Led greenfield development and release of two iOS apps (FanApp and Sportsbook) while modernizing mobile architecture, scaling, engineering processes and improving platform reliability.

Customer-Facing Delivery & Architecture:

• Delivered a full greenfield rebuild of decade-old iOS App, boosting monthly revenue to $1M and achieving a 4.8+ AppStore rating.

• Implemented a data-driven, schema-governed API contract that streamlined page feed rendering and reduced future development time by thousands of engineering hours.

• Engineered a high-frequency WebSocket consumer capable of processing 100s of market updates per second at 60fps, while minimizing battery and CPU overhead.

Code Quality & Engineering Efficiency:

• Established iOS coding standards with MVVM+R architecture (UIKit/SwiftUI), enabling parallel development for 10+ engineers, reducing onboarding time, and improving code consistency.

• Improved developer velocity by simplifying module boundaries, removing unnecessary dependencies, and enforcing a scalable architectural pattern across teams.

• Built a resilient networking layer with retry logic, offline queueing, and exponential backoff for fault-tolerant real-time features.

Automation & Platform Reliability:

• Increased automated test coverage across iOS, Android, and Kotlin Multiplatform projects, significantly reducing regression rates and manual QA efforts.

• Led rollout of automated QA pipelines, accelerating release cadence and improving runtime stability.

Organizational Leadership:

• Enabled dozens of engineers to onboard and contribute within two months through clear system documentation and architectural simplification of a complex Kotlin Multiplatform codebase.

• Drove mobile hiring processes, refining interview loops, and building a high-caliber iOS engineering pipeline.

Modernized legacy iOS apps and introduced testing and automation strategies that stabilized the platform and accelerated delivery.

Platform Stabilization & Developer Velocity:

• Saved developers hundreds of hours per quarter by converting manual QA scenarios into automated tests using Ruby, improving release quality, and reducing regressions.

• Reduced regressions by 40% by enforcing mandatory tests on all new and modified code, eliminating hot fixes.

• Integrated automation into GitHub workflows, streamlining release processes and developer feedback loops.

Legacy Modernization & Product Stability:

• Refactored Ads & Leads iOS apps, improving testability and reducing crash rates by 25%.

• Proposed and implemented strategies for modularizing legacy code.

Testing & QA Automation:

• Developed automated regression tests using Sinatra and UI testing, saving ~30 QA hours/month.

Technical Governance:

• Drove cross-team discussions around technical debt management and prioritization.

• Shaped iOS hiring pipeline by participating in interviews and helping build a cohesive, higher-quality engineering team

Led the architecture and delivery of a greenfield cross-platform payments app using React Native and TypeScript.

Cross-Platform Product Development:

• Served as Tech Lead for a greenfield payments app, defining architecture, unblocking engineers, and guiding product through prototype to production.

iOS Refactoring & Platform Improvements:

• Modernized a legacy Swift codebase to improve modularity, increase testability, and enable faster iteration across multiple teams.

CI/CD & Development Practices:

• Implemented CI/CD pipelines that improved build reliability, reduce manual deployment efforts, and established TDD and agile workflows across the team.

• Mentored peers in XP practices (pair programming, iterative development, CI), strengthening team collaboration and code quality.

I am currently studying programming problems everyday for the foreseeable future. I am open to hearing about full time opportunities in the fall of 2020.

Contributed to Redemption UX squad, improving the reliability of cash back redemption features during a legacy system transition.

• Designed a lightweight modernization strategy for a high-risk legacy components, enabling safer increment refactoring and reducing regression risk.