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Case Study: Optimization Solution

Telehealth Appointment Optimizer

AI-driven scheduling system to reduce no-shows and maximize provider utilization.

Published December 1, 2023
1 min read

Technologies Used

Python
Scikit-learn
Twilio
React
Node.js
Calendar interface showing optimized appointment slots and prediction scores

Predicting Attendance, Optimizing Care

No-shows cost the healthcare industry billions annually. We developed a Telehealth Appointment Optimizer that uses machine learning to predict the probability of a patient missing their appointment. Based on this score, the system automatically triggers personalized SMS reminders or suggests intelligent overbooking strategies to ensure provider time is never wasted.

The Challenge

High no-show rates (averaging 20-30%) leading to lost revenue.
Inefficient manual reminder calls consuming staff time.
Static scheduling slots that don't account for appointment complexity.
Patient frustration with rigid booking systems.

The Solution

Built a predictive model using historical data to score appointment risk.
Integrated Twilio for automated, two-way SMS confirmations and rescheduling.
Developed a dynamic slot allocation algorithm based on visit type.
Created a provider dashboard to visualize daily schedule risk.

Key Features

No-Show Prediction

AI model that analyzes 50+ factors to predict attendance probability.

  • Historical attendance
  • Weather patterns
  • Distance/Traffic data

Smart Reminders

Automated, conversational SMS reminders that allow instant confirmation.

  • Two-way messaging
  • Natural language processing
  • Multi-language support

Dynamic Waitlist

Automatically fill last-minute cancellations from a high-priority waitlist.

  • Instant notifications
  • Priority scoring
  • One-click booking

Technology Stack

Python
Scikit-learn
Twilio
React
Node.js

Project Timeline & Results

1
Week 1-3

Data Analysis & Modeling

Trained model with 85% accuracy in predicting no-shows.

Aggregated 2 years of historical appointment data. Engineered features such as 'days since booking', 'previous no-shows', and 'insurance type'. Trained and validated a Random Forest classifier.

2
Week 4-6

Integration & Automation

Deployed automated SMS system reducing manual calls by 90%.

Built the API integration with the clinic's EMR. Set up Twilio workflows for reminder sequences (72h, 24h, 2h). Implemented logic to handle patient replies (e.g., 'Reschedule').

3
Week 7-8

Pilot & Rollout

Reduced no-show rate to under 5% in the first month.

Rolled out the system to 5 providers initially. Monitored system performance and patient feedback. Fine-tuned the overbooking logic to prevent long wait times. Expanded to the entire network.

Interested in Telehealth Appointment Optimizer?

Let's discuss how this concept can be tailored to your business needs and drive real results.

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