ā Conducted load testing to identify bottlenecks in a critical GCS Bucket Cron microservice and optimized operations, reducing URL-to-index.html mapping time by 85%.
ā Integrated Stripe's payment gateway API, enabling real-time billing updates, improving the user payment experience, and eliminating manual support.
ā Led the development of a subscription-based monetization feature, designing API architecture, sprint planning, and implementing backend & frontend components.
ā Developed and Maintained 100+ microservices (Cron jobs, RPC, RESTful APIs), improving system flexibility, scalability, and reliability via comprehensive unit testing and documentation.
ā Utilized Shopify API and pair programming to enhance e-commerce features, meeting a tight 1-month client deadline, and driving a 5% revenue increase compared to last year.
ā Resolved P0 & P1 production incidents, ensuring minimal downtime, uninterrupted client operations, and mitigating potential revenue losses.
ā Joined client calls to troubleshoot iOS SDK integration, gather feedback, and implement improvements, ensuring seamless customer adoption and satisfaction.
ā Drove architectural decision-making, conducting PoCs, and presenting research to refine microservice infrastructure and API data flow.
ā Facilitated Agile practices, including stand-ups and sprint retrospectives, ensuring team alignment and timely issue resolution.
ā Architected the next-generation instrument calibration solution through extensive data collection and testing, resulting in a script that surpasses disposable carriage variability by 20% in consistency.
ā Designed and developed an R&D application utilizing .NET 6 and legacy code, resulting in a more efficient and feature-rich workflow for cell and nuclei isolation experiments compared to commercial solutions.
ā Built a .NET-based internal app that reduced instrument baseline testing time from 20 to 5 minutes, streamlining
operations and becoming the R&D standard for baselining and troubleshooting.
ā Implemented C# scripts to automate the collection of specific feature data, enhancing data gathering efficiency by enabling off-hours collection at a rate twice as fast.
Integrated two troubleshooting scripts, resulting in faster and more accurate results. Improved assembly and baseline process efficiency by 50% through centralization.
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Conducted thorough investigations to resolve software and device-related issues during instrument troubleshooting
Authored Python scripts to streamline product baselining tasks.
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Conducted research and developed new tissue dissociation protocols for the Singulator 100, a hands-free instrument for single cell/nuclei dissociation for RNA-sequencing. Focused on Pancreas and Adipose tissue cell protocols, optimizing high titer and yield for small tissue samples, and worked with human lung and tumor tissue.