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Building an Autonomous Agentic AI System to Revolutionize Healthcare Operations

9 Scenarios
17 Hours 30 Minutes
Advanced
project poster
Industry
healthcare
Skills
approach
problem-understanding
data-understanding
data-storage
data-governance
data-wrangling
generative-ai
ai-modelling
Tools
sql
python
azure
databricks
aws

Learning Objectives

Understand the key pain points in healthcare data workflows and where automation adds value.
Design a modular agentic AI system to address fragmented data and automate insights.
Implement Gen AI prompts to generate both SQL queries and explainable clinical summaries.
Integrate LLMs to automate decision-making with contextual prompts.
Build a multi-table querying agent capable of deriving patient-specific insights from labs, vitals, and appointments.
Handle user roles, security filters, and natural language ambiguity.

Overview

Hospitals generate a flood of data every day—patient records, appointment schedules, prescriptions, lab reports, admission logs, billing transactions, and more. But most of this data is locked behind spreadsheets, or some pile of unstructured documents, making it virtually unusable for non-technical staff like hospital administrators, nurse managers, or care coordinators.

At CareIntel, we were approached by a network of mid-sized hospitals facing a surprising bottleneck: their frontline staff couldn’t access simple information like:

  • “How many diabetic patients visited in the last 30 days?”

  • “Which departments are running low on staff coverage this week?”

  • “Can I see all patients over 60 with scheduled follow-ups pending?”

The IT and analytics teams were flooded with such ad hoc queries. Response time? Anywhere from 3 hours to 3 days.

The goal wasn’t to replace decision-making. It was to empower it.

CareIntel proposed a Gen AI-powered information assistant—an agent that lives within the hospital’s data systems and responds to natural language questions. Think of it as an always-available teammate who can understand plain English and retrieve relevant insights from structured data systems.

But even this relatively “light” problem came with its share of challenges:

  1. Complex Schema + Technical Language
    Hospital data is structured in deeply nested databases using clinical terminologies (ICD codes, HL7 formats). Translating natural questions to meaningful SQL or Python was no small feat.

  2. Varying User Skills
    Users ranged from seasoned administrators to new nurses. The system had to be intuitive and handle ambiguous or vague questions gracefully.

  3. Avoiding Hallucinations
    LLMs are powerful, but not always accurate. The system had to ground every response in real data, traceable to the database and backed with filters or queries.

  4. No Predictive Models
    This wasn’t about forecasting or suggesting treatments. It was about clarity, retrieval, and response—ensuring staff could find accurate information in seconds, not hours.

  5. Security and Data Masking
    Since multiple roles were accessing the assistant, data masking policies needed to be in place to ensure PHI (Protected Health Information) wasn't exposed where it shouldn’t be.

Prerequisites

  • Basic understanding of healthcare data
  • Hands-on experience with Python
  • Exposure to LLMs or Gen AI frameworks
  • Basic knowledge of agent-based systems or workflow automation tools