
Worked on enhancing transaction reliability and user experience across two major projects. In osmosis-labs/osmosis-frontend, addressed instability in gas fee estimations by increasing the base fee multiplier and updating related tests, using TypeScript and frontend development skills to align fee logic with backend systems and reduce transaction failures. For Electric-Coin-Company/zashi-android, delivered improvements to the voting submission flow, refining UI consistency, error handling, and integrity verification. Leveraged Kotlin, Android development, and UI/UX design to ensure robust voting processes and maintain branding standards. Focused on targeted testing and maintainability, contributing to smoother user interactions and long-term code stability.
In May 2026, delivered core voting submission improvements and configuration updates for Electric-Coin-Company/zashi-android, focusing on reliability, integrity, and UX consistency. The work tightened the end-to-end voting flow, improved error visibility for Keystone authorization, and updated static voting configuration to strengthen integrity checks. Design assets were aligned with existing branding to avoid unnecessary asset churn, and targeted tests and lint fixes were added to increase maintainability and long-term stability.
In May 2026, delivered core voting submission improvements and configuration updates for Electric-Coin-Company/zashi-android, focusing on reliability, integrity, and UX consistency. The work tightened the end-to-end voting flow, improved error visibility for Keystone authorization, and updated static voting configuration to strengthen integrity checks. Design assets were aligned with existing branding to avoid unnecessary asset churn, and targeted tests and lint fixes were added to increase maintainability and long-term stability.
In 2024-10, delivered Gas Fee Estimation Stability Improvement in osmosis-frontend to fix instability in base fee queries and enhance reliability of gas fee estimations. The change increases the base fee multiplier from 1.5 to 1.65 across gas fee calculation functions and related tests, implemented in commit c483069e72288b7b8459e1ef785099f01e8a44c4. This work reduces estimation failures and improves the user experience for transactions, aligning frontend behavior with backend fee logic. Technologies demonstrated include TypeScript/JavaScript, testing strategies, and code quality improvements. Business value: higher transaction success rates, smoother UX, and reduced support needs.
In 2024-10, delivered Gas Fee Estimation Stability Improvement in osmosis-frontend to fix instability in base fee queries and enhance reliability of gas fee estimations. The change increases the base fee multiplier from 1.5 to 1.65 across gas fee calculation functions and related tests, implemented in commit c483069e72288b7b8459e1ef785099f01e8a44c4. This work reduces estimation failures and improves the user experience for transactions, aligning frontend behavior with backend fee logic. Technologies demonstrated include TypeScript/JavaScript, testing strategies, and code quality improvements. Business value: higher transaction success rates, smoother UX, and reduced support needs.

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