Bell Eapen MD, PhD.

Bringing Digital health & Gen AI research to life!

About Me

Translational research in health IT is my passion.

Bell Eapen MD, PhD.

Digital Health & Gen AI Consultant

From stethoscope to source code, my career bridges medicine, data, and design. I began my career as a dermatologist, practicing in settings as different as rural India and the UAE, before pivoting into the world of health IT. That shift led me to a PhD in Information Systems at McMaster University and later to the Mayo Clinic, where I worked as an R&D lead engineer specializing in cloud architecture for Generative AI and multimodal machine learning with FHIR. 

Now, I teach health informatics and information systems at the University of Illinois Springfield, while continuing to design GenAI architectures that bridge clinical workflows and technology. Beyond academia, I maintain open-source software libraries on GitHub and actively help healthcare organizations adopt Generative AI and FHIR. My consulting philosophy is simple: I don’t just write reports—I deliver working prototypes and models that make innovation tangible.

Checkout my GitHub repo and Contact Me for your next project!

Services

Things that I work on.

Deploy healthcare machine learning pipelines on the cloud

Facilitate ML and AI research in healthcare

Chatbot & Conversational AI for clinical workflows

Design AI applications that fits enterprise architecture

Data warehousing and health data analytics for healthcare (FHIR & OHDSI OMOP)

Customize OSCAR, OpenMRS, DHIS2 and RedCap

Skills

Things that I'm good at.

FHIR
90%
GCP
80%
AI
90%
JAVA
80%
Python
70%
OSCAR EMR
100%
DERMATOLOGY
100%
TensorFlow
85%

Blog

My thoughts.

Are we in a matrix?

Are we trapped in a matrix?

Artificial intelligence isn’t waiting for a dramatic “Terminator”-style uprising—it’s already reshaping our social fabric in ways that feel eerily closer to the “Matrix.” Nobel laureate Geoffrey Hinton, the “Godfather of AI,” has warned that machines may soon surpass human comprehension, and historian Yuval Noah Harari reminds us that humans are far more predictable and programmable than we like to believe. The real takeover is happening now—through social media and generative AI.

Design Science Research in Health Informatics

Design Science Research in Healthcare: Bridging the Gap Between Ideas and Impact

In the world of healthcare research, the dominant paradigm has long been empirical and observational—studies that measure, compare, and validate phenomena to uncover truths. But what if the goal isn’t just to understand the world, but to change it? That’s where Design Science Research (DSR) comes in—a paradigm that’s less about observing and more about […]

Vibe coding in health informatics

Four takeaways from vibe coding

A successful asynchronous session and synchronous session output.

CRISP-T: AI assisted qualitative research!

CRISP-T: Bridging Text, Numbers, and AI for Smarter Qualitative Research

CRISP-T is a tool for researchers navigating the complexities of qualitative analysis on mixed data types. In fields like healthcare, education, and social sciences, qualitative data—interviews, open-ended surveys, field notes—often hold the richest insights. Yet, integrating this with structured numeric data has traditionally been cumbersome. CRISP-T addresses this gap by offering a unified framework that […]

Pyomop: Python package for managing OHDSI clinical data models. Includes support for LLM based plain text queries!

Vibe Coding FHIR to OMOP

TL;DR: A clinician‑researcher can download vocabularies, point at a folder of FHIR Bulk Export files, and be querying in OMOP CDM in an afternoon. This function, generated by vibe coding using these prompts, would help you do just that! 🎵 What is Vibe Coding? Vibe coding is an AI‑assisted development approach popularized by Andrej Karpathy. […]

FHIRy: FHIR to pandas dataframe for data analytics, AI and ML!

🔍 Why FHIRy Matters

In the evolving landscape of health information systems, interoperability is no longer a luxury—it’s a necessity. The Fast Healthcare Interoperability Resources (FHIR) standard, developed by HL7, has emerged as a cornerstone for structuring and exchanging electronic health data. But while FHIR excels at standardization and data sharing, it stumbles when faced with the demands of […]