• Enhanced the performance of web pages for cals.ufl.edu using Javascript, PHP, .NET• Improved generation of data reports for College of Agriculture using MS SQL, Oracle DB, Microsoft Excel• Developed applications using Microsoft Powerapps, Microsoft Flow and Sharepoint to aid various sub-departments

● Upgraded product features using Cloud based Java Web-app development for life sciences applications like ClinicalOne, IntegrationHub and mHealth at Oracle Health Sciences GBU ● Enhanced the flexibility of the application by porting from WebLogic to Apache Tomcat Server adding value to the product● Developed microservices and modules to deploy the application on a containerized ecosystem using Docker and Kubernetes to provide for scalability and availability● Single handedly worked on de-normalization of the configuration microservice related data-model to accommodate extremely fast configuration polling by the other micro-services● Worked on automated Jenkins pipeline for Continuous integration, Continuous Delivery (CI/CD) to enable a continuous flow of updates, potentially every day

● Worked on implementation of fast device-to-product data capturing, transformation and transfer● Worked on real-time repetitive log parsing algorithm which resulted in detection of problems and raising alarms in an earlier stage of problem● Achieved 40% cost reduction in Oracle Health Sciences GBU products by developing customized monitoring solutions ● Accomplished real time monitoring of an established product by implementing a new data model ● Implemented algorithm for real time OTP generation and consequent recognition of the correct user

Completed a project involving benchmarking of the lksctp stack. The project basically includes setting up a server/client duo where client transfers data through multiple threads to the server at a user mentioned data transfer rate.

I was working as an On Job trainee here. I was assigned two projects based on the skills I exhibited. One was to design a Swing GUI for the company and the other one was to produce Simulink models which would work on a DSP Student's Kit (TMS320C6713 DSK) and make them work on DSP board too.