Senior Android Engineer specialized in building resilient mobile experiences across WearOS, connected devices, Android architecture, and production-scale platforms. Focused on creating software that feels reliable, intuitive, and built for the real world.
> current_focus Building resilient Android payment systems > specialization Android • WearOS • Kotlin • Connected Devices > philosophy Reliability over hype
Specialized in Android platforms that interact with hardware, payment flows, unreliable network conditions, and production-critical user experiences.
Large-scale Android wearable ecosystem built on top of WearOS with custom system-level behavior, smartwatch integrations, optimized UI flows, Bluetooth communication, and connected mobile experiences.
Enterprise-grade Android payment application built around EMV transaction flows, SmartPOS devices, transaction reliability, and real-world payment edge cases.
Working on Android SmartPOS systems, EMV transaction handling, payment infrastructure, reliability improvements, and fintech-focused engineering.
Delivered enterprise Android applications with focus on scalability, architecture quality, and production-grade user experiences.
Built Android solutions and strengthened expertise in mobile architecture, application reliability, and software delivery.
Early-stage Android engineering experience focused on mobile applications, UX implementation, and product delivery.
Building Android systems, payment infrastructure, tooling, architecture improvements, and technical explorations across mobile and backend ecosystems.
> latest_activity Fixing SmartPOS transaction edge cases > current_stack Kotlin • Android • EMV • Firebase > engineering_focus Reliability • Architecture • Fintech > github github.com/mergimkrasniqi
Community talks, Android discussions, interviews, and public appearances around software engineering and mobile development.
Skiing, motorcycles, travel, and real-world adventures outside software engineering. A more personal side of the journey.
Payment systems, SmartPOS hardware, transaction reliability, offline-first behavior, and real-world failure handling shaped the engineering approach behind every system. The goal is not just to make software work - but to make it dependable.