1) Build Optimization: Identified and mitigated inefficiencies to optimize the chromium build process, reducing build time from 4 hours to 40 minutes, significantly boosting developer productivity by 80%.2) Citrix Enterprise Browser: Feature Lead in designing a revamped UI onboarding experience for Browser over Chromium using React and Typescript. Created a new Windows installer and flow in C#.3) Self Service Troubleshooting: Enhanced troubleshooting by designing APIs in Java… Show more 1) Build Optimization: Identified and mitigated inefficiencies to optimize the chromium build process, reducing build time from 4 hours to 40 minutes, significantly boosting developer productivity by 80%.2) Citrix Enterprise Browser: Feature Lead in designing a revamped UI onboarding experience for Browser over Chromium using React and Typescript. Created a new Windows installer and flow in C#.3) Self Service Troubleshooting: Enhanced troubleshooting by designing APIs in Java and Springboot that enable sending a test event to a preselected Kafka topic scheduled once every 24 hours through a cron job. It further generates queries for different SIEM environments like Splunk and Sentinel. Also implemented frontend in ReactJS incorporating mechanisms for polling and caching APIs.4) SIEM Weekly Email Digest: Designed backend REST APIs in Java and Springboot populating data from multiple datasources, and rendering it in frontend using Sendgrid and MJML to provide weekly email updates. Show less

Developing APIs for WebEx Contact Centre.

-> Developed an end-to-end web tool for migrating on-prem Gateway IDP configuration to cloud by designing and integrating APIs in Golang.

-> Designed and executed a pilot project to know about the social factors that contribute to algorithmic bias.-> Published the findings of the qualitative study in weekly blog series of FemLab.

> Learned about various Structured Light 3D Surface Imaging techniques. Wrote algorithms inPython to encode points over a 3D deformed cloth using fiducial markers like digits and ArUcomarkers. Robustly detected the deformed and rotated digits using Capsule Net CNN Architectureusing Keras library.> Used various image processing techniques to find the nearest neighbors of the detected markers.Various distance metrics like Hausdorff distance were deployed to find… Show more > Learned about various Structured Light 3D Surface Imaging techniques. Wrote algorithms inPython to encode points over a 3D deformed cloth using fiducial markers like digits and ArUcomarkers. Robustly detected the deformed and rotated digits using Capsule Net CNN Architectureusing Keras library.> Used various image processing techniques to find the nearest neighbors of the detected markers.Various distance metrics like Hausdorff distance were deployed to find distances.> Finally calibrated two different cameras to take images from different projections and triangulated the deciphered points to find their 3D depths. The 3D image so obtained was comparable to the 3D scanned image of deformed cloth. Show less

> Learned about various optimization metaheuristics like Particle Swarm Optimization, GeneticAlgorithm and Ant Colony Algorithm and solved some optimization problems using them.> Deployed Particle Swarm Optimization in Python to optimize the minima of a multi-variable functionunder integer constraints.> Deployed Genetic Algorithm in Python experimenting with different genetic operators and parameters. Found an optimal solution for the knapsack problem. Worked on text… Show more > Learned about various optimization metaheuristics like Particle Swarm Optimization, GeneticAlgorithm and Ant Colony Algorithm and solved some optimization problems using them.> Deployed Particle Swarm Optimization in Python to optimize the minima of a multi-variable functionunder integer constraints.> Deployed Genetic Algorithm in Python experimenting with different genetic operators and parameters. Found an optimal solution for the knapsack problem. Worked on text pattern recognition using it. Show less