Led a team of 11 engineers within Azure, specifically the Azure App Service family of products, to improve developer experiences and streamline hosting of production applications. My team primarily focuses on the following products:* App Service Environment - App Service's isolated hosting offering which is focused on supplying enterprises with the security and scale to host their production workloads. This service brings together all the App Service features that customers love and packages them in a single tenant offering. Within this service, customers can configure their networking rules to achieve their desired security goals and even connect to their on-prem networks. You can find more information on this product here: https://docs.microsoft.com/en-us/azure/app-service/environment/overview* Azure Static Web Apps - This recently announced product helps simplify development of production-ready, full-stack web applications on Azure. By solving numerous challenges up front (namely: global content distribution, custom hostnames, staging environments, CI/CD, and serverless functions) this service allows customers to spend more time on developing their applications and less time on hosting them. You can find more information on this service here: https://docs.microsoft.com/en-us/azure/static-web-apps/overviewIn addition to these products, my team also works on providing App Service customers with a number of integrations and features including: integration with Azure Traffic Manager, Disaster Recovery options, and Azure Private Link support.

• Led a team of five to develop a prototype for creating “Smart Cards” within the To-Do application. This project won the Berlin OneWeek Hackathon• Developed an initial prototype for the suggested tasks API and wrote a 1-pager on a potential optimization for improving the performance of a weighted ranking algorithm when retrieving information from a paged storage system• Developed a prototype for classifying a task based on its content using NLTK and Scikit-learn• Implemented link encryption system that used AES encryption to convert links containing private information and expose a short, context-rich links• Wrote script for automating deployment of the To-Do API onto a VM• Implemented an API for moving shared tasks between folders

-Implemented system for collecting, aggregating, and reporting data from Microsoft SharePoint content farms in order to provide critical performance telemetry using C#, T-SQL, CSHTML, and JS-Redesigned and wrote unit tests for existing API methods to efficiently query document information across a SharePoint content farm using C#, T-SQL, and PowerScript-Wrote prototype for selective directive inclusion using AngularJS and RequireJS in order to provide loosely coupled, reusable web components for a SharePoint performance monitoring service.

-Developed Internal Tool for monitoring disjointed systems crucial to an upcoming software release using Dashing, Ruby, CoffeeScript, HTML, AngularJS, and SCSS-Wrote an API for integrating data from agile tracking software, continuous integration tools, and internal sites using MongoDB, NodeJS, ExpressJS, and AngularJS-Debugged errors and wrote unit tests/e2e tests for ADP's Document Cloud Service using AngularJS, Protractor, and Jasmine

-Reinforced concepts of basic C and Assembly Language Programming-Demonstrated key concepts in C including the Stack, Heap, HashMaps, and LinkedLists-Worked with students to develop projects for Mbed processor-Utilized Ubuntu Linux Distribution for writing/running scripts

-Updated existing field service applications for more efficient performance-Developed a range of products alongside global development team -Designed prototype mobile application for a high-level ATM management tool-Worked on NFC (near field communication) module for end point management