Module 1: Introduction to Full Stack Development

• Understanding the roles and responsibilities of a Full Stack Developer
• Overview of the .NET ecosystem and its components
• Setting up the development environment: Visual Studio, .NET SDK, and tools

Module 2: Front-End Development with ASP.NET Core MVC

• Creating views, layouts, and partial views using Razor syntax
• Handling user inputs and form submissions
• Client-side scripting with JavaScript and jQuery
• Responsive web design using CSS and Bootstrap

Module 3: Back-End Development with ASP.NET Core Web API

• Building RESTful APIs with ASP.NET Core Web API
• Handling HTTP requests and responses
• Implementing CRUD operations using Entity Framework Core
• Securing APIs with authentication and authorization

Module 4: Database Integration

• Understanding relational databases and SQL
• Using Entity Framework Core for database interactions
• Database design principles and normalization

Module 5: Front-End Frameworks: React.js with TypeScript

• Introduction to React.js and its benefits
• Creating components, props, and state in React
• Integrating TypeScript for type-safe development
• Consuming APIs from the ASP.NET Core Web API

Module 6: State Management and Routing

• Managing state in React using hooks and context
• Implementing client-side routing with React Router

Module 7: Deployment and Continuous Integration

• Deploying ASP.NET Core applications to hosting platforms
• Setting up continuous integration with CI/CD pipelines
• Ensuring application scalability and performance

Module 8: Real-Time Communication with SignalR

• Introduction to real-time web communication
• Implementing real-time features using SignalR

Module 9: Advanced Topics and Industry Best Practices

• Code organization and modularization
• Error handling and logging
• Performance optimization techniques
• Version control and collaborative development using Git

Module 10: Final Project and Portfolio Building

• Collaborative full stack project: building a real-world web application
• Showcasing your skills through a portfolio
• Best practices for code documentation and presentation

Assessment:

• Quizzes and assignments after each module
• Final project assessment: building a functional web application

Course Completion:

Upon completion of this course, students will be equipped with the skills and knowledge required to develop full stack web applications using the .NET ecosystem. They will have a portfolio-ready project demonstrating their proficiency in both front-end and back-end development.

Module 1: Introduction to Backend Development with .NET

• Overview of backend development and its role in web applications
• Introduction to ASP.NET Core and its benefits
• Setting up the development environment: Visual Studio, .NET SDK, and tools

Module 2: Building RESTful APIs with ASP.NET Core Web API

• Understanding REST architecture and principles
• Creating API endpoints using ASP.NET Core Web API
• Handling HTTP requests and responses
• Implementing versioning and content negotiation

Module 3: Data Storage and Entity Framework Core

• Introduction to databases and data models
• Working with Entity Framework Core for data access
• Implementing CRUD operations using EF Core
• Data migrations and database schema management

Module 4: Data Validation and Error Handling

• Implementing data validation using attributes and Fluent Validation
• Handling and logging errors and exceptions
• Implementing custom error responses

Module 5: Authentication and Authorization

• Implementing authentication and authorization using JWT (JSON Web Tokens)
• Role-based and policy-based authorization
• Securing API endpoints and resources

Module 6: Caching and Performance Optimization

• Introduction to caching and its importance in backend development
• Implementing caching using in-memory caching and distributed caching
• Techniques for optimizing API performance

Module 7: Working with APIs: Consuming and Integrating

• Consuming external APIs in ASP.NET Core
• Creating API clients and HTTP clients
• Implementing webhook endpoints

Module 8: Advanced Topics and Best Practices

• Dependency injection and inversion of control
• Implementing logging and monitoring
• Building reusable middleware components
• Test-driven development (TDD) and unit testing with xUnit

Module 9: Real-Time Communication with SignalR

• Introduction to real-time web communication
• Implementing real-time features using SignalR

Module 10: Deployment and DevOps

• Preparing an application for deployment
• Deploying ASP.NET Core applications to hosting platforms
• Implementing continuous integration and continuous deployment (CI/CD)

Assessment:

• Quizzes and assignments after each module
• Final project assessment: building a RESTful API with authentication and database interactions

Course Completion:

Upon completion of this course, students will have a deep understanding of backend development using the .NET framework. They will be capable of building secure, efficient, and scalable APIs and backend components for web applications.

Module 1: Introduction to ASP.NET MVC

• Overview of the ASP.NET MVC framework.
• Understanding the Model-View-Controller architecture.

Module 2: Setting up the Development Environment

• Installing and configuring Visual Studio or Visual Studio Cod
• Creating a new ASP.NET MVC project.

Module 3: Controllers

• Creating controllers and actions.
• Handling HTTP requests and routing.
• Using attributes and routing templates.

Module 4: Views

• Creating views using Razor syntax.
• Passing data from controllers to views.
• Working with layouts and partial views.

Module 5: Models

• Designing and using models to represent data.
• Validating data with model annotations.
• Data access using Entity Framework Core or other ORM tools.

Module 6: Razor Pages

• Introduction to Razor Pages and their advantages.
• Building web pages with Razor Pages.

Module 7: Dependency Injection

• Understanding and implementing dependency injection.
• Configuring services and using them in controllers and views.

Module 8: Middleware and Configuration

• Working with middleware components.
• Configuring the application using JSON files, environment variables, and more.

Module 9: Authentication and Authorization

• Implementing authentication using Identity Framework or other authentication providers.
• Setting up role-based authorization.

Module 10: Entity Framework Core

• Database access and manipulation using Entity Framework Core.
• Performing CRUD operations.
• Database migrations and seeding data.

Module 11: API Development

• Building RESTful APIs using ASP.NET Core MVC.
• Serialization and deserialization of data.
• Consuming APIs from MVC applications.

Module 12: Testing, Deployment and Hosting

• Writing unit tests for controllers and services.
• Using testing frameworks like xUnit or NUnit.
• Deploying ASP.NET MVC 6 applications to different hosting environments.
• Configuration for production.

Module 13: Real-world Projects and Best Practices

• Building a complete web application from scratch.
• Best practices for structuring large-scale applications.

Module 14: Advanced Topics (Optional)

• SignalR for real-time communication.
• Building custom middleware.
• Docker containers and containerization.
• Microservices architecture with ASP.NET Core.

Assessment:

• Quizzes and assignments after each module
• Final project assessment: building a secure web Application.

Course Completion:

Upon completion of this course, students will have a deep understanding of backend development using the .NET framework. They will be capable of building secure, efficient, and scalable web applications.

Module 1: Introduction to Automation Testing

• Understand the importance of automation testing in the software development lifecycle.
• Learn the advantages of Selenium WebDriver for web application testing.

Module 2: Setting Up the Environment

• Install and configure Java Development Kit (JDK) and Selenium WebDriver.
• Choose and configure a suitable Integrated Development Environment (IDE) for Java development.

Module 3: Java Fundamentals

• Brush up on Java basics such as variables, data types, operators, loops, and conditional statements.

Module 4: Selenium WebDriver Basics

• Understand the architecture of Selenium WebDriver.
• Learn to write Selenium WebDriver scripts in Java.

Module 5: Working with Web Elements

• Interact with various web elements like buttons, text fields, dropdowns, and checkboxes.
• Learn how to locate elements using different locators (XPath, CSS selectors, etc.).

Module 6: Test Automation Frameworks

• Introduction to test automation frameworks (TestNG, JUnit) and their integration with Selenium.
• Implementing test suites, test cases, and generating test reports.

Module 7: Test Data Management

• Handling test data, reading from external sources (Excel, CSV), and data-driven testing.

Module 8: Handling Dynamic Elements

• Strategies for dealing with dynamic web elements and waiting mechanisms.

Module 9: Page Object Model (POM)

• Implementing the Page Object Model design pattern for maintainable and scalable test scripts.

Module 10: Working with Test Automation Tools

• Integrating Selenium with tools like Maven for project management and Jenkins for continuous integration.

Module 11: Cross-Browser,Parallel and Distributed Testing

• Running tests on different web browsers (Chrome, Firefox, Safari, etc.).
• Executing tests concurrently and distributing them across multiple environments.

Module 12: Advanced Topics (Optional)

• If the course is advanced, you may cover topics like handling frames, drag-and-drop actions, handling authentication pop-ups, and more.

Module 13: Test Debugging and Troubleshooting

• Techniques for debugging and troubleshooting failed test cases.

Module 14: Testing Frameworks and Libraries

• Explore additional testing libraries and tools that complement Selenium, such as Cucumber for BDD testing.

Module 15: Real-world Projects

• Work on real-world projects to apply your knowledge and gain practical experience.

Module 16: Testing Automation Best Practices

• Understand software testing best practices and how to apply them in the context of automation.

Module 17: Testing Challenges and Solutions

• Discuss common challenges in automation testing and strategies to overcome them.

Final Assessment and Certification:

• Complete a final assessment or project to earn a course completion certificate.

Course Completion:

Upon completion of this course, students will have a deep understanding of Automation testing.

Module 1: Introduction to Automation Testing

• Understanding the importance of automation testing.
• Differences between manual and automated testing.
• Overview of Selenium and C# as automation tools.

Module 2: Setting Up the Development Environment

• Installing Visual Studio or other relevant IDEs.
• Configuring Selenium WebDriver for C#.
• Managing dependencies (e.g., NuGet packages).

Module 3: Basic C# Programming Concepts:

• Variables, data types, and operators.
• Control flow (if statements, loops, etc.).
• Functions and methods.

Module 4: Introduction to Selenium WebDriver

• What is Selenium WebDriver?
• Supported browsers and platforms.
• Locators and web elements identification.

Module 5: Writing and Executing Test Scripts

• Creating a simple test script.
• Interacting with web elements (clicking buttons, filling forms, etc.).
• Handling pop-ups and alerts.

Module 6: Advanced Selenium Techniques

• Working with dropdowns, checkboxes, and radio buttons.
• Handling frames and iframes.
• Taking screenshots and handling file uploads.

Module 7: Test Automation Best Practices

• Creating maintainable and scalable test scripts.
• Handling synchronization issues (implicit and explicit waits).
• Logging and reporting test results.

Module 8: Data-Driven Testing

• Parameterizing test data.
• Reading data from external sources (Excel, CSV, databases).
• Running tests with multiple datasets.

Module 9: Test Frameworks and Design Patterns

• Introduction to test frameworks like NUnit or MSTest.
• Implementing Page Object Model (POM) design pattern.
• Running tests in parallel.

Module 10: Continuous Integration and Jenkins

• Integrating automated tests with CI/CD pipelines.
• Setting up and configuring Jenkins for test automation.

Module 11: Cross-Browser Testing and Mobile Automation:

• Testing on different browsers (Chrome, Firefox, Edge, etc.).
• Introduction to mobile automation using Appium.

Module 12: Testing Frameworks and Reporting

• Using test frameworks for advanced test management.
• Generating detailed test reports.

Module 13: Performance Testing with Selenium

• Introduction to performance testing concepts.
• Using tools like JMeter in combination with Selenium.

Module 14: Advanced Topics (Optional)

• Selenium Grid for parallel testing.
• Browser profiling and debugging.
• Test automation for web services (API testing).

Final Project and Certification:

• Developing a comprehensive automated test suite for a sample web application.
• Course completion certification.

Assessment:

Courses often include quizzes, assignments, and a final project to assess students' understanding and proficiency in automated testing with Selenium and C#.

Module 1: Introduction to Java

• History and development of Java.
• DSetting up the Java development environment (JDK, IDEs like Eclipse or IntelliJ).
• Writing and running your first Java program.

Module 2: Basic Syntax and Concepts

• Variables and data types.
• Operators and expressions.
• Control structures (if statements, loops).
• Methods and functions.

Module 3: Object-Oriented Programming (OOP):

• Classes and objects.
• Inheritance and polymorphism..
• Encapsulation and abstraction.
• Interfaces and abstract classes.

Module 4: Exception Handling

• Handling runtime errors and exceptions.
• Try-catch blocks and exception types.

Module 5: Data Structures and Collections

• Arrays, ArrayLists, and other data structures.
• Using Java's built-in collections framework (List, Set, Map).

Module 6: File Handling

• Reading and writing files.
• Streams and serialization.

Module 7: Multi-Threading

• Understanding and working with threads.
• Synchronization and concurrency.

Module 8: GUI Programming

• Building graphical user interfaces using JavaFX or Swing.

Module 9: Database Connectivity

• Connecting Java applications to databases using JDBC.

Module 10: Web Development

• Introduction to web applications with Java, servlets, and JSP.

Module 11: Frameworks and Libraries

• Introduction to popular Java frameworks like Spring and Hibernate.

Module 12: Testing and Debugging

• Unit testing with JUnit.
• Debugging techniques.

Module 13: Best Practices and Design Patterns

• Writing clean and efficient Java code.
• Common design patterns in Java.

Module 14: Project Work

• Include a hands-on project to apply the knowledge learned throughout the course.

Module 15: Advanced Topics (Optional)

• Java 8 features (lambda expressions, streams).
• Java 9+ features (modules, new APIs).
• Performance tuning and profiling.

Module 16: Deployment and Packaging

• Packaging and deploying Java applications.
• Creating executable JAR files.

Module 17: Version Control

• Using version control systems like Git for Java projects.

Module 18: Best Practices and Coding Standards

• Coding conventions and best practices in Java development.

Assessment:

The course may conclude with a final project or exam to assess your understanding of Java programming concepts. Additionally, some courses may provide certification upon successful completion.

Module 1: Advanced Java Language Features

• Generics: Understanding and using generic types to write flexible and reusable code.
• Annotations: Working with annotations and creating custom annotations.
• Lambda Expressions: Learning functional programming concepts and using lambdas for concise code.
• Streams API: Leveraging the Streams API for efficient data processing.
• Multithreading and Concurrency: Advanced threading concepts, synchronization, and thread safety.

Module 2: Data Structures and Algorithms

• Advanced data structures like trees, graphs, and advanced collections.
• Algorithm design and analysis.
• Practical implementation of algorithms for problem-solving.

Module 3: Design Patterns

• Exploring common design patterns such as Singleton, Factory, Observer, Strategy, etc.
• Applying design patterns to solve real-world software design problems.

Module 4: Database Connectivity and ORM

• JDBC (Java Database Connectivity) for database interaction.
• Introduction to Object-Relational Mapping (ORM) frameworks like Hibernate.

Module 5: Web Development with Java

• Servlets: Building dynamic web applications.
• JavaServer Pages (JSP): Creating web views with JSP.
• JavaServer Faces (JSF) or other web frameworks.

Module 6: Enterprise JavaBeans (EJB)

• Understanding the concepts of EJB for building enterprise-level applications.
• Session beans, message-driven beans, and entity beans.

Module 7: Spring Framework

• Introduction to the Spring framework for building enterprise applications.
• Dependency Injection and Aspect-Oriented Programming (AOP).

Module 8: Web Services

• Creating and consuming SOAP and RESTful web services.
• Implementing APIs using JAX-RS and JAX-WS.

Module 9: Testing and Debugging

• Unit testing with JUnit or TestNG.
• Debugging techniques and tools.

Module 10: Security

• Authentication and authorization mechanisms in Java.
• Best practices for securing Java applications.

Module 11: Performance Tuning

• Profiling and optimizing Java applications.
• Memory management and garbage collection.

Module 12: Project Work

• Building a substantial Java project to apply the learned concepts.
• Collaborative software development practices.
• Version control systems like Git.

Module 13: Deployment and Scaling

• Deploying Java applications to web servers and cloud platforms.
• Scaling and load balancing for high availability.

Module 14: Advanced Topics (Optional)

• Big Data technologies with Java (e.g., Hadoop, Spark).
• Machine Learning integration with Java.

Module 15: Frameworks and Tools

• Familiarity with popular Java development tools like IntelliJ IDEA, Eclipse, Maven, and Gradle.

Module 16: Best Practices and Coding Standards

• Adherence to coding standards and industry best practices.

Assessment:

The course may conclude with a final project or exam to assess your understanding of Java programming concepts. Additionally, some courses may provide certification upon successful completion.

Module 1: Introduction to Node.js

• Explanation of what Node.js is and its role in modern web development.
• Installation and setup of Node.js and npm (Node Package Manager).

Module 2: JavaScript Basics Review

• A brief review of JavaScript fundamentals, as Node.js is built on JavaScript.

Module 3: Core Modules

• Explore Node.js core modules such as fs (file system), http (HTTP server), and events, and learn how to use them for various tasks.

Module 4: Asynchronous Programming

• Understanding the event loop and non-blocking I/O.
• Working with callbacks, Promises, and async/await for managing asynchronous operations.

Module 5: Package Management

• Managing dependencies using npm.
• Creating and publishing packages.

Module 6: Creating Web Servers

• Building HTTP servers using the built-in http module or popular frameworks like Express.js.
• Handling HTTP requests and responses.

Module 7: Routing and Middleware

• Implementing routing and middleware using Express.js.
• Building RESTfull APIs.

Module 8: Working with Databases

• Connecting to databases like MongoDB, MySQL, or PostgreSQL.
• Performing CRUD operations using Node.js.

Module 9: Authentication and Authorization

• Implementing user authentication and authorization mechanisms.
• Using libraries like Passport.js for authentication.

Module 10: WebSockets

• Real-time communication using WebSockets with libraries like Socket.io.

Module 11: Error Handling

• Handling errors gracefully and implementing error middleware.

Module 12: Testing and Debugging

• Writing unit tests for Node.js applications.
• Debugging techniques and tools.

Module 13: Deployment and Hosting

• Deploying Node.js applications to cloud platforms like AWS, Heroku, or Microsoft Azure.
• Configuring production environments.

Module 14: Security Best Practices

• Learning about common security vulnerabilities and how to protect Node.js applications.

Module 15: Performance Optimization

• Strategies for optimizing the performance of Node.js applications
• Load balancing and clustering.

Module 16: Continuous Integration/Continuous Deployment (CI/CD)

• Setting up CI/CD pipelines for automated testing and deployment.

Module 16: Project Development

• Building a complete Node.js project from scratch, applying the concepts learned throughout the course.

Module 16: Best Practices and Advanced Topics

• Advanced topics such as microservices architecture, GraphQL, and serverless computing.

Assessment:

The specific content and depth of each topic may vary depending on the course and its intended audience, whether it's for beginners, intermediate, or advanced learners. Additionally, real-world examples and projects are often included to help students apply their knowledge and gain practical experience.