The Engineer
Code + constraints
My bioengineering training taught me to treat constraints as design inputs and turn ambiguity into measurable systems.
Helping healthcare and AI teams turn high-stakes ideas into reliable products.
Product leadership for high-stakes AI systems where failure, delay, and override actually matter.
I partner with healthcare and AI teams to ship products that stay dependable in real operations.
I blend product strategy, clinical workflow insight, and operating discipline so teams can move quickly without creating hidden risk.
Start here by intent
Quick links for mobile
Go directly to outcomes, methodology, or essays.
Start here by intent
Patient reach
100M+ patient–clinician connections across clinical workflows
Audit-ready
Policy checks, approvals, and overrides remain easy to trace
Incident learning
Postmortems feed new evals and guardrails
Proof points
A quick read on what shipped and what changed.
100M+ patient–clinician connections across clinical workflows
Policy checks, approvals, and overrides remain easy to trace
Postmortems feed new evals and guardrails
The Proof
Representative engagements and outcomes.
Product leadership
Built and scaled Doximity Dialer with safety rails and clinician-led overrides during failure.
Platform strategy
Consumer-directed health experiences with support handoffs that hold during failure moments.
Co-founder and CEO
Built physician financial wellness products combining personalized guidance, expert support, and operational guardrails.
Research and advisory
Documenting practical playbooks for AI governance, civic systems, and high-trust operations.
Common triggers
Situations where an outside operator can unblock progress quickly.
Approach
A clear framework for safer product decisions.
I use a practical operating model for decision quality, incident response, and recovery. In practice: define who can intervene, how quickly issues must resolve, and what controls make that enforceable.
I evaluate systems by failure behavior: detection speed, intervention rights, patient risk, and whether teams learn quickly enough to prevent repeats.
Operating framework
Cross-functional context
Engineering, product, and operations perspectives used together.
The Engineer
Code + constraints
My bioengineering training taught me to treat constraints as design inputs and turn ambiguity into measurable systems.
The Founder
Product + operations
I build tools that survive real operations, backed by ownership, instrumentation, and accountability.
The Theorist
System + governance
I translate complex policy and organizational dynamics into clear decision rights, review plans, and escalation paths teams can actually use.
Writing
Essays, notes, and audits on building trustworthy systems.
Latest essays
Modern life rewards a kind of “maturity” that often has very little to do with being right.
"We condemn the excesses" isn’t an apology, it’s a tactic. From Amritsar 1919 to Minneapolis 2026, discover how governments use condemnation to protect their power, delay accountability, and ensure the system survives its own violence.
Why “we care” substitutes for obligation—and how delay gets disguised as kindness.
People are not becoming inherently dishonest, lazy, or cynical. They are becoming game-theoretically optimal for the environment they have been placed in.
We are living through a divergence between rights and remedies. If a system is "95% accurate" but concentrates errors on the vulnerable, fairness metrics are irrelevant. Here is a better way to measure justice.
Stop designing for the idealized "Hero User." Learn how to build resilient interfaces that work when your user is stressed, tired, and operating on 15% battery.
Contact
Start with a scope call or review engagement paths first.
Next step
Bring the decision you’re stuck on—AI safety, clinical workflow, or governance—and I’ll map the smallest binding shift that unlocks momentum.