Designed and developed scalable, reliable and maintainable APIs for streaming, aggregating and transforming Azure cost for the customers. Technologies being used include .Net Core, C#, Azure Data Explorer, Azure Functions, Azure CosmosDB, Azure SQL, Azure App Service, Scala, Azure Storage, Azure Service Bus, and Azure HDInsightDesigned and developed asynchronous APIs for providing Azure usage cost for customers. This reduced customer calls on the service by 90% and improved reliability for enterprise customers to 99.9%. Redesigned and prototyped Azure usage service by adding Data Access Layer, which improved reliability, maintainability and scalability of the service and increased maximum size of data per customer request from 10 GB to 100 GB enabling business for enterprise customers

Designed and implemented a new seller usage aggregation service for Azure Marketplace, using .Net for API and background job processing; SQL and CosmosDB for data storage/processing; and service bus message queue and change feed for triggering events. This service allowed independent software vendors to transact and charge customers based on consumption on Azure Marketplace.Designed, implemented, and maintained Marketplace API, backend solution for Appsource and Azure Marketplace. Improved communication between sellers and buyers by supporting enrichment of customer leads to sellers, enabling seat-based purchases for SaaS solutions, and generating automated emails for multiple scenarios.Designed and implemented an azure marketplace seller usage aggregation system using .Net for API and background job processing, SQL and CosmosDB for data storage/processing and service bus, change feed and message queue for triggering events.Developed marketplace API infrastructure using Azure services such as Azure App Service, Azure active directory, Azure service bus, Azure Cosmos DB, Azure storage, Logic Apps, Azure functions, Event Hub and Traffic manager profile. Maintained the services by setting up the logging and alerting system for monitoring abnormal behavior.Design and executed recommendation system using Azure ML, python, .Net API and background jobs and CosmosDB, to increase discoverability of the marketplace products.

Developed new features to allow scissor lifts to communicate with CAN based telematics (asset tracking) and battery charger systems which enabled fleet management for enterprise customersSupported and maintained application software in C on the RTOS stack for scissor lift and released new customer focused revisionsReleased updates and bug fixes to make the application more customer focused by reducing cognitive overhead in running itRecently joined the new product development team for design and write software for boom lift in C++

Led a team of up to 10 people (engineers, buyers, assembly team leads) to implement engineering changes to manufacturing line, with zero downtime to the lineDesigned and implemented processes and equipment for a new product manufacturing line. Finished 1.5 year-long project on timeSaved $30,000 in rework costs by resolving a links stack offset issue by using root cause analysis Design and implemented automated hose cleaning device using Arduino to control manufacturing processesSaved $26,000 in rework costs by designing and implementing a process and tool for measuring weldments and predicting shims required between contact pointsPerformed linear static stress analysis using SolidWorks for critical parts and optimized costsTraining: Certification in Project Management; Root cause analysis and problem solvingParticipated in week long 3P events for developing assembly processesManage, guide, and provide technical support to technicians for completing tasks, include but not limited to: building prototypes and mockups, design verification testing, process capability studies, etc. Lead design and development of the following projects:o Assembly lifting cart for 800lbs work piece o Holding fixture for a 160lbs cylinder in the correct assembly orientationo Hand-held hydraulic battery and air-powered systems for pushing pins and bushingso Compact painted parts delivery and assembly hybrid carto 2- bin material delivery system • Attended training sessions and implemented the following skills in the design of the above projects:o GD&T class based on ASME Y.15-1994 Dimension and Tolerance by Al Neumanno Ergonomics design guidelines from human techo Rigging seminar by Crosby group