Master Full stack .NET Architecture using C#

Explain common design principles for modern dotnet web applications, including separation of concerns, encapsulation, dependency inversion, explicit dependencies, single responsibility, don't repeat yourself, and bounded context.

Explore application architectures, including monolithic, service oriented, and microservices designs, and learn how loosely coupled services, rest and soap protocols, and the dependency inversion principle guide practical implementations.

Explore how application layers organize code by separation of concerns, enabling encapsulation and reuse while allowing swapping implementations and testing with fake layers.

Learn how to deploy a .NET app on AWS via a GitHub-triggered pipeline that builds, stores in an Amazon bucket, and auto deploys to Elastic Beanstalk through DevOps pipelines.

Explore clean architecture by centering business logic in the application core, inverting dependencies through interfaces, and separating UI, business, and infrastructure with repositories and runtime implementations.

Explore cloud native architecture by contrasting monoliths with microservices, embracing twelve-factor principles, containers, and orchestration to achieve portability, scalability, and agile DevOps practices across environments.

Compare major front-end frameworks—React and Angular—and explore emerging tech like WebAssembly and Blazer, plus ASP.NET Core server-side and client-side approaches with Signal for live updates.

Compare frontend frameworks to match team skills and project needs, weighing learning curves, performance, and community support across angular, react, vue, razor, and blazer.

Master native apps with a cross-platform Maui framework in C#, enabling a single shared codebase to run on Android, iOS, macOS, and Windows with performance and accessibility built in.

Learn how a browser-based JavaScript front end communicates with a back-end API over HTTP, exchanging JSON requests and responses in a single-page application.

Explore clean architecture and layered design to achieve separation of concerns, ensuring the core business logic remains independent from external dependencies such as frameworks, databases, and UI.

Establish the infrastructure layer in an ASP.NET Core app with Entity Framework data access, DbContext, entities, and migrations, using the repository pattern and core interfaces.

Learn to build a data access layer with Entity Framework Core, mastering code-first and database-first approaches, the context, querying and saving data, concurrency, transactions, caching, migrations, and the repository concept.

Explore the core domain layer, detailing entities, services, and interfaces, and how abstractions for data access, file access, and network code shape the application core.

Learn how inversion of control and dependency injection promote low coupling and maintainable code by injecting abstractions, not concrete classes, into a class, with dependencies supplied from outside.

Explore agile origins and principles, emphasizing individuals and interactions, working software, customer collaboration, and responsiveness, while linking DevOps with automated continuous integration for frequent releases.

discover how scrum enables iterative and incremental product development through self-organizing teams that communicate to deliver backlog items, with five to nine members and defined responsibilities.

DevOps blends culture, development, and operations to speed software delivery through automation and continuous integration and deployment. Follow an iterative lifecycle from inception to production, release, and decommission.

Observe a multidisciplinary scrum-driven team defining sprints, building an incremental to-do list application for a connected bank, refining backlog and preparing for production.

Stakeholders define the app in a simple workshop, agreeing on a web app with rest services, a web api, and a backlog of epics, features, and user stories for releases.

Set up a .NET solution in Visual Studio 2019, creating domain, infrastructure, data, application, and web api projects with class libraries, test via Swagger, and set versions to 2.1.

Create a model folder with a to-do class (title and status), set up an entity framework context, connect to a SQL server database, and apply migrations to update the schema.

Create a view model and a to-do service with an interface and repository, wire them via dependency injection, and expose data through a controller and Swagger API.

Configure CORS policy in services, create a Blazor WebAssembly app, add routing to a to-do list page, and fetch data from a JSON feed to render with foreach.

Examine DevOps practices that merge development and operations, including continuous integration, continuous delivery, automated builds, release pipelines, branch strategies, and pull request reviews.

Scale a monolithic app via vertical and horizontal approaches with load balancing. Deploy with containers and Kubernetes, embrace microservices, and leverage serverless functions for auto-scaling.

Explore containers and Docker, understand how images, isolation, and ports enable scalable, containerized apps managed by Kubernetes pods and clusters.

Explore cloud deployment strategies for .NET apps, from lift-and-shift migrations to transforming and containerizing workloads, and compare options across AWS, Google Cloud, and Kubernetes orchestration services.