Analysis

Errors classified and RCAs reviewed

Light Python scripting narrowed broad categories; individual RCA narratives exposed the repeated decision failures underneath.

Build

Decision logic developed

Eight error-prone points were converted into questions, conditional guidance, alerts, and a structured GAP request template.

Validation

Clinical subject-matter review

The guidance was compared with current job aids and nurse feedback, then privately walked through with the genetics nurse team lead.

May 2026

Local release and enablement

Every genetics team received a live demonstration. Team leads received separate enablement and written download, use, and redistribution instructions.

May–July

Measurement and client presentation

Errors were tracked against the same April baseline. Client leadership reviewed the tool, its decision logic, and its measured impact.

2,000Project-reported cases in daily inventory supported against turnaround-time requirements; separate from the resume's audit-record claim
16Project-reported employees led alongside ongoing quality and client-reporting responsibilities
25Project-reported new employees onboarded, trained, and ramped during the project
05

Reflection & Direction

The most effective solution was not the largest one.

It was the intervention that respected how work actually happened.

What I learned

Identifying an error is only the beginning. Quality leaders must understand why the mistake makes sense from the user’s perspective, then create an intervention that fits real operational constraints. This tool succeeded because it transformed dense information into timely guidance instead of asking agents to study more material.

Future direction

A second version would become a modular support center with search and dedicated process tabs. New decision guides could be added without redesigning the whole tool, preserving the original simplicity while extending the approach across other lines of business.