Health-tech lab · early-stage studio
HeartWire builds clinical and consumer health tools where physiology, data, behavior, and systems engineering meet.
This is my personal site. It is a running log of what I am building and how I am building it.
It is part portfolio and part system map. When a project is live, it is linked here, not just described.
System philosophy
Human health is a system, just like engineering. Engineering is an applied discipline, and nothing is truly disconnected, especially when it comes to the body.
Observable inputs include behavior, mental and emotional state, physiology, and environment. Every input and output forms measurable patterns, constraints, and potential interventions.
Learning about yourself means learning your own health. The solutions are often simpler than expected. Reduce noise and confusion. Increase and consolidate the signal.
Structured inputs, alignment, and explicit hypotheses outperform anecdotes when you are trying to understand a system that changes constantly.
Featured work
Full ecosystem map- Live deployment
GastroGuard
Active DevelopmentGI symptom tracking and personalized insight engine
Tracks GI symptoms, meals, and triggers and builds insight over time. Designed to identify real cause-effect patterns.
Next.jsSupabaseTypeScriptPWA - Live deployment
MindMap+
Active DevelopmentMental state tracking with behavioral pattern recognition
Captures mental state as structured data. Turns mood, stress, and behavior into patterns you can analyze.
Next.jsSupabaseRechartsTypeScript - Live deployment
SkinTrack+
PrototypeLesion and skin condition tracking with environmental correlation
Tracks skin conditions over time and ties them to environmental and behavioral inputs. Built to identify patterns, not just log events.
PythonComputer VisionSupabase Modular Knee Brace
PrototypeAdaptive biomechanical support system for knee stability and recovery
A modular knee brace focused on stability, load distribution, and real-world use. Designed to adapt to different recovery needs.
3D PrintingCADBiomechanicsStryker ReUnion RSA Teardown
Case StudyReverse-engineering a Class II reverse shoulder arthroplasty system end-to-end.
A full-system teardown of a reverse shoulder implant: disease state → biomechanics → requirements → regulatory → manufacturing → outcomes.
BiomechanicsMaterials (Ti-6Al-4V, Tritanium, X3 UHMWPE)FDA 510(k)QFDDFx / DfEEngineering the Healthcare Supply Chain
Case Study12 interviews with healthcare professionals on where engineering fails (and what clinicians actually need).
Primary qualitative research with 12 healthcare professionals (8 physicians) on clinical risk, supply fragility, and the clinical–engineering gap.
Qualitative researchStakeholder interviewsSystems engineeringClinical workflow