Premier Java Backend Development Training in Jaipur, Rajasthan|| Groot Academy

A1: In Module 2, you will learn the core fundamentals of Java, including data types, control structures, object-oriented programming principles, and exception handling.

A2: No prior experience is required. This module is designed for beginners and covers Java fundamentals from scratch.

A3: The duration of Module 2 depends on your learning pace, but it is designed to be completed in approximately two weeks.

A4: Key topics include Java syntax, data types, control flow, object-oriented concepts like inheritance and polymorphism, and exception handling.

A5: Yes, practical exercises and coding assignments will be provided to reinforce the concepts learned.

A6: You will use an Integrated Development Environment (IDE) such as Eclipse or IntelliJ IDEA to write and run Java code.

A7: Recommended resources include "Head First Java" by Kathy Sierra and Bert Bates, and online tutorials from platforms like Codecademy or Udemy.

A8: Yes, you can seek help from instructors, participate in discussion forums, and use online resources to get answers to your questions.

A9: Yes, there will be assessments to test your understanding of the core Java concepts covered in the module.

A10: Module 2 provides a solid foundation in Java, preparing you for more advanced topics like Java collections, multithreading, and Java frameworks.

A1: In Module 3, you will explore advanced Java concepts such as collections, generics, concurrency, and Java Streams.

A2: Yes, Module 3 builds on the knowledge from Module 2, so it is important to complete the fundamentals first.

A3: The duration of Module 3 depends on your pace, but it is designed to be completed in approximately two weeks.

A4: Topics include Java Collections Framework, generics, concurrency with threads, and using Java Streams for data processing.

A5: Yes, you will have coding exercises and projects to apply advanced Java concepts in practical scenarios.

A6: Recommended resources include "Effective Java" by Joshua Bloch and online tutorials from platforms like Pluralsight.

A7: You can test your understanding through quizzes, coding challenges, and practical projects provided in the module.

A8: Yes, help is available through instructors, discussion forums, and additional online resources.

A9: Yes, there will be a final assessment to evaluate your grasp of the advanced Java concepts covered in the module.

A10: Module 3 prepares you by providing in-depth knowledge of advanced Java features that are crucial for building robust and scalable applications.

A1: Module 4 covers web technologies and frameworks, including HTML5, CSS3, JavaScript frameworks, and responsive design principles.

A2: Basic knowledge of HTML, CSS, and JavaScript is helpful but not required. The module will cover these technologies as well.

A3: Module 4 is designed to be completed in approximately two weeks, depending on your pace and prior knowledge.

A4: Frameworks such as Bootstrap, React, or Angular may be covered, depending on the course focus.

A5: Yes, practical exercises will include building responsive web pages and user interfaces using the frameworks covered.

A6: Tools may include code editors like VSCode, design tools, and browser developer tools for testing and debugging.

A7: Recommended resources include online tutorials, documentation for specific frameworks, and books like "Eloquent JavaScript."

A8: Yes, you can get support from instructors, discussion forums, and community resources related to the frameworks.

A9: Yes, there may be a final project that involves building a complete web application using the technologies and frameworks covered in the module.

A10: Module 4 will enhance your skills in creating modern, responsive web applications and working with popular frameworks to streamline development.

A1: Module 5 focuses on the Spring Framework, including its core features, such as dependency injection, aspect-oriented programming, and Spring Boot.

A2: Yes, a good understanding of Java is required as Spring Framework builds on core Java concepts and features.

A3: Module 5 is designed to be completed in approximately two weeks, depending on your prior knowledge and learning pace.

A4: Key features include dependency injection, Spring Boot for rapid development, and Spring Data for data access.

A5: Yes, you will work on practical projects to apply Spring Framework features in real-world scenarios.

A6: Tools include Spring Boot, Integrated Development Environments (IDEs) like Eclipse or IntelliJ IDEA, and build tools like Maven or Gradle.

A7: Recommended resources include the official Spring documentation, "Spring in Action" by Craig Walls, and online tutorials from platforms like Udemy.

A8: Yes, you can get help from instructors, online forums, and the Spring community.

A9: Yes, there will be assessments to evaluate your understanding and practical application of the Spring Framework.

A10: Module 5 provides a thorough understanding of Spring Framework features and practices, preparing you to develop robust and scalable Java applications.

A1: Module 6 covers database management, including relational database concepts, SQL queries, database design, and interaction with databases using Java.

A2: No prior knowledge is required. The module will cover database fundamentals and SQL from the ground up.

A3: Module 6 is designed to be completed in approximately two weeks, depending on your learning pace.

A4: Topics include SQL basics, database normalization, schema design, and Java Database Connectivity (JDBC).

A5: Yes, you will complete practical exercises involving writing and executing SQL queries and managing databases.

A6: Tools include SQL databases like MySQL or PostgreSQL, and database management tools like phpMyAdmin or DBeaver.

A7: Recommended resources include "SQL in 10 Minutes" by Ben Forta and online tutorials from platforms like Khan Academy or Codecademy.

A8: Yes, you can seek support from instructors, online forums, and database communities.

A9: Yes, there will be assessments to test your understanding of database concepts and SQL queries.

A10: Module 6 will equip you with essential skills in database design and management, which are crucial for building data-driven applications.

A1: Module 7 focuses on RESTful web services, including REST principles, designing RESTful APIs, and implementing them using Java and Spring Boot.

A2: Basic understanding of web technologies and Java is helpful but not required. The module will cover REST concepts from the basics.

A3: Module 7 is designed to be completed in approximately two weeks, depending on your pace.

A4: Topics include RESTful principles, HTTP methods, URL design, and implementing REST APIs using Spring Boot.

A5: Yes, you will work on projects to design and implement RESTful APIs using Java and Spring Boot.

A6: Tools include Spring Boot, Postman for API testing, and IDEs like Eclipse or IntelliJ IDEA.

A7: Recommended resources include the official Spring documentation and online tutorials from platforms like Coursera or Udemy.

A8: Yes, support is available from instructors, discussion forums, and online communities.

A9: Yes, there will be assessments to evaluate your understanding and practical skills in creating RESTful web services.

A10: Module 7 will enhance your skills in designing and implementing RESTful APIs, which are essential for building modern web applications.

A1: Module 8 focuses on microservices architecture, including its principles, advantages, and how to design and implement microservices using Java and Spring Boot.

A2: Basic understanding of web services and Java is beneficial but not required. The module will introduce microservices concepts from scratch.

A3: Module 8 is designed to be completed in approximately two weeks, depending on your learning pace.

A4: Topics include microservices principles, designing microservices, service discovery, and implementing microservices using Spring Boot.

A5: Yes, you will work on projects to design and implement microservices, including service discovery and inter-service communication.

A6: Tools include Spring Boot, Docker for containerization, and orchestration tools like Kubernetes.

A7: Recommended resources include "Microservices Patterns" by Chris Richardson and online tutorials from platforms like Pluralsight.

A8: Yes, you can get support from instructors, discussion forums, and online microservices communities.

A9: Yes, there will be assessments to evaluate your understanding and practical skills in designing and implementing microservices.

A10: Module 8 will enhance your skills in building scalable and maintainable applications using microservices architecture, which is widely used in modern development.

A1: Module 9 covers security and authentication, including best practices for securing Java applications, implementing authentication and authorization mechanisms, and handling security vulnerabilities.

A2: Basic understanding of web development and Java is helpful but not required. The module will introduce security concepts from the basics.

A3: Module 9 is designed to be completed in approximately two weeks, depending on your learning pace.

A4: Topics include authentication methods, authorization, secure coding practices, and using frameworks like Spring Security for implementing security in Java applications.

A5: Yes, you will work on projects involving implementing and testing security measures in Java applications.

A6: Tools include Spring Security, security testing tools, and IDEs like Eclipse or IntelliJ IDEA.

A7: Recommended resources include "Spring Security in Action" by Laurentiu Spilca and online tutorials from platforms like Udemy.

A8: Yes, support is available from instructors, discussion forums, and online security communities.

A9: Yes, there will be assessments to evaluate your understanding and application of security practices in Java applications.

A10: Module 9 will enhance your ability to develop secure applications and handle security challenges, which is critical for any developer.

A1: Module 10 focuses on integrating Java applications with cloud services, including cloud computing concepts, using cloud platforms like AWS or Azure, and deploying applications to the cloud.

A2: Basic understanding of Java and web technologies is helpful but not required. The module will cover cloud computing concepts from scratch.

A3: Module 10 is designed to be completed in approximately two weeks, depending on your pace.

A4: Topics include cloud computing fundamentals, integrating Java applications with cloud services, and deploying applications to cloud platforms.

A5: Yes, you will work on projects involving deploying Java applications to cloud platforms and using cloud services.

A6: Tools include cloud platforms like AWS or Azure, and deployment tools like Docker.

A7: Recommended resources include cloud platform documentation, online tutorials, and courses on platforms like Coursera or LinkedIn Learning.

A8: Yes, support is available from instructors, discussion forums, and cloud service provider communities.

A9: Yes, there will be assessments to evaluate your understanding and practical skills in cloud integration.

A10: Module 10 will enhance your skills in deploying and managing Java applications in the cloud, which is increasingly important in the modern software development landscape.