
Designing a Decision-Support Tool for Safe, Consistent TPN Configurations
Operational Decision-Making at the Edge
What Small-World Networks Teach Us About Product Adoption
Uncovered a systemic configuration issue in TPN compounding and led a cross-functional initiative to design a decision-support tool that improved consistency, reduced risk, and supported pharmacist decision-making. This work highlights my ability to bring clarity to complex, regulated environments.
Designed and delivered a full edge-first IoT demonstration platform showcasing real-time sensor ingestion, local decision logic, MQTT messaging, mobile alerting, and cloud analytics. This work highlights my ability to translate complex distributed architecture into a clear product vision and a customer-ready narrative.
This article translates foundational network science into a practical mental model for product managers. I explore how clusters, shortcuts, and emergent behavior shape product adoption & growth, and offer a simple diagnostic framework for understanding stagnation and spread. This work highlights my strengths in systems-level product thinking, communication clarity, and transforming complex ideas into actionable strategy.
Industry: Medical
Domain: IoT & Edge Computing
Domain: Product Adoption
Outcome-Based Story Writing
Created and facilitated a workshop on outcome-driven user story writing, helping teams to connect product strategy, user needs, and delivery execution. Content includes INVEST best practices, acceptance criteria, story maturity, and practical story-splitting, enabling teams to product higher-quality, value-focused backlog items.
Domain: Delivery Execution
