Overview

I led the strategic design, development, and deployment of a specialized Infusion Center Heat Map for Tysabri. This mission-critical tool was engineered as a Veeva CLM Media presentation, designed to empower users to locate clinical assets across the United States and Puerto Rico within a high-stakes, pharmaceutical sales environment.

The Challenge: Engineering for "Zero-Connectivity" Environments

A primary technical hurdle of this project was the requirement for full offline functionality within the Veeva ecosystem. This constraint necessitated a departure from standard web development practices.

• API Independence: I architected the solution to function without access to online mapping services like Google Maps. This meant the application could not rely on external API data for rendering or geocoordinate retrieval.
• Internalized Geospatial Data: To solve this, I ensured all map rendering information and geocoordinate pinpointing data resided locally within the application. This created a "Black Box" of geographic intelligence that remained performant regardless of internet availability.

Functional Logic and User Interface

I designed the dashboard-like interface to provide a frictionless search experience, allowing users to identify locations through two primary data entry points:

• Parametric Search: Users can select a specific US state or enter a ZIP code to filter results.
• Proximity Logic: I implemented a user-defined distance filter, allowing sales representatives to visualize clinical assets within a 25, 50, or 100-mile radius of their current location.

Cross-Functional Leadership and Technical Accountability

This project required a high degree of collaboration across the Clinical, Marketing, and Project Management departments.

• Conceptualization and Requirements: I was instrumental in the initial design phase, ensuring the technical requirements aligned with the clinical and commercial objectives.
• Algorithmic Responsibility: I took direct responsibility for the interaction logic and the complex database calculations required to facilitate real-time, offline distance plotting.
• Quality Assurance Stewardship: I maintained an active role in the Software Development Life Cycle (SDLC), overseeing the QA and testing processes to ensure the application was robust and ready for field deployment.

Strategic Outcome: Standardized Data Visibility

By building a transparent and documented geolocation tool that lived entirely on the device, I provided the client with a "future-proof" asset.

• Reliability: The application eliminated the risk of "dead zones" during sales presentations, ensuring the Tysabri portfolio was always supported by accurate location data.
• Scalable Architecture: The internal database structure was designed to be easily updated as new infusion centers were added to the network, maintaining the long-term utility of the tool.

Key Insight: The Tysabri Heat Map represents the liberation of geographic data from proprietary online vendors. By redeveloping this logic into a self-contained, offline environment, I provided a level of stability and ownership that is essential for high-performance pharmaceutical field teams.