.NET Training

Dot Net

The Dot Net Course from Yuva Sakthi Academy will make a delegate master about data manipulation with Dot Net, advanced analytics concepts like data mining and regression using RStudio, data visualization, and more. The Dot Net training enables the learners to take Dot Net into different companies, allowing them to analyze information and make effective business decisions.

The delegate of Yuva Sakthi Academy is provided with an Dot Net course completion certificate after the end of Dot Net course completion. Our certificate is accredited and recognized in reputed companies across the globe. The Dot Net from us adds weight to the learner’s resume and helps to get good jobs in their future too. According to the survey of Indeed.com, the national average salary of R Programmer ranges from $71,059 to $123,534 based on different factors like aspirant’s experience level, the company they are working in, and more.

We have a separate HR team that takes care of the delegate placements. The group helps the delegates in training about personality development, how to interact during an interview, how to present in front of the interviewer, and more. We offer training on aptitude, Mock interviews, HR interviews, and more to get them placed in top MNC and IT companies easily.

About Dot Net Training Course

The Dot Net and training course important concepts in Dot Net like data visualization, descriptive analytics techniques, data exploration, and predictive analytics with the R languages. The Dot Net course training also helps in exploring about the R packages, data structures in R, cluster analysis, graphic representation, reporting, data manipulation, business analytics, flow of control, machine learning algorithms, variables, functions, data structures, import and export data in R, forecasting, and diverse statistical concepts through practical R industry scenarios and examples. The course materials of the Yuva Sakthi Academy Dot Net training course are designed based on the latest industry scenarios and hold every essential concept on Dot Net to clear the Yuva Sakthi Academy Dot Net exam.

The delegates who take Dot Net training courses from Yuva Sakthi Academy will work on real-time assignments and projects that have impacts in the real-life scenarios, thus enabling you to get an excellent job in your career efficiently. We have a professional HR team who takes care of the placement opportunities, and other placement related activities like resume preparation, conducting mock interviews, job interviews, and more. We provide 100% assurance to make the delegates get placed in leading companies like Cognizant, saint-Gobain, TCS, Hexaware, Genpact, Standard Chartered, Cisco, Ericsson, and more.

Upcoming Training Batches

Yuva Sakthi Academy provides flexible timings to all our students. Here is the .NET Training Course Schedule in our branches. If this schedule doesn’t match please let us know. We will try to arrange appropriate timings based on your flexible timings.

Time	Days	Batch Type	Duration (Per Session)
8:00AM - 12:00PM	Mon - Sat	Weekdays Batch	4Hr - 5:30Hrs
12:00PM - 5:00PM	Mon - Sat	Weekdays Batch	4Hr - 5:30Hrs
5:00PM - 9:00PM	Mon - Sat	Weekdays Batch	4Hr - 5:30Hrs

Syllabus of Dot Net Training

Download Curriculum

An Introduction to C#

Objectives:

What is .NET?
What is the CLR?
The FCL
Primitive Types
Namespaces
Statements and Expressions
Operators

Classes and Objects

Constructors
Reference Types
Object Oriented Programming
Inheritance
Access Modifiers
Abstract Classes
Virtual Members
Static Classes
Sealed Classes
Partial Classes

C# - Types

Reference Types
Value Types
The struct
Testing Reference Types
Testing Value Types
Passing Parameters
Strings
Boxing
The enum
Defining Types
Interfaces
Arrays
Assemblies

C# - Events, Properties, and Methods

Methods
Method Overloading
Fields
Properties
Events
Events - Delegates
Events - Subscribing
Events - Publishing
Indexers
Operator Overloading
Conversion Operators

C# - Flow Control and Exceptions

Branching
Switching
Looping
Using foreach
Jumping
Returning and Yielding
Throwing Exceptions
Built-in Exceptions
Handling Exceptions
Chaining Catch Blocks
Finally
Re-throwing Exceptions
Custom Exceptions

C# and the CLR

Garbage Collection
Threads
Async
Parallel
Reflection
Attributes
Custom Attributes
COM Interop
PInvoke

C# and Generics

Why Generics?
Building Collections Without Generics
Generic Collections
Generic Parameters
Generic Constraints
Generic Methods
The default Keyword
Generic Interfaces
Generic Delegates
Variance

C# and LINQ

Extension Methods
Extensions and Lambdas
Lambdas and Funcs
Funcs and Expressions

C# and the DLR

Why Dynamic?
Using Dynamic Types
Excel Automation
The DLR
ExpandoObject
DynamicObject
Calling Ruby

Object Oriented Programming with C#

Prime Abstraction
A Higher Calling
Lazy Code
Timing and Retries
Partial Application and Currying
Asynch and Parallel
Multithreding

Exploring the .NET Framework

File I/O
Resource management with try/finally/using
Using XML serialization
Introducing assembly resolution
Deploying dependent assembly probing
Using a config file to control probing
ArrayList
Hashtable
SortedList
Stack and Queue

Windows Form

Introduction to Windows Form
Form Controls
User Define Controls

ADO.NET

Connected Architecture
Disconnected Architecture
Working with Transaction

ASP.NET

Web Application using ASP.NET
ASP.NET Architecture
Control-based Programming
User Interface Elements
Deployment
Web Sites, Applications, and Virtual Directories in IIS
ASP.NET Diagnostics and Health Monitoring

ASP.NET Working With Data

Data Binding
State Management
Validation
Caching

ASP.NET 3.5 Security

IIS 6 & IIS7 URL Authorization
Forms authentication
Role-based authorization
Trimming site maps with roles
Config file encryption
ASP.NET Membership
Resources and Internationalization

ASP.NET 3.5 Advanced Topics

HTTP Pipeline
Custom Controls
Web Parts
Web Services

ASP.NET AJAX

ASP.NET Ajax Introduction
ASP.NET Ajax Server Controls
ASP.NET Ajax Server Data
ASP.NET Ajax Client-side Library
ASP.NET Ajax Control Toolkit

ASP.NET MVC

Web Application using MVC Pattern
Razor View
Controller
Model

Entity Framework

Introducing the Entity Framework
Code First Approach

Windows Communication Foundation(WCF)

WCF Configuration
Hosting WCF Services in Windows Services
Hosting WCF Services in IIS
Building RESTful services with WCF

Windows Workflow Foundation(WF)

Introducing Windows Workflow Foundation
Programming workflows in WF
Writing custom activites in WF

Trainer Profile of Dot Net Training Course

Our Trainers provide complete freedom to the students, to explore the subject and learn based on real-time examples. Our trainers help the candidates in completing their projects and even prepare them for interview questions and answers. Candidates are free to ask any questions at any time.

Trained more than 2000+ students in a year.
Strong Theoretical & Practical Knowledge.
Certified Professionals with High Grade.
Expert level Subject Knowledge and fully up-to-date on real-world industry applications.
Trainers have Experienced on multiple real-time projects in their Industries.

Dot Net Training Exams

Yuva Sakthi Academy is Accredited by all major Global Companies around the world. We provide after completion of the theoretical and practical sessions to fresher’s as well as corporate trainees.

Our at Yuva Sakthi Academy is accredited worldwide. It increases the value of your resume and you can attain leading job posts with the help of this in leading MNC’s of the world. The is only provided after successful completion of our training and practical based projects.

Key Features of Our Training Institute

One on One Teaching

Flexible Timing

Fully Practical Oriented Classes

Class Room Training

Online Training

Corporate Training

100 % Placement

Projects in Dot Net Training Course

Sales Pipeline Dashboard

Build a dashboard to get a clearer view of your sales pipeline and know where your leads are coming from, so that you can double down on your efforts there to meet your targets.

Sales Growth Dashboard

Build a dashboard to measure your sales team’s performance and how much revenue can be raised within a specific time frame.

Healthcare Data Dashboard

The Dot Net Training Healthcare Data dashboard for hospital managers to manage and identify patients’ risk from one screen.

Training Courses Reviews

Frequently Asked Questions

What is .NET (dot NET)?

.NET is a software development framework developed by Microsoft that allows developers to build a wide range of applications for Windows, web, mobile, and cloud environments. It provides a comprehensive programming model and runtime environment, known as the Common Language Runtime (CLR), which supports multiple programming languages.

.NET offers libraries, tools, and languages (such as C#, VB.NET, and F#) that simplify application development, deployment, and management across various platforms and devices.

What are the key components of the .NET framework?

The .NET framework consists of several components that facilitate application development:

Common Language Runtime (CLR): Manages code execution and provides services such as memory management, exception handling, and security.
.NET Class Library (FCL/BCL): Provides a comprehensive set of reusable types (classes, interfaces, and data types) that facilitate common programming tasks.
ASP.NET: Framework for building dynamic web applications, web APIs, and web services using languages like C# or VB.NET.
ADO.NET: Data access technology for connecting to and working with databases, including SQL Server, MySQL, and Oracle.
Windows Presentation Foundation (WPF): Framework for building Windows desktop applications with rich user interfaces.
Windows Communication Foundation (WCF): Framework for building service-oriented applications, including web services and APIs.
Windows Workflow Foundation (WF): Framework for building workflow-enabled applications.
Entity Framework: Object-relational mapping (ORM) framework that enables developers to work with databases using .NET objects.
Visual Studio: Integrated development environment (IDE) for .NET development, offering tools for coding, debugging, and testing applications.
ASP.NET Core: Cross-platform, high-performance framework for building modern, cloud-based applications.

These components collectively provide a robust framework for developing scalable, secure, and efficient applications across different platforms and devices.

What programming languages are supported by .NET?

.NET supports multiple programming languages that run on the Common Language Runtime (CLR), including:

C# (C Sharp): A modern, general-purpose language designed for building applications on the .NET framework. It combines the power of C++ with the simplicity of Visual Basic.
Visual Basic .NET (VB.NET): An object-oriented programming language that evolved from Visual Basic, providing rapid application development (RAD) features.
F#: A functional-first programming language that combines functional and object-oriented programming paradigms, suitable for data-rich and parallel programming tasks.
Managed C++ (C++/CLI): A version of C++ that targets the .NET framework and allows developers to mix native and managed code.
IronPython and IronRuby: Dynamic languages that run on .NET, providing flexibility and productivity for scripting and web development.
Others: .NET also supports various other languages through interoperability, including PHP, JavaScript, and Perl.

Developers can choose the most suitable language based on their application requirements, development style, and familiarity with the syntax and features.

What are the advantages of using .NET for application development?

.NET offers several advantages that make it a preferred choice for developers:

Productivity: Extensive class libraries, tools, and Visual Studio IDE enhance developer productivity and reduce time-to-market.
Language interoperability: Support for multiple languages allows developers to choose the most suitable language for their projects.
Platform independence: .NET Core and ASP.NET Core enable cross-platform development, supporting Windows, Linux, and macOS.
Security: Built-in security features such as code access security, role-based security, and cryptography protect applications and data.
Scalability: Support for distributed computing, cloud integration, and microservices architecture ensures scalability and performance optimization.
Integration: Seamless integration with Microsoft products and services, including Azure cloud services, SQL Server, and Office 365.
Community support: Active community of developers, forums, and resources for sharing knowledge, troubleshooting, and continuous learning.
Performance: Just-in-time (JIT) compilation, native image generation, and optimized runtime environment improve application performance.
Legacy support: Allows integration with existing systems, databases, and third-party APIs through interoperability and backward compatibility.
Modern web development: ASP.NET Core provides modern web frameworks and tools for building scalable, high-performance web applications.

.NET's comprehensive framework and ecosystem empower developers to build robust, secure, and scalable applications across various platforms and domains.

How does .NET ensure security in application development?

.NET provides several security features and best practices to enhance application security:

Code access security: Defines permissions and access rights based on the origin and trust level of code assemblies.
Role-based security: Controls access to resources based on user roles and permissions defined in the application.
Cryptography: Supports encryption, hashing, and digital signatures to protect sensitive data and communications.
Secure coding practices: Guidelines and tools in Visual Studio promote secure coding practices, such as input validation and output encoding.
Authentication and authorization: Integration with identity providers, OAuth, and OpenID Connect for secure user authentication and authorization.
Secure communication: TLS/SSL protocols and HTTPS encryption ensure secure communication between clients and servers.
Monitoring and logging: Application Insights and logging frameworks (e.g., Serilog) provide visibility into security events and anomalies.
Continuous security updates: Microsoft regularly releases security patches and updates to mitigate vulnerabilities and threats.
Compliance: Adheres to industry standards and regulations (e.g., GDPR, HIPAA) for data protection and privacy.
Penetration testing: Conducts security testing, vulnerability assessments, and threat modeling to identify and mitigate risks.

.NET's robust security features and practices enable developers to build secure, resilient applications that protect against cyber threats and data breaches.

What is ASP.NET and how is it used in web development?

ASP.NET is a web development framework built on top of the .NET framework, designed for creating dynamic web applications, web APIs, and web services:

ASP.NET Web Forms: Provides a drag-and-drop model for creating web applications with server-side controls, events, and state management.
ASP.NET MVC (Model-View-Controller): Follows a pattern-based approach for building scalable, maintainable web applications using controllers, views, and models.
ASP.NET Core: A cross-platform, high-performance framework for building modern, cloud-based applications and microservices.
ASP.NET Web API: Framework for building RESTful APIs to enable communication between web applications and external clients.
ASP.NET SignalR: Library for adding real-time web functionality to applications, supporting bi-directional communication between clients and servers.
ASP.NET Razor Pages: Simplifies the creation of page-focused scenarios, combining the benefits of MVC architecture with the simplicity of web forms.

ASP.NET supports rapid application development (RAD), seamless integration with .NET libraries, and deployment on Azure cloud services, making it ideal for building scalable, secure web applications.

How does .NET Core differ from .NET Framework?

.NET Core and .NET Framework are two implementations of the .NET platform, each with distinct characteristics:

.NET Framework: Developed by Microsoft primarily for Windows applications, it includes a large set of libraries and APIs for building desktop, web, and server applications.
.NET Core: An open-source, cross-platform framework optimized for cloud-based, microservices architecture. It supports development on Windows, Linux, and macOS.
Differences:
- .NET Core offers improved performance, modular architecture, and cross-platform support compared to the monolithic .NET Framework.
- .NET Core is designed for modern, containerized applications, whereas .NET Framework is suitable for legacy Windows applications.
- .NET Core is part of .NET 5 and later versions, which unify .NET Core, .NET Framework, and Xamarin into a single platform.

Choosing between .NET Core and .NET Framework depends on factors such as application requirements, deployment environment, and platform compatibility.

How can I deploy .NET applications to the cloud?

Deploying .NET applications to the cloud enables scalable, reliable, and cost-effective application hosting. Here's how you can deploy .NET applications to the cloud:

Microsoft Azure: Use Azure App Service to deploy ASP.NET applications directly from Visual Studio or Azure DevOps pipelines. Azure also supports deploying .NET Core apps using Docker containers.
Amazon Web Services (AWS): Deploy .NET applications on AWS Elastic Beanstalk, AWS Lambda (serverless computing), or EC2 instances running Windows Server. Use AWS Tools for Visual Studio for seamless integration.
Google Cloud Platform (GCP): Deploy .NET applications on Google Compute Engine VMs or Kubernetes Engine. Use Google Cloud Tools for Visual Studio or command-line tools for deployment.
Docker containers: Containerize .NET applications using Docker and deploy them to any cloud platform that supports Docker containers. Docker simplifies application packaging, dependency management, and deployment across environments.
Continuous Integration/Continuous Deployment (CI/CD): Implement CI/CD pipelines using tools like Azure DevOps, Jenkins, or GitHub Actions to automate build, test, and deployment processes for .NET applications.
Serverless computing: Leverage serverless platforms such as Azure Functions or AWS Lambda to deploy event-driven .NET applications without managing infrastructure.

Cloud deployment of .NET applications provides scalability, high availability, and global reach, enabling developers to focus on application logic rather than infrastructure management.

What tools are available for .NET development?

.NET development is supported by various tools and IDEs that enhance productivity and streamline application development:

Visual Studio: Microsoft's integrated development environment (IDE) for .NET development, offering a rich set of tools for coding, debugging, testing, and deployment.
Visual Studio Code: Lightweight, open-source IDE with support for .NET development using extensions for C#, F#, and ASP.NET Core.
Rider: Cross-platform IDE by JetBrains for .NET and ASP.NET development, supporting C#, VB.NET, and F#.
JetBrains ReSharper: Visual Studio extension for code refactoring, navigation, and productivity enhancements in .NET projects.
Entity Framework Core Tools: Command-line tools for database migrations, scaffolding, and managing Entity Framework Core in .NET applications.
LINQPad: Tool for interactively querying databases and testing LINQ queries in .NET applications.
NuGet Package Manager: Package management tool for .NET that allows developers to find, install, and manage libraries and dependencies.
.NET CLI (Command-Line Interface): Command-line tools for creating, building, testing, and publishing .NET applications across platforms.
Azure DevOps: Integrated set of tools for DevOps, including version control, build automation, release management, and CI/CD pipelines for .NET projects.
Docker: Containerization platform for packaging .NET applications into lightweight, portable containers for deployment across environments.

These tools support different aspects of .NET development, catering to various project requirements, development styles, and collaboration needs.

How can I start learning .NET programming?

To begin learning .NET programming, follow these steps:

Choose a programming language: Select a language supported by .NET, such as C#, VB.NET, or F#, based on your preferences and project requirements.
Set up your development environment: Install Visual Studio or Visual Studio Code with .NET Core SDK to start coding .NET applications.
Learn the fundamentals: Master basic concepts of .NET, including syntax, data types, control structures, and object-oriented programming principles.
Explore .NET libraries and frameworks: Familiarize yourself with .NET Class Library, ASP.NET Core, Entity Framework Core, and other frameworks for application development.
Practice with coding exercises: Solve hands-on coding challenges, build sample projects, and experiment with different features and APIs of .NET.
Explore online resources: Access tutorials, documentation, blogs, and forums to deepen your understanding of .NET programming techniques and best practices.
Join developer communities: Engage with .NET developers on platforms like GitHub, Stack Overflow, and Microsoft Developer Network (MSDN) to seek guidance and collaborate on projects.
Take online courses or training: Enroll in structured courses, tutorials, or certifications offered by Microsoft, online platforms, or educational institutions to enhance your skills in .NET development.
Build real-world projects: Apply your knowledge by developing practical applications, exploring different domains, and integrating with databases and APIs.
Stay updated: Keep up with the latest .NET releases, updates, and industry trends to leverage new features and advancements in application development.

By following these steps and actively practicing .NET programming, you can build expertise, gain confidence, and pursue career opportunities in software development and engineering.

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Dot Net Training Course