Dr AI Anaesthesia Robot
From fear before surgery to confidence through conversation — Dr AI Anesthesia Robot makes pre-surgery care smarter, safer, human-centered.
A friendly AI assistant that helps patients prepare for surgery with simple conversations and smarter anesthesia care.
Dr AI Anesthesia Robot converts pre-anesthesia checkups into intelligent AI conversations for faster, smarter care.

Dr AI Anesthesia Robot

An Artificial Intelligence (AI) Based Robot

Elevator Pitch

Dr AI Anesthesia Robot transforms traditional pre-anesthetic check-ups from stressful, repetitive, form-heavy workflows into intelligent human-like conversations powered by AI.

The platform combines:

Conversational AI
Voice + text interaction
Camera-assisted airway assessment
Multilingual communication
Dynamic clinical reasoning
Automated PAC generation
EHR integration

to create a smarter, more compassionate perioperative workflow for both patients and anesthesiologists.

Instead of filling long forms, patients simply talk naturally with the system in their own language. The AI intelligently extracts clinically relevant perioperative information, performs anesthesia-focused risk stratification, and generates structured clinician-ready summaries.

This is not just a chatbot.

This is a next-generation perioperative intelligence system built specifically for anesthesiology.

The Problem

Pre-anesthetic check-ups are one of the most important steps before surgery, yet the process remains:

Manual
Time-consuming
Repetitive
Documentation-heavy
Language-dependent
Stressful for patients
Burdensome for clinicians

Patients often:

Feel anxious before surgery
Struggle with medical terminology
Have difficulty explaining their history
Face communication barriers
Feel overwhelmed by forms

Meanwhile anesthesiologists work under immense pressure while simultaneously:

Collecting data
Assessing risks
Reassuring patients
Documenting findings
Managing workflow efficiency

Most current digital PAC systems simply convert paper forms into electronic forms without truly improving the experience.

Our Vision

We believe perioperative assessment should feel:

Human
Intelligent
Calm
Accessible
Structured
Supportive

We wanted to create a system where:

Technology does not replace the anesthesiologist — it strengthens them.

And where:

Patients feel heard instead of processed.

Our Solution

Dr AI Anesthesia Robot replaces static questionnaires with intelligent natural conversation.

Patients interact using:

Voice
Text
Images
Camera-assisted airway capture
Multilingual communication

The system dynamically:

Conducts anesthesia-focused interviews
Identifies perioperative risk factors
Extracts structured clinical information
Performs invisible clinical reasoning
Generates clinician-ready PAC summaries
Integrates data into EHR workflows

The patient experiences:

A conversation.

The anesthesiologist receives:

Structured perioperative intelligence.

Key Innovations

Conversational Clinical Intelligence

The AI conducts anesthesia-specific interviews naturally rather than through rigid questionnaires.

It intelligently extracts:

Comorbidities
Allergies
Medication history
Airway concerns
STOP-BANG indicators
Perioperative risks
Previous anesthesia complications

from unstructured patient conversation.

Multimodal Interaction

The platform supports:

Voice interaction
Text communication
Image upload
Camera-assisted airway assessment

making the system more flexible and accessible.

Multilingual AI

The system supports:

English
Hindi
Hinglish
Regional language workflows

allowing patients to communicate comfortably in their preferred language.

Human-Centered AI Experience

The platform includes an animated virtual clinician capable of:

Interactive communication
Lip-synced speech
Listening/thinking/speaking states
Emotionally responsive interaction

to reduce preoperative anxiety and improve patient comfort.

Dynamic PAC Generation

The AI automatically converts natural conversation into:

Structured PAC forms
Clinician-ready summaries
EHR-compatible documentation

reducing manual data entry burden.

EHR Integration

The platform supports integration with:

Electronic Health Records (EHR)
Hospital Information Systems (HIS)
HL7/FHIR-compatible healthcare ecosystems

allowing seamless perioperative workflow continuity.

Why This Matters

Pre-anesthetic assessment is not merely documentation.

It is:

The beginning of safe surgery
The beginning of patient trust
The beginning of perioperative preparedness

Yet globally, PAC workflows remain fragmented and inefficient.

Dr AI Anesthesia Robot represents a shift:

From forms to conversations
From repetition to intelligence
From workflow burden to workflow support
From language barriers to accessibility
From isolated documentation to integrated perioperative intelligence

Impact

For Patients

Reduced anxiety
Better communication
Easier interaction
More accessible care
No complicated forms

For Clinicians

Reduced documentation burden
Faster PAC workflows
Structured perioperative summaries
Better workflow efficiency

For Healthcare Systems

Standardized data collection
Improved digital integration
Scalable perioperative workflows
Enhanced operational efficiency

Future Vision

Future development pathways include:

Predictive perioperative analytics
Remote PAC workflows
ICU integration
AI perioperative co-pilots
Smart OR workflow automation
Advanced anesthesia decision-support systems

Closing Thought

Dr AI Anesthesia Robot is not just about automating paperwork.

It is about making perioperative care:

More human
More intelligent
More accessible
And more connected

Our goal is not simply to digitize PAC workflows.

Our goal is to redefine them.

Built With

ai-workflow-automation
camera/image-processing
cloud-computing
conversational-ai
edge-functions
ehr-integration
framer-motion
gemini-ai
hl7/fhir-ready-architecture
medo
multilingual-ai
natural-language-processing-(nlp)
postgresql
react
responsive
rest-apis
speech-to-text-(stt)
supabase
tailwind-css
text-to-speech-(tts)
typescript
ui/ux
vite
web-speech-api

Submitted to

Build with MeDo Hackathon

Created by

## My Contribution

I conceptualized, designed, and led the development direction of **Dr AI Anesthesia Robot**, an AI-powered perioperative assessment platform created to streamline pre-anesthetic check-ups (PAC) in anesthesiology.

The inspiration for this project came directly from real-world challenges faced daily in perioperative practice. As an anesthesiologist, I observed that traditional PAC workflows are often repetitive, documentation-heavy, time-consuming, and stressful for both patients and clinicians. Patients frequently struggle with anxiety, communication barriers, medical terminology, and long forms, while anesthesiologists must simultaneously assess risk, collect critical information, reassure patients, and maintain accurate documentation under significant time pressure.

I wanted to create a system that could make this process more intelligent, more efficient, and more human-centered.

My contribution involved identifying the clinical workflow gaps and translating them into a structured AI-driven solution. I designed the overall vision and workflow architecture of the platform, focusing on how conversational AI could replace static questionnaires with natural patient interaction while still generating clinically useful perioperative information.

I helped define:
- The conversational PAC workflow
- The anesthesia-specific questioning logic
- Dynamic branching interview pathways
- Perioperative risk-oriented interaction models
- The multilingual communication approach
- The voice-first patient interaction design
- The multimodal workflow combining voice, text, and airway image capture
- The clinician-facing structured PAC output
- EHR integration direction and perioperative workflow continuity

I also contributed extensively to the human-centered design philosophy behind the project. A major focus was ensuring that the system did not feel like a cold administrative tool, but instead functioned as a supportive perioperative assistant capable of reducing patient anxiety and improving communication.

The project was intentionally designed around:
- Accessibility
- Simplicity
- Emotional comfort
- Workflow efficiency
- Clinical usability
- Scalability in diverse healthcare settings

I worked on shaping the platform’s ability to:
- Conduct anesthesia-focused conversations
- Extract clinically relevant information from natural dialogue
- Organize unstructured patient input into structured PAC summaries
- Support multilingual interaction including Hindi, Hinglish, and regional workflows
- Integrate with EHR-compatible systems
- Reduce documentation burden for clinicians

I also contributed to the innovation direction of the project, particularly around:
- Conversational perioperative intelligence
- AI-assisted PAC automation
- Dynamic clinical reasoning workflows
- Human-centered perioperative AI interaction
- Multimodal anesthesia assessment systems

Beyond the technical workflow, I played a major role in defining the project vision:
to transform PAC from a repetitive form-filling exercise into an intelligent, conversational, and patient-friendly perioperative experience.

This project represents my broader interest in combining:
- Medicine
- AI
- Workflow design
- Human-centered healthcare
- Clinical communication
- and digital transformation

to build systems that improve both patient experience and clinician efficiency in real-world healthcare environments.

Bhavna Gupta
Dr. Bhavna Gupta I am an anesthesiologist, researcher, educator, and healthcare innovator.

Updates

Bhavna Gupta started this project — May 17, 2026 06:02 AM EDT

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