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Kevin Kirui

Healthcare AI Product Systems Specialist

I design systems around workflows, not just software.

I design workflow-first healthcare AI products that transform fragmented clinical information into structured, actionable systems clinicians can actually use.

500 synthetic ICU workflow events modeled, revealing a 36-minute median signal-to-action latency and 63.8% SLA compliance.

My biomedical engineering training and hospital experience inform how I translate clinical workflow problems into buildable systems.

Featured Work

Selected Case Studies

A selection of projects exploring healthcare workflows, AI-assisted systems, and product design.

Healthcare AI · 2026

Clinical Workflow Signal Audit

My role: Scoped, designed, and built the workflow audit and analysis.

Modeled signal-to-action latency across 500 synthetic ICU workflow events. Found a 36-minute median response time and 63.8% SLA compliance, with a full audit trail from signal to action.

Clinical Workflow Signal Audit

Public Health · 2026

Kenya Health Facilities Dashboard

My role: Designed and built the county-level planning and analytics tool.

Built a county-level planning tool on 10,483 health facility records from Kenya's public facility data, surfacing service and ownership gaps by region.

Kenya Health Facilities Dashboard

Healthcare AI · 2026

Biomedical Maintenance Triage

My role: Designed and built the maintenance classification and routing pipeline as a FlyRank internship assignment.

Classifies biomedical equipment maintenance reports into structured routing decisions, assigning equipment type, issue, urgency, and responsible team.

Biomedical Maintenance Triage

AI Systems · 2026

Remote HealthAI Role Matcher

My role: Designed and built the multi-source scraping, scoring, and ranking pipeline.

Aggregates live roles from 6 job sources, scores and ranks them, and surfaces a fixed top-30 priority list.

Remote HealthAI Role Matcher

How I Think

I design systems around workflows, not just software.

Clinical problems are rarely caused by a lack of information. They're caused by information arriving at the wrong person, in the wrong form, at the wrong time. I build healthcare and AI systems that close that gap so the right information reaches the right person before delays become patient problems.

  • Workflow-first design

  • Clinician-centered decision support

  • Structured data over fragmented information

  • AI that supports, not replaces, human judgment

Learn More About Me

Let's Talk

Interested in building thoughtful healthcare AI products?

Whether you're improving clinical workflows, designing AI-assisted systems, or exploring new product ideas, I'd be happy to start a conversation.