• Design and develop workflows using Java and AWS for content lifecycle management of Audible digital assets. This includes ingestion, encoding, quality control to publishing of downloadable and streaming audio assets, metadata, images and pdfs.

• Led the development and release of multiple projects like Automation of Image Workflow and Auto QC of Assets, which helped reduce the processing time for content operators and speed up fulfillment of titles to Audible customers.

• Mentor Software Development Interns, guiding them through entire software development lifecycle to deliver their projects and integrate them into production systems, and are used by global operators daily.

• Built and delivered Atlas web application using microservices that aid audio engineers in the content lifecycle process, providing a centralized location for managing digital assets from Audible Studios, ACX and Big publishers and making them available for download and streaming in Amazon, Audible and iTunes marketplaces. The front-end UI was built using React while backend components were built using Java and AWS.

• Designed and developed software in C++ for high precision and complex verification of silicon substrates(package). Implemented algorithms to ensure design correctness of silicon board and substrate using proprietary Intel design rules to meet electrical and thermal constraints.

• Developed an end to end desktop application right from gathering design requirements to building technical specifications to aid calculations of thermal conductivity of a substrate. The process involved collaborating with substrate designers, manufacturers and assembly line engineers to provide efficient solutions and meet design quality.

Grader for 'Logic and Computation' Fall 2014