Description

By the end of this week, learners will establish a strong foundation in C# programming and the .NET development ecosystem. The focus is on setting up a professional development environment, understanding C# syntax, working with variables and data types, implementing control flow, and creating reusable methods. Learners will apply these concepts by building an interactive console application with robust user input validation.

Topics Covered

Development Environment Setup

  1. Understand the .NET ecosystem and its role in modern application development.
  2. Install and configure the .NET SDK and Visual Studio Code.
  3. Learn to use the .NET CLI for creating, building, running, and managing C# projects.
  4. Explore the structure of a C# console application.
  5. Understand project files, dependencies, and build processes.
  6. Follow best practices for organizing development environments and projects.

C# Programming Fundamentals

  1. Understand the syntax and structure of C# programs.
  2. Learn about variables, constants, and naming conventions.
  3. Work with built-in data types such as integers, floating-point numbers, characters, booleans, and strings.
  4. Perform explicit and implicit type casting.
  5. Use arithmetic, relational, logical, assignment, and increment/decrement operators.
  6. Write clean and readable code following C# coding standards.

Control Flow

  1. Implement decision-making using if, else if, and else statements.
  2. Use switch statements for multiple conditional branches.
  3. Automate repetitive tasks using for, while, do-while, and foreach loops.
  4. Apply loop control statements such as break and continue.
  5. Develop logical problem-solving skills using conditional and iterative programming techniques.

Functions & Methods

  1. Understand the purpose of methods in modular programming.
  2. Create and invoke methods with parameters and return values.
  3. Pass arguments by value and use default parameter values.
  4. Implement method overloading to create multiple methods with the same name but different parameter lists.
  5. Organize application logic into reusable and maintainable methods.
  6. Follow best practices for writing clean, modular C# code.

Hands-on Practice

  1. Build an Interactive Terminal-Based Console Application using C#.
  2. Accept and validate user input safely.
  3. Apply conditional statements and loops to control application flow.
  4. Organize functionality using reusable methods.
  5. Handle invalid input gracefully to prevent runtime errors.
  6. Write clean, structured, and maintainable code following industry best practices.

Learning Outcomes

By the end of this week, learners will be able to:

  1. Set up and configure a professional C# development environment using Visual Studio Code and the .NET SDK.
  2. Create and manage C# projects using the .NET CLI.
  3. Write programs using variables, data types, operators, and type casting.
  4. Implement decision-making and iterative logic using conditional statements and loops.
  5. Develop modular applications using methods, parameters, default arguments, and method overloading.
  6. Build interactive console applications with safe input validation and structured program flow.
  7. Apply C# coding standards and best practices to create clean, readable, and maintainable code.
  8. Establish a strong programming foundation for advanced C# and .NET application development.


Description

By the end of this week, learners will understand the core principles of Object-Oriented Programming (OOP) and apply them to design modular, reusable, and scalable software. The focus is on creating classes and objects, implementing encapsulation, inheritance, polymorphism, and abstraction, and organizing applications using object-oriented design principles. Learners will apply these concepts by developing a real-world Inventory Management Console Application and publishing it to GitHub.

Topics Covered

Classes, Objects & Constructors

  1. Understand the core concepts of Object-Oriented Programming (OOP).
  2. Learn the difference between classes and objects.
  3. Create classes that represent real-world entities.
  4. Instantiate objects using constructors.
  5. Understand constructor initialization and object lifecycle.
  6. Implement instance methods to define object behavior.
  7. Follow best practices for designing reusable and maintainable classes.

Encapsulation

  1. Understand the principle of data hiding and controlled access.
  2. Learn how access modifiers (public, private, protected, and internal) control member visibility.
  3. Use properties with getters and setters to manage object data.
  4. Implement validation logic within properties.
  5. Protect application data by exposing only the required functionality.
  6. Build secure and maintainable object-oriented applications using encapsulation.

Inheritance

  1. Understand how inheritance promotes code reuse and extensibility.
  2. Create base classes and derived classes.
  3. Inherit properties and methods from parent classes.
  4. Override methods to customize inherited behavior.
  5. Implement constructor chaining between base and derived classes.
  6. Apply inheritance appropriately to model real-world relationships.

Polymorphism & Abstraction

  1. Understand the concept of polymorphism and dynamic behavior.
  2. Differentiate between Method Overloading and Method Overriding.
  3. Implement runtime polymorphism using virtual and overridden methods.
  4. Learn the purpose of abstraction in reducing system complexity.
  5. Compare Abstract Classes and Interfaces, including their differences and practical use cases.
  6. Design flexible and loosely coupled applications using abstraction and interface-based programming.

Mini Project

  1. Build an Object-Oriented Inventory Management Console Application.
  2. Design classes to manage products, categories, inventory, and stock operations.
  3. Apply encapsulation using properties and access modifiers.
  4. Use inheritance to model different product types.
  5. Implement abstraction and interfaces for reusable business logic.
  6. Apply polymorphism to support flexible application behavior.
  7. Organize the project following clean coding and object-oriented design principles.
  8. Publish the completed project to GitHub with proper folder structure, documentation, and version control.

Learning Outcomes

By the end of this week, learners will be able to:

  1. Explain the fundamental principles of Object-Oriented Programming.
  2. Design applications using classes, objects, constructors, and instance methods.
  3. Apply encapsulation to protect data and improve code maintainability.
  4. Build inheritance hierarchies using base and derived classes.
  5. Implement polymorphism through method overriding and method overloading.
  6. Differentiate between abstract classes and interfaces and apply them appropriately.
  7. Develop modular, reusable, and scalable applications using OOP best practices.
  8. Build and publish a production-quality Inventory Management Console Application on GitHub following industry-standard development practices.

Description

By the end of this week, learners will understand how efficient data structures and clean coding practices contribute to building maintainable, high-performance applications. The focus is on working with the most commonly used .NET collections, understanding the fundamentals of algorithm efficiency, and applying SOLID principles and clean code practices to improve software quality. Learners will reinforce these concepts by refactoring an existing console application into a clean, modular, and maintainable solution.

Topics Covered

Core .NET Collections

  1. Understand the purpose and characteristics of commonly used .NET collections.
  2. Work with List<T> for managing dynamic collections of data.
  3. Use Dictionary<TKey, TValue> for fast key-value data retrieval.
  4. Implement Stack<T> using Last-In-First-Out (LIFO) operations.
  5. Implement Queue<T> using First-In-First-Out (FIFO) operations.
  6. Select the appropriate collection based on application requirements and performance considerations.

Algorithm Efficiency Fundamentals

  1. Understand the importance of writing efficient algorithms.
  2. Learn the basics of Big-O Notation for measuring algorithm performance.
  3. Differentiate between Time Complexity and Space Complexity.
  4. Compare common complexities such as O(1), O(n), and O(nĀ²).
  5. Identify inefficient code patterns and opportunities for optimization.
  6. Apply performance-aware thinking when designing software solutions.

SOLID Principles & Clean Code

  1. Understand the purpose of clean, maintainable, and scalable code.
  2. Learn the essential SOLID Principles and their practical applications.
  3. Follow meaningful naming conventions for variables, methods, classes, and projects.
  4. Organize code into small, focused, and reusable components.
  5. Reduce code duplication through modular design and proper abstraction.
  6. Apply clean coding standards to improve readability, maintainability, and collaboration.

Code Refactoring Techniques

  1. Identify common code smells in existing applications.
  2. Refactor large methods into smaller, reusable components.
  3. Improve application structure without changing business functionality.
  4. Separate responsibilities using object-oriented design principles.
  5. Enhance code readability through proper formatting and organization.
  6. Validate refactored applications to ensure functionality remains intact.

Hands-on Practice

  1. Refactor an existing Console Application into a clean, maintainable architecture.
  2. Replace inefficient data structures with appropriate .NET collections.
  3. Improve variable, method, and class naming using clean code conventions.
  4. Apply essential SOLID principles to organize business logic.
  5. Simplify complex code by extracting reusable methods and classes.
  6. Test the refactored application to verify correctness and maintainability.

Learning Outcomes

By the end of this week, learners will be able to:

  1. Select and implement appropriate .NET collections for different programming scenarios.
  2. Explain the fundamentals of time and space complexity using Big-O notation.
  3. Write cleaner, more readable, and maintainable C# code.
  4. Apply essential SOLID principles to improve software design.
  5. Identify and eliminate common code smells through refactoring.
  6. Organize applications into modular and reusable components.
  7. Improve application performance by selecting efficient data structures and coding practices.
  8. Refactor existing applications into clean, scalable solutions that follow industry-standard software engineering practices.

Description

By the end of this week, learners will understand the fundamentals of modern web development by creating responsive, accessible, and visually appealing web pages. The focus is on semantic HTML5, CSS fundamentals, responsive layouts using Flexbox and CSS Grid, and adaptive design techniques. Learners will apply these concepts by building a fully responsive webpage that delivers an optimal user experience across desktop, tablet, and mobile devices.

Topics Covered

Semantic HTML5 & Forms

  1. Understand the structure of modern HTML5 documents.
  2. Use semantic elements such as header, nav, main, section, article, aside, and footer.
  3. Create accessible and well-structured web pages.
  4. Build interactive forms using various HTML input elements.
  5. Implement form validation using built-in HTML5 attributes.
  6. Follow accessibility and semantic markup best practices for improved usability and SEO.

CSS Fundamentals: Box Model, Flexbox & Grid

  1. Understand the CSS Box Model, including margin, border, padding, and content.
  2. Apply CSS selectors, colors, typography, spacing, and positioning.
  3. Build flexible one-dimensional layouts using Flexbox.
  4. Create complex two-dimensional layouts using CSS Grid.
  5. Align and distribute page elements efficiently for different screen sizes.
  6. Develop clean, organized, and maintainable stylesheets.

Responsive Web Design

  1. Understand the principles of mobile-first and responsive design.
  2. Use Media Queries to adapt layouts for various screen sizes.
  3. Implement Fluid Typography for scalable and readable text.
  4. Create responsive images and flexible containers.
  5. Design layouts that provide a consistent user experience across desktops, tablets, and smartphones.
  6. Follow modern responsive design best practices used in production web applications.

Layout Optimization & UI Best Practices

  1. Structure webpages with clear visual hierarchy and consistent spacing.
  2. Improve navigation and content organization for better usability.
  3. Optimize layouts for readability and accessibility.
  4. Maintain consistent styling using reusable CSS classes.
  5. Test layouts across multiple screen resolutions and browsers.
  6. Build interfaces that are scalable and easy to maintain.

Hands-on Practice

  1. Build a Fully Responsive Web Page from scratch.
  2. Create a semantic HTML5 structure with multiple content sections.
  3. Design responsive layouts using Flexbox and CSS Grid.
  4. Implement responsive navigation and forms.
  5. Apply media queries to optimize the layout for mobile, tablet, and desktop devices.
  6. Validate responsiveness and cross-browser compatibility following industry best practices.

Learning Outcomes

By the end of this week, learners will be able to:

  1. Create well-structured and semantic HTML5 web pages.
  2. Build accessible forms with built-in validation features.
  3. Apply CSS styling using the Box Model, Flexbox, and CSS Grid.
  4. Design responsive layouts that adapt seamlessly to different screen sizes.
  5. Implement mobile-first design principles using media queries and fluid typography.
  6. Develop visually appealing, maintainable, and user-friendly web interfaces.
  7. Follow modern HTML and CSS best practices for responsive web development.
  8. Build and deploy fully responsive webpages suitable for professional portfolio projects.

Description

By the end of this week, learners will understand how to build interactive, responsive, and dynamic web applications using JavaScript and Bootstrap 5. The focus is on JavaScript fundamentals, Document Object Model (DOM) manipulation, event-driven programming, responsive UI development with Bootstrap, and consuming external APIs using AJAX. Learners will apply these concepts by developing an interactive admin-style dashboard that displays live data.

Topics Covered

JavaScript Fundamentals

  1. Understand the role of JavaScript in modern web applications.
  2. Work with variables, data types, operators, and expressions.
  3. Create reusable functions using function declarations and arrow functions.
  4. Apply conditional statements and loops to control program execution.
  5. Manipulate arrays and objects for data management.
  6. Write clean, modular, and maintainable JavaScript code following best practices.

DOM Manipulation & Event Handling

  1. Understand the structure of the Document Object Model (DOM).
  2. Select and modify HTML elements dynamically.
  3. Handle user interactions using event listeners.
  4. Update page content, styles, and attributes through JavaScript.
  5. Validate user input before processing data.
  6. Build responsive and interactive user interfaces using event-driven programming.

Bootstrap 5 Components

  1. Integrate Bootstrap 5 into web projects.
  2. Design responsive layouts using the Bootstrap Grid System.
  3. Build navigation menus using the Navbar component.
  4. Create reusable UI components such as Cards, Buttons, and Forms.
  5. Implement interactive components including Modals and responsive utilities.
  6. Develop consistent, mobile-friendly interfaces using Bootstrap best practices.

AJAX & API Integration

  1. Understand asynchronous communication between client and server.
  2. Perform AJAX requests using the Fetch API.
  3. Consume and display data from REST APIs.
  4. Process JSON responses and update the user interface dynamically.
  5. Handle loading states and basic error handling for API requests.
  6. Build responsive applications that retrieve and display live data.

Mini Project

  1. Build an Interactive Responsive Admin Dashboard.
  2. Create a responsive layout using Bootstrap 5 components and Grid System.
  3. Implement dynamic UI interactions using JavaScript.
  4. Fetch and display live data from a public REST API.
  5. Update dashboard content without refreshing the page.
  6. Apply responsive design, clean code practices, and organized project structure suitable for real-world applications.

Learning Outcomes

By the end of this week, learners will be able to:

  1. Develop interactive web pages using JavaScript fundamentals.
  2. Manipulate the DOM and respond to user events dynamically.
  3. Build responsive user interfaces using Bootstrap 5 components and layout utilities.
  4. Integrate external REST APIs using AJAX and the Fetch API.
  5. Process and display live data within responsive web applications.
  6. Build modern admin-style interfaces with reusable UI components.
  7. Apply clean coding practices to JavaScript and frontend development.
  8. Develop responsive, interactive web applications that follow industry-standard frontend development practices.


Description

By the end of this week, learners will understand the fundamentals of building dynamic web applications using the ASP.NET Core MVC framework. The focus is on the MVC architectural pattern, the ASP.NET Core request pipeline, routing, controllers, Razor Views, model binding, and server-side validation. Learners will apply these concepts by scaffolding an MVC application using the .NET CLI and developing a functional web page.

Topics Covered

ASP.NET Core MVC Architecture

  1. Understand the ASP.NET Core framework and its architecture.
  2. Learn the Model-View-Controller (MVC) design pattern and its benefits.
  3. Explore the ASP.NET Core request processing pipeline.
  4. Understand the role of middleware in handling HTTP requests and responses.
  5. Learn how application components communicate within the MVC architecture.
  6. Follow best practices for building scalable and maintainable web applications.

Routing & Controllers

  1. Understand endpoint routing and URL mapping in ASP.NET Core.
  2. Create controllers to process incoming HTTP requests.
  3. Implement action methods for handling user interactions.
  4. Return different types of responses, including Views and HTTP results.
  5. Pass data from controllers to views using models and view data.
  6. Organize application logic following separation of concerns.

Razor Views

  1. Create dynamic user interfaces using Razor View Engine.
  2. Understand Razor syntax for embedding C# within HTML.
  3. Build reusable layouts and shared views.
  4. Display dynamic data using strongly typed models.
  5. Create responsive pages following MVC view conventions.
  6. Develop maintainable presentation layers using Razor best practices.

Model Binding & Validation

  1. Understand how model binding maps user input to C# objects.
  2. Create strongly typed models for data handling.
  3. Implement server-side validation using Data Annotations.
  4. Display validation messages within Razor views.
  5. Handle form submissions securely and efficiently.
  6. Improve application reliability through proper validation and error handling.

Hands-on Practice

  1. Scaffold an ASP.NET Core MVC Application using the .NET CLI.
  2. Configure routing and create a basic controller.
  3. Develop a Razor View connected to the controller.
  4. Implement model binding and form validation.
  5. Test application navigation and user input handling.
  6. Organize the project following MVC architecture and industry-standard coding practices.

Learning Outcomes

By the end of this week, learners will be able to:

  1. Explain the ASP.NET Core MVC architecture and request processing pipeline.
  2. Build web applications using the Model-View-Controller design pattern.
  3. Configure routing and create controllers to handle HTTP requests.
  4. Develop dynamic web pages using Razor Views and strongly typed models.
  5. Implement model binding and server-side validation for user input.
  6. Build maintainable and scalable web applications following MVC best practices.
  7. Apply clean architecture principles to organize ASP.NET Core projects.
  8. Scaffold, develop, and run a functional ASP.NET Core MVC application using the .NET CLI following industry-standard development practices.


Description

By the end of this week, learners will understand the fundamentals of relational database design and how to integrate databases into ASP.NET Core applications using Entity Framework Core. The focus is on SQL Server basics, relational database normalization, Code-First development, database migrations, and querying data with LINQ. Learners will apply these concepts by designing a relational database, creating it with EF Core, and performing end-to-end data operations.

Topics Covered

Relational Database Fundamentals

  1. Understand the principles of relational database management systems (RDBMS).
  2. Explore the architecture and features of Microsoft SQL Server.
  3. Create and manage database tables with primary and foreign key relationships.
  4. Write SQL queries using SELECT statements to retrieve data.
  5. Perform JOIN operations to combine data from multiple tables.
  6. Use aggregate functions such as COUNT, SUM, AVG, MIN, and MAX for data analysis.

Database Normalization

  1. Understand the purpose of database normalization in relational design.
  2. Learn the concepts of First Normal Form (1NF), Second Normal Form (2NF), and Third Normal Form (3NF).
  3. Eliminate redundant and inconsistent data through proper table design.
  4. Define relationships using primary and foreign keys.
  5. Design scalable and maintainable relational database schemas.
  6. Apply normalization principles to real-world business scenarios.

Entity Framework Core

  1. Understand the role of Entity Framework Core (EF Core) as an Object-Relational Mapper (ORM).
  2. Create entity models using the Code-First approach.
  3. Configure relationships between entities using EF Core conventions and data annotations.
  4. Generate and apply database migrations.
  5. Synchronize application models with the underlying database schema.
  6. Follow best practices for building maintainable data access layers.

LINQ & Data Access

  1. Understand the fundamentals of Language Integrated Query (LINQ).
  2. Retrieve, filter, sort, and project data using LINQ queries.
  3. Perform CRUD (Create, Read, Update, Delete) operations with Entity Framework Core.
  4. Execute queries efficiently using LINQ methods.
  5. Handle related data using navigation properties.
  6. Write clean and maintainable database access code following repository and service layer best practices.

Hands-on Practice

  1. Design a Relational Database Schema for a small business application.
  2. Create entity models using Entity Framework Core Code-First.
  3. Generate and apply database migrations.
  4. Insert, update, retrieve, and delete data using EF Core.
  5. Write SQL queries and equivalent LINQ queries to interact with the database.
  6. Build a complete end-to-end data management module following industry-standard development practices.

Learning Outcomes

By the end of this week, learners will be able to:

  1. Explain the fundamentals of relational databases and SQL Server.
  2. Write SQL queries using SELECT statements, JOINs, and aggregate functions.
  3. Design normalized database schemas following 1NF, 2NF, and 3NF principles.
  4. Develop database-driven applications using Entity Framework Core Code-First.
  5. Create and manage database migrations effectively.
  6. Query and manipulate relational data using LINQ and Entity Framework Core.
  7. Build clean, scalable, and maintainable data access layers for ASP.NET Core applications.
  8. Design and implement complete database solutions that follow industry-standard software engineering and database development practices.


Description

By the end of this week, learners will integrate all the concepts learned so far to build a complete database-driven web application using ASP.NET Core MVC, Entity Framework Core, and SQL Server. The focus is on implementing full CRUD (Create, Read, Update, Delete) functionality, managing user session data, and developing a production-ready application following industry best practices. Learners will complete a fully functional CRUD web application backed by a relational database.

Topics Covered

Building a Full CRUD Application

  1. Integrate ASP.NET Core MVC, Entity Framework Core, and SQL Server into a single application.
  2. Design application architecture following the MVC pattern.
  3. Implement complete Create, Read, Update, and Delete (CRUD) operations.
  4. Connect controllers, models, views, and the database seamlessly.
  5. Organize business logic for maintainability and scalability.
  6. Follow clean coding and project organization best practices.

Database Integration with EF Core

  1. Configure database connectivity using Entity Framework Core.
  2. Perform CRUD operations using DbContext and LINQ.
  3. Handle database updates through migrations.
  4. Manage entity relationships and data validation.
  5. Implement efficient data retrieval and persistence.
  6. Build a reliable and maintainable data access layer.

Session & State Management

  1. Understand the concepts of HTTP state management.
  2. Learn how sessions work in ASP.NET Core applications.
  3. Store and retrieve user-specific session data.
  4. Maintain application state across multiple requests.
  5. Handle basic user preferences and temporary application data.
  6. Follow best practices for secure and efficient session management.

Application Testing & Optimization

  1. Test CRUD operations for correctness and reliability.
  2. Validate user input using server-side validation.
  3. Handle exceptions and common runtime errors gracefully.
  4. Improve application usability with responsive navigation and user feedback.
  5. Verify database operations and data consistency.
  6. Prepare the application for deployment using clean project structure and coding standards.

Mini Project

  1. Build a Database-Driven CRUD Web Application using ASP.NET Core MVC.
  2. Design responsive Razor Views for creating, viewing, editing, and deleting records.
  3. Connect the application to a SQL Server database using Entity Framework Core.
  4. Implement session management for basic user state handling.
  5. Validate user input and manage application errors effectively.
  6. Organize the project using industry-standard architecture, clean code principles, and version control best practices.

Learning Outcomes

By the end of this week, learners will be able to:

  1. Build a complete CRUD web application using ASP.NET Core MVC, Entity Framework Core, and SQL Server.
  2. Integrate frontend, business logic, and database layers into a unified application.
  3. Perform Create, Read, Update, and Delete operations using Entity Framework Core.
  4. Implement session management to maintain application state.
  5. Validate user input and handle common application errors effectively.
  6. Develop scalable and maintainable database-driven web applications following MVC architecture.
  7. Apply clean coding practices, proper project organization, and database design principles.
  8. Deliver a fully functional CRUD application backed by a real SQL Server database that demonstrates industry-standard full-stack development practices.


Description

By the end of this week, learners will understand the fundamentals of securing modern Web APIs and deploying applications to the cloud. The focus is on implementing JWT-based authentication, configuring Cross-Origin Resource Sharing (CORS), and deploying ASP.NET Core applications to Microsoft Azure App Service. Learners will apply these concepts by securing an API with JWT authentication and publishing it to the cloud.

Topics Covered

JWT Authentication Essentials

  1. Understand the importance of authentication and authorization in Web APIs.
  2. Learn the structure and lifecycle of JSON Web Tokens (JWT).
  3. Configure JWT authentication in an ASP.NET Core Web API.
  4. Protect API endpoints using authorization attributes.
  5. Generate and validate access tokens securely.
  6. Follow best practices for token management and API security.

Cross-Origin Resource Sharing (CORS)

  1. Understand the browser's same-origin policy and its limitations.
  2. Learn how CORS enables secure communication between frontend and backend applications.
  3. Configure CORS policies in ASP.NET Core.
  4. Restrict API access to trusted origins.
  5. Handle common cross-origin issues during application development.
  6. Apply secure CORS configurations following industry best practices.

Cloud Hosting Fundamentals

  1. Understand the basics of cloud computing and application hosting.
  2. Explore Microsoft Azure App Service as a managed hosting platform.
  3. Publish ASP.NET Core applications to Azure.
  4. Configure application settings and environment variables.
  5. Understand deployment slots and environment-specific configurations.
  6. Learn fundamental cloud deployment and hosting best practices.

Deployment & Security Best Practices

  1. Prepare applications for production deployment.
  2. Verify API security after deployment.
  3. Test authenticated API endpoints using tools such as Postman.
  4. Monitor deployment status and troubleshoot common hosting issues.
  5. Apply secure configuration practices for cloud-hosted applications.
  6. Follow industry standards for deploying secure web applications.

Hands-on Practice

  1. Secure an ASP.NET Core Web API using JWT Authentication.
  2. Configure CORS to allow secure frontend communication.
  3. Test protected API endpoints using authentication tokens.
  4. Deploy the API to Microsoft Azure App Service.
  5. Verify successful cloud deployment and API accessibility.
  6. Document deployment steps and security configuration following professional development practices.

Learning Outcomes

By the end of this week, learners will be able to:

  1. Explain the fundamentals of API authentication and authorization.
  2. Implement JWT-based authentication in ASP.NET Core Web APIs.
  3. Configure secure CORS policies for frontend and backend communication.
  4. Deploy ASP.NET Core applications to Microsoft Azure App Service.
  5. Configure cloud-hosted applications using environment-specific settings.
  6. Test and secure REST APIs following industry best practices.
  7. Troubleshoot common authentication and deployment issues.
  8. Deliver a secure, cloud-hosted Web API that follows modern software engineering and cloud deployment standards.


Description

By the end of this week, learners will understand how modern software teams automate development workflows using Git, Continuous Integration (CI), and AI-powered coding assistants. The focus is on collaborative version control, pull request workflows, automated build pipelines, and the responsible use of AI tools to improve productivity while maintaining code quality. Learners will apply these concepts by configuring an automated build and test pipeline that executes on every push to the main branch.

Topics Covered

Git Branching & Collaboration

  1. Understand Git workflows used in professional software development.
  2. Create and manage feature branches for isolated development.
  3. Learn the purpose and lifecycle of Pull Requests (PRs).
  4. Review, merge, and resolve merge conflicts using Git.
  5. Follow branch naming conventions and commit message best practices.
  6. Collaborate efficiently using GitHub-based development workflows.

Continuous Integration (CI/CD) Fundamentals

  1. Understand the concepts of Continuous Integration (CI) and Continuous Delivery (CD).
  2. Learn how automated pipelines improve software quality and development speed.
  3. Configure a basic CI pipeline using GitHub Actions.
  4. Automate project build and test execution on every code push.
  5. Detect build failures early through automated validation.
  6. Follow DevOps best practices for maintaining reliable software delivery.

AI-Assisted Development Workflow

  1. Understand the role of AI coding assistants in modern software engineering.
  2. Explore tools such as GitHub Copilot and Claude Code.
  3. Use AI to generate boilerplate code, documentation, and test cases.
  4. Apply AI for debugging, code explanation, and refactoring tasks.
  5. Validate AI-generated code before integrating it into production projects.
  6. Follow responsible AI usage practices while maintaining software quality and security.

Development Workflow Best Practices

  1. Organize development using feature branches and pull requests.
  2. Automate code validation before deployment.
  3. Maintain clean commit history and repository structure.
  4. Encourage peer review and collaborative development practices.
  5. Improve code quality through automated testing and continuous integration.
  6. Build efficient development workflows aligned with industry standards.

Hands-on Practice

  1. Create a GitHub repository with a structured branching strategy.
  2. Configure a GitHub Actions workflow for automated builds.
  3. Execute project build and test validation on every push to the main branch.
  4. Create and merge Pull Requests using GitHub.
  5. Use an AI coding assistant to improve code quality and generate documentation.
  6. Verify successful pipeline execution and maintain a clean CI workflow.

Learning Outcomes

By the end of this week, learners will be able to:

  1. Apply Git branching strategies for collaborative software development.
  2. Create, review, and merge Pull Requests using GitHub.
  3. Configure Continuous Integration pipelines using GitHub Actions.
  4. Automate application builds and test execution for every code change.
  5. Integrate AI coding assistants into daily development workflows responsibly.
  6. Improve software quality through automated validation and code reviews.
  7. Follow DevOps and version control best practices used by professional engineering teams.
  8. Build and maintain an automated CI workflow that supports reliable, production-ready software development.


Description

By the end of this week, learners will consolidate the knowledge gained throughout the program by designing, developing, deploying, and documenting a complete full-stack web application. The focus is on integrating the frontend, backend, database, authentication, and cloud deployment into a single production-ready solution. Learners will complete a live capstone project that demonstrates professional software engineering, clean architecture, version control, and deployment best practices.

Topics Covered

End-to-End Application Development

  1. Define the scope and requirements of a complete full-stack application.
  2. Design a scalable application architecture using ASP.NET Core MVC or Web API.
  3. Integrate frontend, backend, authentication, and database components.
  4. Organize the project following clean architecture and separation of concerns.
  5. Build a maintainable and production-ready application structure.
  6. Apply industry-standard software engineering practices throughout development.

Database & Authentication Integration

  1. Connect the application to a relational database using Entity Framework Core.
  2. Implement user authentication and authorization using JWT or ASP.NET Core Identity.
  3. Secure protected application features and API endpoints.
  4. Validate user input and ensure secure data handling.
  5. Perform end-to-end CRUD operations with persistent database storage.
  6. Follow best practices for application security and data management.

Cloud Deployment

  1. Prepare the application for production deployment.
  2. Publish the application to Microsoft Azure App Service or another supported cloud platform.
  3. Configure environment settings and database connections.
  4. Verify application functionality after deployment.
  5. Perform basic troubleshooting for deployment and runtime issues.
  6. Follow cloud deployment and hosting best practices.

Project Documentation

  1. Create a professional GitHub README with project overview, setup instructions, features, technologies, and deployment details.
  2. Document application architecture and workflow.
  3. Include installation, configuration, and usage instructions.
  4. Organize the repository using professional folder structure and version control.
  5. Prepare project documentation suitable for technical interviews and portfolio presentation.
  6. Follow documentation standards commonly used in software development teams.

Capstone Project

  1. Build a Production-Ready Full-Stack Web Application.
  2. Develop a responsive frontend using ASP.NET Core MVC or integrate a frontend with a secure Web API.
  3. Implement authentication, authorization, and complete CRUD functionality.
  4. Connect the application to a SQL Server database using Entity Framework Core.
  5. Deploy the application to the cloud with a publicly accessible URL.
  6. Publish the complete source code, documentation, and deployment guide to GitHub as a professional portfolio project.

Learning Outcomes

By the end of this week, learners will be able to:

  1. Design and develop a complete full-stack web application using ASP.NET Core technologies.
  2. Integrate frontend, backend, authentication, and database components into a unified solution.
  3. Implement secure authentication and authorization mechanisms.
  4. Build and deploy production-ready applications to the cloud.
  5. Create professional GitHub documentation and project repositories.
  6. Apply software engineering best practices for architecture, maintainability, and security.
  7. Demonstrate proficiency in full-stack development through a complete end-to-end project.
  8. Deliver a live, cloud-hosted capstone application that showcases industry-standard development skills and serves as a professional portfolio for internships and entry-level software engineering roles.


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