Final-year Computer Science student and Software Engineer with a solid foundation in software architecture, full-stack enterprise development, and cross-platform mobile engineering. Specialized in the .NET Ecosystem (C#, ASP.NET Core, EF Core) and mobile application development with Flutter / Dart.

Experienced in designing clean layered systems, optimizing database performance, implementing RESTful Web APIs, and applying Clean Architecture principles. Dedicated to writing maintainable, well-tested code and continuously expanding technical expertise in scalable systems and automated delivery pipelines.

Architected and developed a full-scale cross-platform mobile application and backend service designed for ecological tracking, plant lifecycle management, and urban greening analytics.

• Engineering Keypoints: Implemented clean layered architecture using BLoC state management to separate business logic from presentation. Standardized repository patterns for seamless offline-first data caching and synchronized cloud updates.
• Tech Stack: [Flutter] [Dart] [BLoC] [ASP.NET Core] [REST API] [Clean Architecture]

Engineered a scalable RESTful Web API utilizing ASP.NET Core and Entity Framework Core, serving structured inventory management and real-time transaction processing.

• Engineering Keypoints: Optimized database index strategies and query execution plans in SQL Server, reducing latency by 40%. Implemented JWT-based role authorization, custom middleware handling, and integration test coverage.
• Tech Stack: [C#] [.NET Core] [EF Core] [SQL Server] [JWT Auth] [Docker]

Designed an administrative web suite built with Blazor WebAssembly and .NET Core, offering real-time telemetry rendering and dynamic data visualizations.

• Engineering Keypoints: Leveraged component-driven design patterns and reactive state binding to deliver single-page application performance with native C# execution speeds.
• Tech Stack: [C#] [Blazor WebAssembly] [ASP.NET Core] [LINQ] [Bootstrap]

"Writing clean, maintainable, and decoupled code is not just a preference—it is a mandatory foundation for building software systems that scale effortlessly over time."

• Clean Architecture & Decoupled Design: Strict separation of concerns between Domain, Application, Infrastructure, and Presentation layers to ensure testability and code longevity.
• Test-Driven & Quality Assurance: Prioritizing automated unit, integration, and UI testing to guarantee code stability across deployments.
• Continuous Integration & Delivery: Automating validation pipelines, static analysis, and deployment targets via GitHub Actions and Azure DevOps.
• Performance Optimization: Deep profile analysis on database query execution, memory allocation, and UI render loops to maintain optimal throughput.

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