MedTech Operator·AI Builder·Health Tech PM

Rishab
Hanjagimutt

I lead cross-functional programs across global MedTech operations and build AI-powered tools and products in my spare time. I'm focused on moving into product management and transformation roles at the intersection of AI and healthcare.

Projects

I build to learn. Each of these started as a real problem I wanted to solve — and became a lesson in making product decisions under constraint.

Spexel

AI · MedTech

Upload an engineering drawing. Get a traceability matrix in seconds.

Try it at spexel.io →
Problem
Engineers in manufacturing and regulated industries spend hours manually reading engineering drawings to extract specifications into traceability matrices. It's tedious, error-prone, and a bottleneck on every product release cycle — especially when drawing packages span hundreds of pages across multiple revisions.
Key Decisions
The core product decision was accuracy over speed: a single-model approach was inconsistent on domain-specific notation like GD&T callouts and fit tolerances. I designed a two-stage pipeline — custom OCR for deterministic text extraction, followed by LLM validation that interprets specs in visual context. The tradeoff was latency; the gain was reliability. I also chose a privacy-first architecture with zero server-side storage, which became a key differentiator for regulated-industry customers.
What Shipped
A production web app at spexel.io — upload a drawing (PDF, PNG, JPEG), review AI-extracted specifications, customize the matrix, and export. Multi-page drawing support, per-page editing, and a clean review UI so engineers can catch and correct errors before export. GDPR-compliant with zero data retention by default.
What I Learned
Talking to engineers early would have saved several pivots. The most valuable feedback loop was watching someone use it on a real drawing for the first time — the gaps between what I built and what they needed were immediately obvious. Ship early, watch real usage, iterate.
Python React TypeScript Custom OCR Pipeline LLM Validation Modal FastAPI

UltimateMe

iOS · Health

AI health coaching app that connects wearable data to personalized guidance.

Problem
Existing health apps surface data but don't do anything useful with it. Your watch knows you slept poorly and skipped the gym — but it never connects those dots or tells you what to do next. There's a gap between data collection and actionable coaching.
Key Decisions
I chose Supabase over local-only storage early on, even though local would have been faster to ship. Cross-device sync and any future social features would require a cloud layer — building it later would have meant re-architecting around user data, which is painful and risky in a health context. I also chose HealthKit as the single source of truth rather than asking users to manually log anything, which removed the biggest friction point in health apps.
What Shipped
A native iOS app that reads from HealthKit — sleep, activity, heart rate, HRV — and pipes that context into Gemini AI to generate personalized coaching responses. Cloud sync via Supabase, GDPR-compliant data handling, and 57 unit tests covering the core coaching logic.
What I Learned
Shipping a regulated-adjacent health product means data privacy isn't a feature you add later — it's an architectural constraint you design around from day one. Every schema decision, every permission prompt, every sync event has compliance implications. I learned to think about privacy the way I think about quality in MedTech: it has to be built in, not bolted on.
Swift SwiftUI HealthKit Google Gemini AI Supabase iOS 18+

Congressional Trade Tracker

Automation · Civic

Automated monitor that surfaces congressional financial disclosures in real time.

Problem
Congressional trading disclosures are legally required to be public — but they're buried in PDFs on government websites, filed inconsistently, and effectively inaccessible to anyone who isn't actively watching. The transparency exists on paper, but not in practice.
Key Decisions
I chose Discord over email for delivery — not for technical reasons, but for distribution ones. The community of people who care about this data already lives in Discord servers. Meeting users where they are, rather than asking them to check a dashboard or subscribe to a newsletter, turned out to be the most important product decision I made.
What Shipped
A Python bot that scrapes disclosure PDFs on a schedule, parses the trade data, stores it in SQLite, and fires formatted alerts to Discord in real time whenever new trades are detected. Tracks multiple politicians simultaneously and handles deduplication across runs.
What I Learned
Distribution strategy matters as much as the product itself. I spent more time on the parsing logic than the delivery mechanism — but the Discord integration drove engagement more than any feature I added. The lesson: figure out where your users already are and bring the product to them, not the other way around.
Python SQLite Discord API PDF parsing

Experience

May 2024 — Present
Paragon Medical
Chicago, IL · AMETEK
Quality Engineering Manager
  • Strategic leadership across 10 global medical device and combination-product sites, directing a team of 30 including supervisors and engineers.
  • Generated $20M in incremental revenue through commercial negotiations and ensuring product capabilities met customer and market requirements.
  • Leading post-acquisition integration of 3 sites, with goals targeting $70M in pipeline opportunities.
  • Harmonized quality and business systems across 7 sites, accelerating product development by 20% while maintaining FDA 21 CFR 820 and ISO 13485 compliance.
  • Served as strategic advisor to executive leadership on M&A diligence — financial modeling, competitive positioning, and quality risk evaluation for 2 acquisition targets.
  • Transformed the NPD and Design Control framework, increasing product launch success rates by 15%.
Oct 2020 — May 2024
Medtronic
Plymouth, MN
Senior Engineering Supervisor
  • Led a team of 8 engineers, driving the team to exceed KPIs by 35%.
  • Created and executed an innovation strategy generating $5M in annual savings.
  • Led Design Transfer Remediation for legacy products, reducing COGS by $8M YoY and increasing margin in line with global objectives.
  • Secured $1M in executive-level capital funding through constructed and presented business cases.
Engineering Supervisor
  • Directed manufacturing strategy for Nitinol and stainless-steel stent fabrication — 50% defect reduction and $1M in annual savings.
  • LEAN transformations and process optimization resulting in $1.5M savings YoY.
Quality Engineer
  • Spearheaded validations and process improvements (DVT, V&V, FMEA, IQ/OQ/PQ), achieving a 600% increase in production and 15% market share gain.
Dec 2024
University of Minnesota
MBA — Carlson School of Management
Strategy, operations, and organizational leadership
May 2020
University of Minnesota
BS — Biomedical Engineering
College of Science and Engineering · LEAN Six Sigma Green Belt

Skills & Tools

Leadership & Strategy

Cross-functional Program Management P&L Management M&A Due Diligence Executive Stakeholder Management Strategic Planning New Product Development LEAN Six Sigma (Green Belt)

Domain

Quality Management Systems FDA 21 CFR 820 ISO 13485 / ISO 9001 FMEA / V&V Supplier Qualification Post-acquisition Integration

AI & Technical

Generative AI Agentic Workflows Python Swift / SwiftUI React Supabase Claude API Groq Modal PowerBI

Build Tools

Claude Code Cursor Lovable V0

Contact

Let's connect.

Open to product management and transformation leadership roles.

If you're looking for someone who can translate complex operations into product strategy, lead cross-functional teams, and actually build with AI — I'd love to talk.