Responsibilities
- Mobile system architecture
- Store submission (EAS/TestFlight)
- Native hardware integrations
- State & performance optimization
React Native & Native Mobile Engineering
Cross-Platform Mobile Ecosystems & Native Modules
Suite of production iOS and Android mobile apps spanning logistics driver dispatchers, on-demand food delivery, BLE hardware monitors, and health coaching.
- Production EAS Pipelines
- Bluetooth Low Energy (BLE)
- Live Geolocation Maps
- Custom Native Expo Plugins
- Role
- Full-stack delivery
- Focus
- React Native & Native Mobile Engineering
- Core stack
- React Native · Expo
- Engagement
- Product build
01The story
From the problem to the outcome.
- Problem
Building separate native Swift and Kotlin applications slowed down time-to-market and increased ongoing maintenance costs.
- Approach
Leveraged unified React Native architectures with custom native modules (e.g. `expo-quick-actions`), native gesture handling, and EAS cloud build pipelines.
- Outcome
Shipped over 10+ distinct mobile apps to the App Store and Google Play covering complex GPS routing, biometric sync, and hardware scanning.
02Scope & stack
What I owned, and what it runs on.
Stack
- React Native
- Expo
- EAS
- TypeScript
- BLE
- Google Maps
- HealthKit
Maximizes development speed and code reuse across mobile platforms while retaining 60fps native performance and native device access.
03More work
More case studies
Building something similar?
Send the workflow or the stuck project. I'll reply with a practical plan and a launch path.
