---
title: "PlayLA Flag Football Public Web App Case Study"
author: "Kamilla Gafurzianova"
category: "Civic Web App & Mobile UX"
kicker: "PlayLA Olympic Youth Sports Public Web App"
headline: "From a 1,700+ location database to 15 active program locations."
summary: "A mobile-first bilingual resource transforming civic database records into searchable program cards, safety checklists, and pre-loaded Google Maps turn-by-turn directions."
tools:
  - "React"
  - "TypeScript"
  - "Google Maps API"
  - "Vite"
  - "Cloudinary"
  - "Bilingual UX"
metrics:
  - label: "Database Records"
    value: "1,700+"
    detail: "Citywide operational records feeding parent-facing search."
  - label: "Active Clinic Sites"
    value: "15"
    detail: "Recreation center coordinates pre-wired with Google Maps transit."
  - label: "Bilingual Accessibility"
    value: "EN / ES"
    detail: "State-stored language preference across all guidance and checklists."
  - label: "Zero Extra Spend"
    value: "$0"
    detail: "Static React application deployed with lightning-fast edge delivery."
ogImage: "https://kamillek.com/og/og-case-study-playla-flag-football-webapp.png"
canonicalUrl: "https://kamillek.com/case-study-playla-flag-football-webapp.html"
contact: "https://kamillek.com/contact.html#inquiry-form"
---

# From a 1,700+ location database to 15 active program locations.

**Civic Web App & Mobile UX**  
*By Kamilla Gafurzianova · Systems Architecture & Executive Operations*

I reused the operational database from PlayLA Flag Football Operations to power a mobile-first public resource: turning structured records into search, program cards, and pre-loaded Google Maps directions for the 15 active locations available to families now.

---

## Strategic Context: One Data Foundation, Multiple Jobs

In PlayLA Flag Football Operations, I structured the civic infrastructure: mapping 1,700+ PlayLA locations with addresses, ZIP codes, linked feeder schools, and geocoded coordinates. That database did not stay trapped inside administrative back-offices; it became reusable infrastructure for this public web resource.

The public application transforms raw operational data into an intuitive family resource: active program cards, interactive rules, equipment specifications, bilingual English and Spanish access, and game-day safety checklists. The primary product enhancement is frictionless routing: clicking any facility card opens Google Maps with turnkey navigation already calculated directly to the recreation center.

### Key Operations Telemetry
* **Database Records:** 1,700+ (Citywide operational records feeding parent-facing search).
* **Active Clinic Sites:** 15 (Recreation center coordinates pre-wired with Google Maps transit).
* **Bilingual Accessibility:** EN / ES (State-stored language preference across all guidance and checklists).
* **Zero Extra Spend:** $0 (Static React application deployed with lightning-fast edge delivery).

---

## Shipped Deliverables & Operating Infrastructure

### 1. Relational Database to Parent-Facing Program Card
* **Artifact:** Side-by-side architecture connecting backend Airtable schemas to React interface cards.
* **Role:** Westwood Recreation Center geocoded records surfaced directly as interactive program cards displaying facility hours, age brackets, and field logistics.

### 2. Pre-Loaded Google Maps Turn-by-Turn Navigation
* **Artifact:** Deep-linked routing integration via Google Maps API.
* **Role:** Directly calculates turn-by-turn routes to recreation centers from user coordinates, saving busy parents manual address input during game-day transit.

### 3. Parent Onboarding & Seasonal Expectations
* **Artifact:** Digital onboarding guide and expectations walkthrough.
* **Role:** Orientation covering practice schedules, player safety protocols, coaching contacts, and venue rules to build community trust before kickoff.

### 4. Bilingual English & Spanish Accessibility
* **Artifact:** Localized equipment specifications and uniform guidelines.
* **Role:** Persistent client-side language state ensuring full access and equipment transparency for Spanish-speaking families.

### 5. Field Safety & Emergency Response Protocols
* **Artifact:** Interactive coach checklist with emergency dispatch directory.
* **Role:** Mobile checklists with direct-dial links to city park maintenance, local emergency contacts, and first aid response.

### 6. Civic & Institutional Partner Network
* **Artifact:** Stakeholder ecosystem transparency map.
* **Role:** Contextualizes program support from the City of Los Angeles Department of Recreation and Parks, LA28 Olympic committee, and professional sports franchises.

### 7. Verified Production Stack
* **Artifact:** Modular cloud architecture built for mobile performance.
* **Role:**
  * **React:** Lightweight component architecture for fast mobile interaction.
  * **TypeScript:** Strict interface typing for data contracts.
  * **Google Maps API:** Dynamic route calculation and geocoding.
  * **Cloudinary:** Global media and video content delivery.

---

## Operational Workflow Pipeline
1. **01 Map the City:** Structured 1,700+ municipal recreation records with geocoded coordinates, council districts, and facility amenities.
2. **02 Reuse the Data:** Filtered the operational database to power dynamic search and program cards for 15 active seasonal clinic locations.
3. **03 Pre-Load Directions:** Automated deep-link generation so tapping a location opens Google Maps with turnkey navigation already calculated.
4. **04 Operationalize the Field:** Packaged bilingual parent guides, safety protocols, emergency dispatch numbers, and digital coach checklists.

---

## Strategic Executive Takeaway: Public Digital Products Succeed When Built on Durable Operational Data

Community and consumer web applications encounter severe friction when organizations treat front-facing interfaces as separate from internal operations. When data is re-entered by hand, information drifts, addresses become stale, and user trust dissolves.

By connecting the PlayLA public web app directly to our relational operational schema, we eliminated manual synchronization and gave thousands of families instant access to directions, game schedules, and bilingual guidance. In enterprise systems, this principle is universal: user experiences are only as dependable as the data architecture beneath them.

---

## Certified Digital Expertise & The Discipline to Scale
* Salesforce Certified Administrator
* Salesforce Certified Business Analyst
* Radical Product Thinking Vision Setting
* Google AI Professional Certificate
* Google AI for Data Analysis
* Project Management Institute Member
* Product Management Basics Certification
* AI for Product Management

I bring an Olympic athletic background to fuel the relentless discipline required to execute, a deep research background focused on hyper-targeted strategy, and the grit of the immigrant experience. I rely on hard analytics and behavioral strategy to build resilient operational systems that help businesses actually run.

---

## Omnidirectional Navigation (GLBL-PRTCL-036 §3.4)
* [← Previous Case: PlayLA Flag Football Operations Case Study](case-study-playla-flag-football-ops.md)
* [All 25 Production Case Folios](work.md)
* [Next Case: International Sport PR Agency BizOps Case Study →](case-study-pr-agency-bizops.md)
* [Root Discovery Index](index.md)
