In this role, I am working as feature lead in Oracle Database .NET drivers team. I am involved in software design decisions, end to end feature implementation, ownership of multiple features at a time. It also involves investigation and resolution of critical customer issues, guiding team members on technical aspects.

Design and development of Oracle .NET drivers for Oracle Database.Work exposure include various technologies for e.g. 1. Azure cloud services - Azure App service, Azure Functions, Azure Active Directory, Azure App configuration, Azure Vault, Azure SQL server2. Oracle cloud infrastructure - Oracle Autonomous Database and IAM3. OAuth 2.0 authorization & OIDC authentication4. Instrumentation & observability technologies such as Open Telemetry, METRICS API, etc.5. Exposure to tools such as Grafana, Prometheus, dotnet counters, Performance Monitor, etc.6. Exposure to SqlClient DB provider7. Development using .NET 5, .NET 6, .NET 8

Associated with Computed Tomography (CT) console software development team.Worked as a Senior Software Developer in Vereos Digital PET/CT console application development.Tech stack:C#, .NET, Angular, Javascript, WebAPIs, WPFThis role involves following assignments:- Realize software Proof of concepts (POCs) for feasibility and risk recognition,- Design and develop prototypes- Design & implement software requirements,- Write unit test cases using NUnit and RhinoMock,

Design & development of Clinical Applications for Siemens Ultrasound systems. During this role, I worked as an individual contributor in the development projects.1. Winform based legacy applications migrated to touchscreen based WPF UI applications.2. Design & development of Cardiac applications from scratch.

Clinical Applications development & stabilization for Siemens Ultrasound systems. Siemens Ultrasound Clinical applications deliver fast, precise and actionable understanding of a patient’s condition. Cardiac applications provides detailed information about heart anatomy, blood flow and multitude of other parameters which provide important input to clinicians to diagnose irregularities in the patient's heart functions. eSieScan Protocols specify the precise type and order of images the sonographer must capture for a particular study or anatomical area. The protocols include when to measure, utilize color and/or Doppler images and the angle of the Doppler.During this role, assignments included design & development of Clinical Applications, viz, eSieFlow, eSieValves, eSiePISA and eSieScan Protocols, delivered with SC2000 and latest ACUSON Sequoia systems.It also included bug analysis and fixing, remote debugging, unit testing (MSTest and Moq), documentation and developer testing.