AMIT KUMAR

Designed and developed high-quality C#/.NET Core applications and Azure-based services using clean architecture and security best practices. Built cloud solutions with Azure Functions, Service Bus, App Service, and Storage for a global Pure Car Carrier (PCC) logistics platform supporting thousands of active regional users. Led migration from legacy .NET Framework to modern .NET Core and Azure architectures, reducing technical debt by ~30%. Designed and deployed an EDI integration platform for shipping carriers and customs authorities, reducing manual operational overhead by 8–10% annually. Provided application support to troubleshoot defects, performing root-cause analysis and implementing permanent fixes. Collaborated with cross-functional teams for requirement gathering and translating business needs into technical solutions; participated in code reviews and knowledge sharing.

Developed C#/.NET applications for banking and insurance clients following clean architecture principles and coding standards. Helped modernize a major US insurance firm’s legacy backend by migrating long-term disability/short-term payment processing into scalable web services, cutting platform infrastructure costs by ~25% and improving processing performance by ~40%. Modernized an Oracle Forms application into a .NET Core Web API and Angular solution to improve maintainability and enable future scalability. Built secure customer-facing mobile banking and scaled it to thousands of active users, improving transaction speed. Created advisor-facing analytics dashboards using D3.js and responsive techniques for near real-time insights. Collaborated with QA, business analysts, and application support to gather requirements, resolve production defects, and participate in code reviews focused on quality and security.

Developed and maintained C#/.NET Framework applications for enterprise clients while participating in code reviews and following team coding standards. Worked with application support to perform technical root-cause analysis and implement permanent fixes for defects. Automated manual data-loading pipelines for Johnson & Johnson’s Clin-Browser application, reducing operational errors and converting an L3 support engagement into a premium development contract. Partnered on semantic mapping of iRINGTools grids based on ISO 15926 standards, reducing data integration errors by ~50% and accelerating cross-platform data exchange by ~40%. Collaborated in a global consortia environment to design scalable integration models and remove point-to-point data silos.