IVT Retina Care
Lead Software Architect for Eye Surgeon Clinical Operations
Developed in direct collaboration with an eye surgeon, IVT Retina Care is a highly specialized clinical software platform strictly reserved for healthcare professionals. It orchestrates the entire therapeutic workflow for patients with retinal pathologies requiring intravitreal (IVT) injections, managing 5 core pathologies across 6 active market drugs.
- Role
- Lead Software Architect
- Client
- Eye Surgeon Collaboration
- Period
- 2026 - Present
The "Treat & Extend" Protocol
The intellectual core of the platform: a decision loop that mathematically adapts the interval between injections to the retina's response - extending it when disease is stable and shortening it on recurrence.
Inject
Scheduled anti-VEGF IVT drug administration.
Assess retina
OCT and visual acuity: fluid present or dry retina?
Extend or shorten
Stable -> +2 weeks. Recurrence -> -2 weeks.
Monitor
Schedule follow-up and re-enter the cycle.
Treat & Extend Algorithm
The core engine mathematically determines injection intervals based on clinical feedback, acting as an interactive cockpit. Doctors select patients, dictate the maculopathy algorithms, and coordinate seamlessly with the built-in scheduling engine to automatically map out future follow-ups.
Pathology x Drug Matrix
5 retinal pathologies and 6 active drugs modeled as first-class data, each with its own cadence and extension logic - all isolated per clinic tenant via RBAC.
Zero-Latency Local DB
Hospitals suffer from unstable network connections. To guarantee high-privacy and zero-latency local operations, I structured the data layer around a deeply integrated SQLite architecture with seamless, conflict-free syncing capabilities across the clinic network.
Multi-Tenant RBAC Security
Because this software manages highly sensitive patient data and handles 6 active market drugs across 5 core pathologies, I designed a strict, isolated Role-Based Access Control (RBAC) architecture. Doctors log into their specific, heavily firewalled clinic branch, completely compartmentalizing patient records from cross-tenant pollution.
Key Contributions
Implemented complex 'Treat and Extend' clinical algorithms to automate follow-up intervals for anti-VEGF drugs.
Designed a secure, multi-tenant RBAC (Role-Based Access Control) architecture for isolated clinic deployments.
Engineered an interactive dashboard (React/Next.js) optimized for high-speed clinical input and calendar integration.
Structured a local SQLite database for high-privacy, zero-latency local operations within hospital networks.