Master Backend Java with Spring Boot & AWS
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- 500 hours of hands on classes
- Class recordings available
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COURSE PLANS
Recorded Course
₹ 2,999
- Class Recording Available
- Soft Skill Sessions
- Certificate of Completion
- 100% Job Assurance
- Unlimited Interview Calls
- Mock Interview
- Weekly Test
- Class Recording Available
- Soft Skill Sessions
- 1 : 1 Mentorship
- Live Classroom Environment
- Validity : 1 Year
Live - Online Course
₹ 14,999
- Class Recordings Available
- Soft Skill Sessions
- 100% Job Assurance
- Certificate of Completion
- Flexible Learning Schedule
- Access to Discussion Forums
- Self-Paced Assignments
- Unlimited Interview Calls
- Weekly Test
- 1 : 1 Mentorship
- Class Room Access
- Validity : 1 Year
Live - Offline Course
₹ 24,999
- Class Recording Available
- Soft Skill Sessions
- Certificate of Completion
- 100% Job Assurance
- Unlimited Interview Calls
- Mock Interview
- Weekly Test
- Class Recording Available
- Soft Skill Sessions
- 1 : 1 Mentorship
- Hands-on Lab Training
- Validity : 1 Year
Note : For Detailed Syllabus Download our course brochure*
Key Highlights in Backend Development Using Java Course
100% Job Assurance
Personalized Career Coach
80% Practical Training
Study App/Material
Capstone Projects
Weekend Test/Mocks
Industry Expert Trainers
Certificate of Completion
Know Your
Coach, Guide & Mentor
Sandeep Bhingle
10+ years Experienced Professional With a burning passion for coding and 10+ years of experience as a skilled Fullstack Java developer, I am thrilled to be your Fullstack Java Trainer. Throughout my journey in software development, I have honed my expertise in Fullstack Java programming and now, as a dedicated instructor, I am eager to share my knowledge with aspiring developers like you.
WHO SHOULD TAKE THIS COURSE?
Professionals
Working Professionals who wish to start up but are unsure which idea to work on, and what the journey entails.
Freelancers
Freelancers/Consultants who want to scale their knowledge and transform their solopreneurship into a larger organisation.
Entrepreneurs
Entrepreneurs who want more guidance in terms of finance, team building, product launch, customer acquisition and sales, for their startup.
Students
Students who want to run their own part-time venture and get hands-on experience.
Curriculum Unveiled!
What Will You Learn - Curriculum
Day 1 | Introduction to SDLC & Phases |
Day 2 | Agile SDLC & Model Selection |
Day 3 | SDLC Tools & Best Practices |
Day 1 | Introduction to JIRA & Project Setup |
Day 2 | Working with JIRA Issues & Customizing Workflows |
Day 3 | JIRA Reporting, Agile Boards & Advanced Features |
Day 1 | Introduction to Agile Methodology |
Day 2 | Scrum Framework & Agile Practices |
Day 3 | Agile Metrics, Tools & Best Practices |
Day 1 | Introduction to Java |
Day 2 | Features of Java |
Day 3 | Java Development Setup |
Day 4 | Understanding Hello World Program |
Day 5 | Identifiers and Variables |
Day 6 | Datatypes |
Day 7 | Operators |
Day 8 | Accepting Input from Users |
Day 9 | Control Statements (Part 1) |
Day 10 | Control Statements (Part 2) |
Day 11 | JVM Architecture |
Day 12 | Class and Object |
Day 13 | Class Components |
Day 14 | Instance Variables, Static Variables, and Local Variables |
Day 15 | Instance Methods and Static Methods |
Day 16 | Constructors |
Day 17 | Instance Block and Static Block |
Day 18 | Inner Classes |
Day 19 | OOPS Concept |
Day 20 | Access Specifiers |
Day 21 | Encapsulation |
Day 22 | Inheritance |
Day 23 | Polymorphism (Part 1) |
Day 24 | Polymorphism (Part 2) |
Day 25 | Abstraction |
Day 26 | Java 8 Features (Part 1) |
Day 27 | Java 8 Features (Part 2) |
Day 28 | Stream API (Part 1) |
Day 29 | Stream API (Part 2) |
Day 30 | Optional Class and Method References |
Day 31 | Object Class and java.lang Package |
Day 32 | Arrays |
Day 33 | String Handling |
Day 34 | Multithreading (Part 1) |
Day 35 | Multithreading (Part 2) |
Day 36 | Collection Framework (Part 1) |
Day 37 | Collection Framework (Part 2) |
Day 38 | File Handling |
Day 39 | Annotations and Enums |
Day 40 | Reflection API Basics |
Day 1 | Introduction to Lombok and Basic Annotations |
Day 2 | Constructor Annotations and Builders |
Day 3 | Advanced Lombok Features & Best Practices |
Day 1 | Introduction to IntelliJ IDEA & Project Setup |
Day 2 | Code Navigation, Refactoring & Version Control |
Day 3 | Debugging, Running Tests, & Advanced Features |
Day 1 | Introduction to Git & Basic Commands |
Day 2 | Branching, Merging & Remote Repositories |
Day 3 | Advanced Git Features & Collaboration |
Day 1 | Introduction to MapStruct & Basic Mapping |
Day 2 | Custom Mappings & Mapping Complex Objects |
Day 3 | Advanced Features & Integration with Spring |
Day 1 | Introduction to DBMS |
Day 2 | Physical and Logical Data Models |
Day 3 | Hierarchical, Network, and Relational Data Models |
Day 4 | Object-Oriented and Object Relational Data Models |
Day 5 | Conceptual Data Models and E-R Models |
Day 6 | Introduction to MySQL |
Day 7 | Connecting to MySQL Server |
Day 8 | MySQL Authentication |
Day 9 | MySQL Workbench and Tools |
Day 10 | Introduction to SQL and MySQL Commands |
Day 11 | DDL Commands in MySQL |
Day 12 | DML Commands in MySQL |
Day 13 | DQL Commands and Querying Data |
Day 14 | MySQL Built-In Functions |
Day 15 | Aggregate Functions and Grouping Data |
Day 16 | Joins and Set Operations |
Day 17 | Subqueries in MySQL |
Day 18 | Indexes, Keys, and Constraints |
Day 19 | Security and User Management in MySQL |
Day 20 | Transaction Management and Stored Procedures |
Day 1 | Introduction to Maven & Project Setup |
Day 2 | Maven Build Lifecycle, Plugins & Dependencies |
Day 3 | Advanced Maven Features & Continuous Integration |
Day 1 | Introduction to JDBC |
Day 2 | Persistence Overview |
Day 3 | Introduction to JDBC |
Day 4 | JDBC API and Drivers Overview |
Day 5 | JDBC API |
Day 6 | SQL Basics |
Day 7 | Establishing Connection to Database |
Day 8 | Statement Interface |
Day 9 | PreparedStatement Interface |
Day 10 | ResultSet Interface |
Day 11 | SQL 99 Datatypes |
Day 12 | Metadata |
Day 13 | CallableStatement |
Day 14 | Batch Updates |
Day 15 | Transaction Management |
Day 16 | Connection Pooling |
Day 17 | RowSet |
Day 18 | Communicating with Different Databases |
Day 19 | JDBC 4.0 Features |
Day 20 | Working with Properties File |
Day 1 | JEE Overview & Introduction to Web Apps |
Day 2 | Introduction to Server-Side & Servlet |
Day 3 | Servlet API Basics |
Day 4 | HTTP Protocol |
Day 5 | Developing Servlet: Basics |
Day 6 | Web Application Structure |
Day 7 | Deploying Servlet Apps |
Day 8 | ServletRequest Interface |
Day 9 | ServletResponse Interface |
Day 10 | ServletConfig Interface |
Day 11 | GenericServlet |
Day 12 | Working with Welcome-File |
Day 13 | Servlet Loading Methods |
Day 14 | ServletContext Interface |
Day 15 | HttpServlet Class |
Day 16 | HttpServletRequest Interface |
Day 17 | HttpServletResponse Interface |
Day 18 | Form Validations and Communication |
Day 19 | Request Dispatching and Redirection |
Day 20 | Session Management & Advanced Topics |
1 | Introduction to JSP |
2 | JSP Basics |
3 | JSP Tags |
4 | Scripting Elements |
5 | JSP Implicit Objects |
6 | Directives |
7 | Standard Actions |
8 | Java Bean in JSP |
9 | Expression Language (EL) |
10 | Working with JSTL and MVC Architecture |
Day 1 | Introduction to Hibernate |
Day 2 | Hibernate Architecture |
Day 3 | Installation and Setup |
Day 4 | Hibernate Data Types |
Day 5 | First Application Using Hibernate |
Day 6 | Hibernate API Overview |
Day 7 | Object Lifecycle in Hibernate |
Day 8 | CRUD Operations using Session Methods |
Day 9 | Session Methods (contd.) |
Day 10 | Primary Key Generators |
Day 11 | Hibernate Query Language (HQL) |
Day 12 | Joins in Hibernate |
Day 13 | Batch Processing and Native SQL |
Day 14 | Criteria API (Part 1) |
Day 15 | Criteria API (Part 2) |
Day 16 | Inheritance Mapping (Part 1) |
Day 17 | Inheritance Mapping (Part 2) |
Day 18 | Collection Mapping |
Day 19 | Association Mapping |
Day 20 | Advanced Topics |
Day 1 | Introduction to Spring Framework |
Day 2 | Spring Framework Overview |
Day 3 | POJO and JavaBeans |
Day 4 | Spring Core Module |
Day 5 | Design Patterns in Spring |
Day 6 | Dependency Injection (DI) in Real-Time |
Day 7 | Factory Methods and Dependency Lookup |
Day 8 | Singletons and Bean Scopes |
Day 9 | Bean Wiring (Explicit and Implicit) |
Day 10 | ApplicationContext Container |
Day 11 | Bean Life Cycle |
Day 12 | Nested IOC Containers |
Day 13 | Method Injection and BeanPostProcessor |
Day 14 | Custom Property Editors and SpEL |
Day 15 | Spring Core with Annotations |
Day 16 | Java Configuration in Spring |
Day 17 | AnnotationConfigApplicationContext |
Day 18 | Spring Boot Introduction |
Day 19 | Auto Configuration in Spring Boot |
Day 20 | Spring Boot Standalone Flow |
Day 21 | Spring Boot JDBC/DAO |
Day 22 | Working with Data Sources |
Day 23 | JdbcTemplate and NamedParameterJdbcTemplate |
Day 24 | Spring Boot with JDBC/DAO |
Day 25 | Spring AOP Module |
Day 26 | Spring AOP Advices |
Day 27 | Spring AOP Implementation |
Day 28 | Spring AOP with Annotations |
Day 29 | Spring Transaction Management |
Day 30 | Spring Transaction Manager |
Day 31 | Spring MVC Introduction |
Day 32 | Spring MVC Flow |
Day 33 | Spring MVC Views and Resolvers |
Day 34 | Spring MVC Advanced Topics |
Day 35 | Spring Boot MVC |
Day 36 | Spring Boot MVC Application |
Day 37 | Spring Security |
Day 38 | Spring Security Configurations |
Day 39 | Spring ORM Introduction |
Day 40 | Spring Data and Spring Data JPA |
Day 41 | Spring Batch |
Day 42 | Spring Batch Example |
Day 43 | Spring Mail |
Day 44 | Spring Microservices |
Day 45 | Project Architecture Overview |
Day 1 | Introduction to Unit Testing with JUnit |
Day 2 | Mockito Basics & Mocking Dependencies |
Day 3 | Advanced Mockito Features & Test Integration |
Day 1 | Introduction to Postman & Basic Requests |
Day 2 | Working with Collections, Environments, and Tests |
Day 3 | Postman Automation, Monitoring & Advanced Features |
Day 1 | Introduction to MongoDB and NoSQL Databases |
Day 2 | Working with MongoDB Documents and Collections |
Day 3 | Advanced Querying and Aggregation Framework |
Day 4 | MongoDB Indexing and Performance Tuning |
Day 5 | MongoDB Administration and Security |
1. Introduction to Java
2. Features of Java
3. Java development setup
4. Understanding Hello World program in detail
5. Identifier
6. Variable
7. Datatypes
8. Operators
9. Accept input from User
10. Control Statements
11. JVM architecture
12. Class and Object
13. Class Components
14. Oops Concept
15. Java 8 Features
16. Object class and java.lang package
17. Array
18.String Handling
19. Multithreading
20. Collection Framework
21. File Handling
22. Annotations
23. Enum
24. Reflection API basics
1. Introduction to Java
2. Features of Java
3. Java development setup
4. Understanding Hello World program in detail
5. Identifier
6. Variable
7. Datatypes
8. Operators
9. Accept input from User
10. Control Statements
11. JVM architecture
12. Class and Object
13. Class Components
14. Oops Concept
15. Java 8 Features
16. Object class and java.lang package
17. Array
18.String Handling
19. Multithreading
20. Collection Framework
21. File Handling
22. Annotations
23. Enum
24. Reflection API basics
1. Introduction to Java
2. Features of Java
3. Java development setup
4. Understanding Hello World program in detail
5. Identifier
6. Variable
7. Datatypes
8. Operators
9. Accept input from User
10. Control Statements
11. JVM architecture
12. Class and Object
13. Class Components
14. Oops Concept
15. Java 8 Features
16. Object class and java.lang package
17. Array
18.String Handling
19. Multithreading
20. Collection Framework
21. File Handling
22. Annotations
23. Enum
24. Reflection API basics
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Testimonials
IT Shaala finds the vital skills needed for the most in-demand jobs and creates courses and
degrees to teach such skills to our students. That's why we created this one-year bachelor's degree program in web development that you can do fully online with the assistance of a dedicated mentor.
Because there are so many programming languages accessible, programmers are frequently
perplexed when deciding on one for a software development project. Frameworks, resources,
language support across platforms, security, and performance difficulties are among aspects that
developers consider when selecting a language. Java is an object-oriented programming language
that fits all of the criteria stated above. Java is a simple language that handles code queries faster
than C and C++.
A Java developer is a back-end developer who specialises in building applications with the Java programming language. Because Java is an integral component of many types of appli-cations, Java developers are in great demand across a wide range of industries.
A Java developer may be in charge of the following tasks:
creating and upgrading software applications
creating technical architecture, putting software tests in place, and troubleshooting code
creating a database design schema and generating technical and functional documentation
assessing customer requirements
choosing and pushing for appropriate technical solutions
keeping up with technological changes
Java's platform neutrality makes it one of the most popular programming languages among developers. The software may be executed on any machine that has a Java Runtime Environment (JRE) installed. A JRE is compatible with the majority of operating systems, including Windows, Macintosh, and Linux
Java's versatility enables developers to design code that can execute on any system, regardless of structure or platform. More than a billion computers and 3 billion mobile devices worldwide utilize the Java platform. Java is used in the following applications:
Web-based Programs
It is used to construct web applications since Servlet, JSP, and Struts provide considerable support. Because of this, Java is also known as a server-side programming language. Using these technologies, we may create a wide range of applications. Spring, Hibernate, and Spring Boot are some of the frameworks used for constructing online applications. Best Java Backend Developer Course at IT Shaala, Pune.
Game Creation
Java is extensively utilized by game development businesses due to its support for the most powerful open-source 3D engine. When it comes to creating 3D games, the engine has unrivaled capabilities. Minecraft, Mission Impossible III, and other popular Java games are listed here. The entire Java Backend Developer Course is 500 hours of training. It will take only 4-6 months, based on the time you dedicate to the learning. Frameworks and libraries such as LibGDX and OpenGL are frequently used by game developers.
Applications for desktop computers
Java is used to develop a desktop application's graphical user interface. Using Java Frameworks, it is simple to create GUI apps. Swing, AWT, JavaFX, Griffon, and many more are examples. If you want to develop a desktop application, Java is an excellent solution.
IoT Application
The Internet of Things is a network-based technology for connecting and talking with things. IoT may be found in practically any tiny item, including health equipment, cellphones, wearables, smart lights, TVs, and so on. While several programming languages are available for designing IoT applications, Java provides developers with an unrivaled edge. Java is a choice among IoT programmers due to its flexibility, security, and versatility. Attend free demo session for Java Backend Course.
Cloud-Based Applications
A cloud application is a service that allows users to access IT resources on demand over the internet. A cloud-based application provides service at a low cost. Java Backend Course is an excellent way to advance your profession. Industries prioritize employing talented graduates. Java offers the framework for creating cloud-based applications. We may create SaaS (Software as a Service), LaaS (Logging as a Service), and PaaS (Platform as a Service) using Java. Cloud apps are extensively used to transfer data across businesses or to remotely create programs.
Popular Java Back-End Development Libraries
Back-end frameworks make it easier to assemble and create Java programs, particularly for server-side development. Frameworks are important in determining application structure. Some of the most popular Java frameworks for back-end development are listed below.
Java Backend Course - Frameworks
- Spring
The Spring Framework is a powerful and adaptable backend framework. It is made up of many modules that give programmers with a variety of application capabilities. This framework employs the ideas of Dependency Injection and Inversion of Control to setup application components in loose couplings, allowing the application to respond with greater flexibility.
Spring also includes a data access framework that alleviates many of the issues associated with working with application databases, such as:
Management of resources and unwrapping
Handling of exceptions
Participation in transactions
Unfortunately, because Spring is such a powerful framework with so many possibilities, there is a high learning curve. The framework's complexity and abundance of choices can be perplexing, especially for young engineers.
- Struts
Apache Struts' purpose is to simplify web development by minimizing XML setup and giving conventions instead of settings. Strut employs the Model-View-Controller (MVC) design pattern to create simple, easy-to-implement designs.
The three components of this design each play an important part in ensuring that applications execute smoothly:
The application relies on model components to exist in a remote database.
Views are used to manage user interactions.
Controllers are used to implement rules based on user input.
Because there is no business-specific processing inside the presentation or view of the webpage when using this paradigm, this Java backend framework is easy for novices to use.
- Hibernate
Hibernate is another prominent Java backend framework that provides an abstraction layer for dealing with your database, from creating connections to implementing CRUD tasks. It should be noted that Hibernate is not intended to solve many of the problems associated with Java Database Connectivity (JDBC) and is not a totally independent framework. However, JDBC is more easier to use due to its capability for object-level relationships and abstraction layer.