Daniel Richter Email and Phone Number

Frontend Deployment - Designed deployment strategy for React applications– Built webpack plugin to exclude whitelisted dependenciesfrom bundle, leading to a 50% reduction in static content size– Built loader that includes bundle and shared dependencieson existing workflow pagesVirence Migration - Transitioned acquisition's frontend to React– Introduced several teams of AngularJS developers to React– Architected solutions to maintain compatibility with existingbackend

Nursing Flowsheets - Built workflow for nurses to document patient assessments– Spearheaded the development of the company's first Reactapplication– Reduced load and render time of data grid by upwards of90% through virtualization and an upgraded API– Lowered user documentation time by ~60% by condensingworkflowsForge Design System - Built React component library for our internal design system– Implemented generalized table and selection listcomponents– Pioneered process for decentralized teams to contribute tothe libraryMessaging Operations - Maintained message queuing system for contacting patients– Integrated a messaging service provider to decrease costper message from $0.10 to $0.03, saving ~$4 million per year– After enhancing monitoring with Grafana, identifiedbottlenecks and increased message completion rate from99.3% to 99.97%

Segmented the customer base through statistical analysis and machine learning using RModeled customer life cycles and predict their lifetime values to recognize valuable clients

Designed and implemented a .NET application to view project dependencies using C#Computed module integration complexity using design predicates and reflection

Studied the interactions between carbohydrates and synthetic lectins through variable temperature Nuclear Magnetic Resonance titrationsApplied new mathematical models for ligand-host systems to quantitatively determine the association constants between carbohydrates and synthetic lectins using Microsoft ExcelAnalyzed results using Microsoft Excel by applying new mathematical models for ligand-host systems to determine quantitatively the association constants between the carbohydrates and synthetic lectinsModeled the motion of chemically propelled nanorods using Java and AWT GraphicsIllustrated chemistry and instrumentation using Autodesk 3ds Max