Certified Dot Net Full Stack Developer (CFSD)

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About Certified Dot Net Full Stack Developer (CFSD)

Objectives Of .Net Certification

Validation of expertise in full-stack Java and .NET methodologies.

Demonstration of front-end and back-end technology prowess.

Assessment of ability with database/API integration and cloud solutions.

Verification of understanding of Java and .NET frameworks.

Evaluation of knowledge in developing secure and scalable applications.

Testing problem-solving skills against real-world coding scenarios.

Measuring the ability to adopt best practices in software development.

Learning through engaging with real-life case studies and industrial scenarios.

Utilization of ready-to-implement templates for direct, hands-on application.

Skill set provided for career advancement and job opportunities.

Benefits Of Full Stack .Net Certification

Develop enterprise-grade applications using Java and .NET.

Strengthen API integration and cloud-based development skills.

Master modern front-end and back-end frameworks.

Implement industry-leading software development practices.

Solve real-world problems with practical case studies.

Use expert-crafted, ready-to-implement templates.

Enhance job prospects in enterprise application development.

Stand out in competitive hiring processes.

Qualify for senior full-stack development roles.

Gain recognition as a multi-stack development professional.

Exam Syllabus Of .Net Certification

35+ Hours of Learning

2 Practice Exams

Capstone Project

AI interview Practice Platform

Exam Syllabus Of Certified Dot Net Full Stack Developer (CFSD)

Introduction to Computer Programming
Introduction to Dot Net Programming
Setting Up Development Environment
First Dot Net Program
Dot Net Basics
Operators in Dot Net
Control Flow Statements
Introduction to Arrays
Hands-On:
Write a program to print
Install the JDK and set up your environment. Write and run your first program in Eclipse and Command Line.
Write and compile a simple program to display
Create a program that declares different primitive data types and initializes them with appropriate values.
Write a Dot Net program that takes two numbers as input and performs all arithmetic operations on them.
Implement a Dot Net program that checks if a given number is even or odd using conditional statements.
Write a Dot Net program to find the largest element in an array using loops.

Introduction to OOPs Concepts
Advanced OOPs Concepts
Working with Objects and Methods
Inheritance and Polymorphism
Encapsulation and Packages
Nested and Inner Classes
Exception Handling in Dot Net
Hands-On:
Implement a `Person` class with attributes like name, age, and methods like `displayDetails()`.
Demonstrate the use of the `this` keyword by creating a class that differentiates between instance variables and parameters with the same name.
Write a program that passes objects as parameters to methods. Implement a method to calculate the sum of two complex numbers using object parameters.
Create a `Vehicle` superclass with `Car` and `Bike` subclasses, showcasing inheritance.
Implement encapsulation by creating a class with private fields and public methods for setting and retrieving the values.
Create a Dot Net program that demonstrates the use of an inner class to calculate and display the area of a rectangle.
Write a program that handles multiple exceptions (e.g., division by zero, array index out of bounds).

Introduction to Dot Net Collections
List Interface and ArrayList
LinkedList and Deque Interface
Set Interface
Map Interface
Dot Net 8 Features in Collections
Hands-On:
Create a list of integers and perform operations like adding, removing, and iterating through the elements.
Implement a program that uses `ArrayList` to store student names and retrieves and displays them using a `for-each` loop.
Create a program that uses `LinkedList` to store a queue of customers and perform operations like adding, removing, and displaying the queue.
Write a Dot Net program to demonstrate the usage of `HashSet` by adding unique elements and showing that duplicate elements are ignored.
Implement a program that stores key-value pairs of country names and their capitals using `HashMap` and displays them using an iterator.
Create a program that demonstrates the use of `Lambda` expressions to filter and display even numbers from a list.

Dot Net Database Connectivity (JDBC)
MySQL and PostgreSQL Basics
Database Operations with SQL
Advanced SQL Queries
Hands-On:
Establish a connection to a MySQL database, create a table, and insert records.
Create a simple MySQL/PostgreSQL database with tables for `Student` and `Courses`. Perform insert, update, delete, and query operations using JDBC.
Write SQL queries to perform basic CRUD operations (Create, Read, Update, Delete) and execute them via a Dot Net program.
Run complex SQL queries like `JOIN`, `GROUP BY`, `ORDER BY`, and display the results.

Introduction to Hibernate
Setting Up Hibernate
Entity Classes and Mapping
Relationships in Hibernate
Advanced Hibernate Concepts
Hands-On:
Set up Hibernate in a Dot Net project and configure it with a MySQL database. Create an entity class and perform basic CRUD operations.
Create a configuration file for Hibernate, set up an SQL database, and write a program to save an entity in the database.
Write a program that demonstrates mapping between an entity class and a database table using annotations.
Create a one-to-many relationship between two entities (e.g., `Author` and `Books`) and save the objects to the database.
Implement a program that demonstrates inheritance mapping using Hibernate and configure the caching mechanism for optimal performance.

Introduction to Spring Framework
Spring Core Concepts
Spring AOP (Aspect-Oriented Programming)
Spring Boot Introduction
Building RESTful APIs with Spring Boot
Spring Boot with Databases
Advanced Spring Boot
Hands-On:
Write a simple Spring application that uses Dependency Injection (DI) to wire a `Service` class into a `Controller` class.
Implement a Spring program that demonstrates the bean lifecycle and scope. Create beans using both XML and annotations.
Create a Spring AOP example to log method execution times using advice and pointcut annotations.
Set up a Spring Boot application from scratch and create a REST API that handles basic CRUD operations.
Build a RESTful service with Spring Boot to manage `Employee` data with GET, POST, PUT, and DELETE endpoints.
Integrate MySQL with Spring Boot and perform CRUD operations using Spring Data JPA.
Create a microservice using Spring Boot, secure it with Spring Security, and deploy it to a cloud environment.

Introduction to HTML and Semantic HTML
CSS for Styling Web Pages
Introduction to Dot NetScript
DOM Manipulation with Dot NetScript
TypeScript Basics and Benefits over Dot NetScript
Working with JSON and XML
Introduction to Angular Framework
Building Components and Services in Angular
Angular Forms, Routing, and HTTP Client Integration
Hands-On:
Create a simple web page using semantic HTML tags, including headings, paragraphs, lists, and tables.
Write CSS styles to customize the appearance of an HTML form and apply responsive design principles.
Write a Dot NetScript program to validate user input on a form and display the output dynamically on the webpage.
Create a webpage that allows users to add and remove items from a list dynamically using Dot NetScript DOM manipulation.
Write a simple program using TypeScript that demonstrates type safety and compile-time checks.
Write a program to fetch data from a JSON file and display it on a webpage. Perform similar operations with XML data.
Set up an Angular application, create components, and build a simple form that captures user input and displays it.
Create an Angular service to fetch data from a REST API and display it using components.
Build a complete Angular application that implements forms, routing, and HTTP client integration to interact with a backend API.

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Target Audiences For Dot Net Full Stack Developer Certification

Java Developers

.NET Developers

Full-Stack Developers

Software Engineers

Web Developers

Backend Developers

Frontend Developers

Technical Leads

Application Developers

IT Professionals

Pre-requisites For Dot Net Full Stack Developer Certification

Prior experience in Java, .NET development, and web technologies is recommended but not mandatory for this certification.

Exam Details Of Certified Dot Net Full Stack Developer (CFSD)

Exam Questions

40

Exam Format

Multiple choice

Language

English

Passing Score

65%

Duration

90 min

Open Book

No

Certification Validity

5 Years

Complimentary Retake

Yes

Sample Certification

About Certified Dot Net Full Stack Developer

The GSDC Certified .NET Certification proves that you have the capabilities to create, manage, and deploy full stack applications using .NET technologies. In software landscape, .NET remains one of the top platforms for building enterprise-grade applications and modern web solutions

This certification validates your proficiency in working seamlessly across front-end and back-end technologies while effectively integrating databases, APIs, and cloud-based solutions. To support your journey, you’ll gain access to hands-on resources, implementation-ready templates, and expert-crafted best practices that bridge the gap between learning and real-world application.

In short, the .NET Full Stack Developer Certification equips you to build secure, scalable, and high-performing applications across various industries—positioning you as a valuable asset among developers, engineers, and IT professionals alike.