Architected portable Python frameworks for sensor calibration, enabling seamless integration across diverse AR/VR and Google Glass device variants.

Engineered high-precision synchronization of real-time timestamps across eye, face, and motion-tracking camera sensors to ensure system-wide data integrity.

Established foundational display APIs in collaboration with the Robot Calibration team, strengthening the core infrastructure for automated testing.

Optimized the CI/CD pipeline by integrating automation for daily builds and regressions, enhancing development velocity and system resilience.

Developed an end-to-end ETL pipeline in Python to automate extraction, transformation, and reporting of code change data from Google’s Critique tool. Reduced manual tracking by 30 minutes per day.

Designed and implemented backend REST APIs using Java (Spring Boot) to support real-time performance tracking dashboards for Google’s QA teams.

Authored optimized SQL queries for analytics including code changes, issue resolution counts, and production readiness based on custom time filters.

Contributed in the automation project to fulfill the custom requirement of chemical manufacturing company - Privi Organics.

• Increased production effciency by providing a centralized platform to ease communication between all end users (departments) involved in the production process.

• Developed the architecture of a Blog application which was integrated with the Oracle ERP system present at Privi Organics.

• Technical , functional or physical machine related issues related to respective departments, namely, Process manufacturing, Procurement,Finance, etc. were raised and resolved by communicating through the platform.