nishant

Scope: Technical owner for Android platform supporting 250K+ MAU, working with cross functional teams (Product, Backend, QA, Data). • Owned end to end Android architecture for high scale enterprise applications, ensuring performance, reliability, and maintainability • Improved app startup time by 30% and reduced ANRs by 40% through coroutine optimization, threading improvements, and lifecycle tuning • Designed and implemented a robust offline first architecture, significantly improving reliability in low connectivity environments • Integrated AI powered features (smart suggestions, content summarization, intent detection) using ML Kit and LLM APIs • Led large scale modularization (40+ modules), reducing build times and enabling parallel team development • Introduced feature flagging and staged rollouts to safely release high impact features • Mentored engineers, conducted architecture reviews, and enforced clean coding, testing, and documentation standards. • Influenced multi-quarter product roadmap and architectural decisions impacting scalability, reliability, and development velocity • Designed Android systems handling high read/write concurrency with predictable latency under production load

Scope: Built and scaled Android applications for global users in bandwidth constrained regions. • Developed resilient Android systems optimized for low bandwidth and unreliable networks • Increased app reliability by 45% using background task orchestration and advanced data synchronization strategies • Reduced API latency by 35% through caching, request batching, and protocol optimization • Delivered AI driven features (recommendations, automated insights) improving user engagement and retention • Established CI/CD pipelines with GitHub Actions and Fastlane, cutting release cycles by 40% • Collaborated closely with product and backend teams to translate business requirements into scalable mobile solutions

• Migrated legacy Android applications to Clean Architecture and MVVM, improving testability and long term maintainability • Refactored performance-critical user flows, reducing production issues by 45% • Delivered multiple business critical features in fast paced agile environments • Maintained high code quality through automated testing, reviews, and continuous refactoring