Techno-functional leader. Long career leading product development in healthcare IT,
now working full-time and independently on FHIR (payer-side), openEHR, MCP, agentic
LLM workflows, and Radiology AI β building open-source reference implementations.
I work in AI-native, plan-mode-first workflows, and I read, write, and review
code throughout the build (now AI-augmented).
π©Ί Healthcare IT β long career Β Β·Β π₯ Led teams of 30+ engineers across multiple geographies Β Β·Β π FHIR (R4/R5, Da Vinci) Β· openEHR Β· MCP Β Β·Β π€ LangGraph Β· LangChain Β· MONAI Β· MedGemma Β Β·Β π§ AI-augmented builder (Copilot Β· Claude Code)
I work at the intersection of healthcare standards and applied AI β designing systems, writing the specifications, and getting them into a working state end-to-end:
- π§ Solutions Architecture for Clinical AI β system design and reference implementations spanning data, agents, evals, and clinical-workflow fit
- π Healthcare Interoperability β FHIR R4/R5 (with emphasis on the payer side β Da Vinci PAS, CRD, DTR, PDex, Plan-Net, Drug Formulary, BCDA), openEHR (CKM, EHRbase, AQL), SMART-on-FHIR, HL7
- π€ Agentic Clinical AI β multi-agent workflows on LangGraph / LangChain, MCP servers and clients for clinical data and policy reasoning, RAG over clinical and payer-policy corpora
- π©» Radiology AI β early-stage detection of lung disease and breast cancer; DICOM, MONAI, MedGemma, Orthanc PACS, OHIF (current independent engagement, under NDA)
- π₯ Techno-functional leadership β long career leading product development on Sunrise Clinical Manager, Sunrise Surgery, and adjacent products at Altera Digital Health (formerly Allscripts) with teams of 30+ engineers across multiple geographies
- π§ AI-native, plan-mode-first workflows β daily driver of GitHub Copilot and Claude Code for plan-mode thinking, spec-driven builds, architecture review, and code review. I read, write, and review code throughout the build (now AI-augmented).
For most of my career I led product development on Sunrise Clinical Manager, Sunrise Surgery, and adjacent products at Altera Digital Health (formerly Allscripts) β teams of 30+ engineers across multiple geographies, shipping into live clinical environments.
- Delivery philosophy β spec-first and AI-orchestrated, the same way the repos on this profile are built. Plan-mode before code, ADRs for non-trivial decisions, eval and review gates per slice.
- Code-review and mentoring β I stay close to the code through reviews and architecture conversations, and back engineers when their judgment is sound. The goal is teams that can decide without me in the room.
- Hiring β I optimise for judgment, domain curiosity, and figure-it-out ability over framework counts. Same bar I hold myself to.
Since March 2025, I have been working full-time and independently, including a current fractional engineering-leadership engagement on a Radiology AI venture focused on early-stage detection of lung disease and breast cancer (under NDA).
Open to Healthcare AI Solutions Architect, Technical Leader, or Fractional / Advisory roles where deep healthcare-IT domain expertise meets applied AI.
Sorted by relevance, not date. See pinned repos below or my full repository list.
| Project | Stack | What it does |
|---|---|---|
| Prior-Auth Co-pilot π§ (flagship, in build) | LangGraph Β· MCP Β· FHIR Da Vinci PAS/CRD/DTR | Agentic, FHIR-native Prior-Authorization co-pilot targeting the CMS-0057 Jan 2027 mandate. Assembles clinical evidence, reasons over payer policy, drafts the PAS bundle, and explains the decision with citations. Public roadmap coming Week 2. |
| fhir-mcp-suite β | Python Β· MCP | A suite of Model Context Protocol servers for FHIR β letting LLM agents query clinical data safely |
| fhir-mapping-agent β | Python Β· LangChain | LLM agent for mapping arbitrary clinical data into FHIR resources |
| bodhi_app β | FastAPI Β· React Β· Neo4j | ClinIQ Β· BODHI β clinical knowledge-graph app on the Bharat Ontology for Disease & Healthcare Informatics (Eka Care) |
| openEHR_TrialSafety_TrialMatch | Python Β· GPT-4o Β· AQL | Agentic trial-safety screening and trial-matching over openEHR data with AQL |
| Clinical LLM Quality Harness π§ (flagship #2, in build) | Python Β· LangGraph Β· Evals | Eval & observability framework for clinical AI β three tracks: ambient-scribe note quality (hallucination, SOAP adherence, FHIR write-back), prior-auth reasoning quality, and clinical Q&A grounding. |
| Project | Stack | What it does |
|---|---|---|
| fhir-dqm-engine β π | TypeScript Β· NestJS | Pramana β FHIR-native CQL quality measure engine: runs HEDIS/CMS eCQMs against FHIR R4 data, produces a standards-compliant FHIR MeasureReport. 69.8% BP control rate measured on a 279-patient synthetic cohort. AI care-gap layer in progress. |
| FHIRPayerProvider_RCM_Knowledge | Docs Β· FHIR | Payer-side FHIR & RCM knowledge base β Da Vinci IGs, policy patterns, integration notes |
| openEHR-trialcapture β | TypeScript Β· openEHR | Clinical trial data capture using openEHR archetypes |
| healthcare-graphql-api β | .NET 8 Β· HotChocolate | Healthcare GraphQL API with JWT auth, caching, rate limiting, Docker |
| python-healthcare-api-microservices β | Python | Healthcare API in a microservices pattern |
| TEFCA-Knowledge | Docs | A practitioner's hub for TEFCA + FHIR + Clinical AI |
| Project | Stack | What it does |
|---|---|---|
| pneumonia-monai π§ | Python Β· MONAI Β· DICOM | Pneumonia detection on chest images using MONAI |
| RAdImageProcessing π§ | Python Β· DICOM | Radiology image processing pipeline |
Browse all repos by topic:
#fhirΒ·#agentic-aiΒ·#mcpΒ·#langgraphΒ·#healthcareΒ·#openehrΒ·#clinical-ai
AI-Augmented Workflow (daily drivers)
My working assumption is that plan-mode, spec-driven, AI-orchestrated workflows are now the senior norm β not a quirk. Every repo on this profile is built this way, and this is how I expect the teams I lead to ship.
- Plan-mode first β talk through the problem, constraints, and trade-offs with Claude Code or Copilot agent before writing a line of code. The plan is the artefact.
- Specification-driven β design doc, sequence diagram, FHIR resource map, agent graph, or eval plan produced with the AI, then reviewed critically against domain context.
- Build in small slices β each slice reviewed for correctness, security (OWASP), and clinical safety. AI as reviewer; judgment stays with me.
- Evals and documentation as first-class outputs β every repo ships with a real README, measurable behaviour, and a clear status (WIP / Stable / Reference).
As a leader, my job is to set up the quality gates a team ships against β the spec rituals, eval bars, ADR cadence, and code-review standards β not to be the fastest typist in the room.
For hiring conversations: I'm strongest in architecture rounds, system-design discussions, and walking through any of the repos on this profile. If your loop is built around live algorithm whiteboarding, we're probably not the right fit β and that's a useful filter for both of us.
- π§ Prior-Auth Co-pilot (flagship #1, in build) β agentic, FHIR-native PA co-pilot for the CMS-0057 Jan 2027 mandate. Da Vinci PAS / CRD / DTR + policy reasoning + audit trail. Public roadmap and weekly slices in progress.
- π§ͺ Clinical LLM Quality Harness (flagship #2, in build) β eval & observability framework across three tracks: ambient-scribe note quality, prior-auth reasoning quality, and clinical Q&A grounding.
- π©» Radiology AI (NDA, ongoing) β fractional engineering leadership on early-stage detection of lung disease and breast cancer; DICOM, MONAI, MedGemma, Orthanc PACS, OHIF.
- ποΈ
fhir-dqm-engine(Pramana) β care-gap API + AI layer on top of the CQL quality-measure engine; 69.8% BP control rate measured on a 279-patient synthetic cohort. - π οΈ
fhir-mcp-suiteβ extending MCP server coverage for more FHIR resources; feeds the Prior-Auth flagship.
- πΌ LinkedIn: https://linkedin.com/in/paragmedsinge
- π§ Email: paragmedsinge@yahoo.com
- π Based in: Pune, Maharashtra, India Β· open to remote / hybrid worldwide
- π¬ Open to Healthcare AI Solutions Architect, Technical Leader, or Fractional / Advisory roles where deep healthcare-IT domain expertise meets applied AI.
β‘ Note: The repos on this profile are reference implementations and working prototypes built around real interoperability and clinical-AI problems β not tutorials. Each is clearly labelled WIP / Stable / Reference.