Healthcare Solutions Portfolio
NICSTEM - NICU-Centric EHR Interface
Redesigned electronic health record interface that streamlines how neonatologists work. Replaced complex menu navigation with an intuitive visual approach using anatomical diagrams and drag-and-drop charting. Built to run on top of existing EHR backends without vendor lock-in.
Key Innovation: Significantly reduces documentation time by matching interface design to natural clinical thought patterns.
🚀 Live Demo | Contact for full system access
NICSPORT - Neonatal Transport Documentation System
Mobile documentation platform designed for high-pressure transport situations. Features automated reminders for critical assessments and seamless workflow between medical team members. Designed for offline-first use with automatic sync when back online.
Key Innovation: First transport documentation system designed by someone who's actually been in the back of a transport unit at 3 AM.
NPRA-MBTTA Algorithm - NEC Prediction Tool
Early warning system that identifies critical conditions before symptoms appear. Monitors multiple health indicators to predict necrotizing enterocolitis 24-48 hours in advance, enabling rapid intervention.
Key Innovation: Transforms clinical pattern recognition into systematic early warning alerts, enabling proactive intervention.
Publication forthcoming | Demo available
S.A.G.E. - System for Algorithmic Generation of Evaluations
Visual monitoring system that transforms complex vital signs into easy-to-read patterns using an engaging retro-style interface. Converts traditional measurements into dynamic visual displays that make patient status immediately clear to medical staff. Reduces cognitive load during critical patient assessments.
Key Innovation: Makes complex vital sign patterns immediately recognizable through intuitive visual displays, supporting faster clinical decision-making.
🚀 Live Demo | Interactive Biorhythm Visualization
WEAN-O - Intelligent FiO2 Weaning System
Evidence-based clinical decision support tool for oxygen weaning in neonatal patients. Uses "God Particle" stability metrics including SpO2 Coefficient of Variation, SpO2/FiO2 ratio, and Time-in-Target-Range to generate safe, data-driven weaning recommendations. Features real-time data entry, transparent formula display, and trend visualization.
Key Innovation: First weaning system to combine multiple stability metrics into a comprehensive readiness score, addressing the randomness of traditional FiO2 weaning practices and potentially reducing BPD/chronic lung disease progression.
🚀 Live Demo | Publication in preparation