Top 10 Critical Spring Boot Interview Questions and Answers [For Beginners & Experienced]

Latest Update:

According to the latest Statista report, India’s Software market is projected to reach USD 10.66 billion by 2025, with Enterprise Software leading the segments at an estimated USD 4.58 billion in revenue.

Spring Boot interview questions are a must-know for any Java developer aiming to stay competitive in today’s tech landscape. Whether you're preparing for entry-level positions or senior roles, mastering Spring Boot is essential. As a powerful, open-source, Java-based framework, Spring Boot simplifies the development of stand-alone, production-grade applications with minimal configuration.
This article covers a comprehensive list of Spring Boot interview questions, including commonly asked questions for freshers, experienced professionals, and especially for Java developers with 7 years of experience. 

Boost your career by mastering cutting-edge technology! Enroll in Artificial Intelligence & Machine Learning Courses and stay ahead in the evolving tech industry.

Basic Spring Boot Interview Questions And Answers

If you're just starting out with Spring Boot or preparing for your first few interviews, this section is for you. These basic Spring Boot interview questions and answers cover the fundamental concepts that every Java developer should know. 

Take your skills to the next level with industry-leading AI and Machine Learning programs:

• PG Diploma in Machine Learning & AI - IIIT Bangalore
• PG Certification in Machine Learning & Deep Learning - IIIT Bangalore
• Master of Science in AI & Data Science - Jindal Global University

From understanding what Spring Boot is to exploring its core features, you'll get a solid grasp of the essentials. This is a great way to build your confidence before moving on to more advanced topics.

Explore our Popular Software Engineering Courses

1. What is Spring Boot, and how is it different from Spring?

Answer:
Spring Boot is a module built on top of the Spring Framework that simplifies application development by eliminating the need for boilerplate code and extensive configurations. It enables developers to create stand-alone, production-ready applications quickly and efficiently, making it especially suited for microservices architecture.

How to Approach the Question:
Focus on differentiating Spring and Spring Boot in terms of complexity, setup, and use cases. Use tabular or comparative formats to enhance clarity.

Why This Answer Works:
This response offers a clear contrast between the two frameworks using structured points, helping the interviewer quickly grasp the key differences. The mention of microservices aligns well with current industry trends.

Also Read: Spring vs Spring Boot: Understanding the Difference Between Spring and Spring Boot

2. What is the need for Spring Boot?

Answer:
Spring Boot addresses the complexities of the traditional Spring framework by offering a faster, more efficient development environment. Its pre-configured templates, auto-configuration capabilities, and opinionated approach streamline the process of building Spring applications, particularly microservices.

Key Advantages of Spring Boot:

• Reduces development and testing time.
• Replaces XML with JavaConfig.
• Offers an opinionated setup for faster development.
• Provides starter templates for quick project setup.
• Comes with embedded servers—no need for external servers like Tomcat or GlassFish.

How to Approach the Question:
Highlight the challenges of traditional Spring and how Spring Boot simplifies them. Emphasize real-world developer benefits such as reduced setup and increased productivity.

Why This Answer Works:
The answer addresses the 'why' clearly and concisely. It connects technical features with practical advantages, showcasing the value Spring Boot brings to Java development.

3. Can you name and briefly explain all the Spring Boot components/features?

Answer:
Yes, Spring Boot includes several key features that enhance productivity and simplify Java development:

1. Starter Dependency
   Predefined templates that bundle commonly used dependencies for specific tasks (e.g., spring-boot-starter-web, spring-boot-starter-data-jpa).
2. Auto-Configuration
   Automatically configures Spring applications based on the libraries present in the classpath (e.g., detects Thymeleaf and sets it up accordingly).
3. Spring Initializr
   A web-based tool that helps bootstrap new Spring Boot projects with selected dependencies and configurations.
4. Spring Actuator
   Adds production-ready features like monitoring, health checks, and metrics (e.g., /health, /beans endpoints).
5. Spring CLI
   Allows developers to write applications in Groovy for more concise code and rapid prototyping.

How to Approach the Question:
List each core component with a one-line definition and an example where possible. Relate features to real-world use cases, especially in microservices.

Why This Answer Works:
It shows both breadth and depth of understanding. The concise format helps interviewers assess the candidate’s practical familiarity with Spring Boot features.

4. What is Thymeleaf in Spring Boot?

Answer:
Thymeleaf is a Java-based server-side template engine integrated with Spring Boot. It enables the creation of clean, natural-looking HTML templates that can be used for web applications. It’s widely used for rendering dynamic content in Spring MVC applications.

How to Approach the Question:
Define the tool, mention its purpose, and briefly relate it to Spring Boot. Be sure to note its role in dynamic content rendering.

Why This Answer Works:
It delivers a straightforward explanation and aligns with the use of Spring Boot in web development. The answer is appropriate for developers across experience levels.

Also Read: Top Spring Boot Features for Java Developers

5. What embedded containers are supported by Spring Boot?

Answer:
Spring Boot supports three main embedded containers that eliminate the need for external web servers:

• Tomcat – Default embedded container.
• Jetty – Lightweight and flexible.
• Undertow – High-performance and non-blocking server.

How to Approach the Question:
List the containers by name and include a short description of each. Emphasize the role of embedded servers in simplifying deployment.

Why This Answer Works:
It directly addresses the question and provides just enough context to demonstrate understanding without overcomplicating the response.

Check out: Full Stack Interview Questions & Answers

In-Demand Software Development Skills

Explore Our Software Development Free Courses

Technical Spring Boot Interview Questions And Answers

This section focuses on the technical Spring Boot interview questions and answers that are commonly asked in real-world job interviews. These questions dive deeper into the framework’s architecture, annotations, and configuration mechanisms.

1. What do you understand by the shutdown in the actuator?

Answer:
In Spring Boot, the shutdown endpoint is part of the Spring Boot Actuator module, which provides production-ready features for monitoring and managing applications. This specific endpoint allows the application to be gracefully shut down at runtime through an HTTP call. However, for security reasons, it is disabled by default. Developers can enable it explicitly by setting the following property in the application.properties file:

properties

management.endpoint.shutdown.enabled=true

How to Approach the Question:
Begin by referencing the Spring Boot Actuator's role in application management. Then zero in on the shutdown endpoint—its function, security configuration, and how to activate it.

Why This Answer Works:
This answer showcases practical knowledge of Spring Boot's operational capabilities. It reflects an understanding of production readiness, security defaults, and configurable behaviors, which are crucial for enterprise-level applications.

Looking to level up your tech or business knowledge? Explore a wide range of free courses on upGrad—from Data Science and Java to Management and Marketing. Learn at your own pace with industry-relevant content designed by top experts.

 Start Learning for Free Now

2. How and where can you define properties in Spring Boot?

Answer:
In Spring Boot, application-level configuration properties are typically defined in the application.properties or application.yml file. These files reside in the src/main/resources directory and are automatically detected during application startup. You can define various configuration settings such as server ports, database connections, logging levels, and more.

Example:

How to Approach the Question:
Clarify the purpose of configuration in Spring Boot, then mention the primary files used for this task. Provide concrete examples to illustrate how different properties are defined.

Why This Answer Works:
This response reflects both theoretical and hands-on understanding of Spring Boot's convention-over-configuration philosophy. It highlights real-world implementation by showing where and how the properties are applied.

3. Describe spring-boot-starter-parent.

Answer:
 spring-boot-starter-parent is a special starter project in Spring Boot that simplifies dependency management and provides a default Maven configuration. It acts as a parent project in Maven and includes default settings such as Java version, plugin configurations, and dependency versions, thereby promoting consistency across Spring Boot applications.

Developers can inherit from it in their pom.xml:

How to Approach the Question:
Begin by explaining what a Maven parent project is, then connect this to the purpose and benefits of using spring-boot-starter-parent.

Why This Answer Works:
The answer demonstrates familiarity with Maven fundamentals and how Spring Boot leverages them for ease of development. It shows a clear understanding of version control, inheritance, and project structure best practices.

4. What is Spring Boot dependency management?

Answer:
Spring Boot's dependency management system streamlines handling of external libraries by automatically managing their versions. When using Spring Boot starters (like spring-boot-starter-web), the associated dependencies come pre-configured with compatible versions. This reduces version conflicts and simplifies configuration.

For example, including this starter:

...will automatically bring in Spring MVC, Jackson, validation libraries, and Tomcat with versions tested to work together.

How to Approach the Question:
Explain the core concept of dependency management, then contextualize it within Spring Boot. Include examples to illustrate practical implications.

Why This Answer Works:
This highlights how Spring Boot enhances developer productivity by abstracting complex dependency resolution. It connects technical configuration to real-world outcomes such as reduced setup time and fewer errors.

5. Can you disable particular auto-configuration in Spring Boot? Explain how.

Answer:
Yes, Spring Boot allows developers to selectively disable specific auto-configurations. This can be achieved in two main ways:

1. Using @EnableAutoConfiguration with an exclude attribute:

1. Using @SpringBootApplication with an exclude attribute:

These exclusions are useful when default configurations conflict with custom settings or are unnecessary for a particular application.

How to Approach the Question:
Start with a short definition of auto-configuration, then describe the use cases for exclusion. Back it up with code samples.

Why This Answer Works:
It proves that the candidate understands how to override Spring Boot's default behaviors thoughtfully. The ability to customize behavior is crucial in enterprise scenarios, and this answer reflects that flexibility.

6. Can Spring Boot also be used to create non-web applications?

Answer:
Yes, Spring Boot can be used to build both web and non-web applications. By excluding web-related dependencies from the classpath, Spring Boot defaults to creating a non-web application.

To implement a non-web application:

• Do not include web starters such as spring-boot-starter-web.
• Define a main() method using SpringApplication.run().

Example:

How to Approach the Question:
Clarify the distinction between web and non-web apps in Spring Boot, then explain the configuration changes required to target a non-web context.

Why This Answer Works:
It illustrates Spring Boot's versatility and the developer's ability to tailor the framework to different use cases, such as CLI tools, batch jobs, or backend services.

Also Read: Javascript Interview Questions

7. What are the primary dependencies of Spring Boot?

Answer:
Spring Boot leverages a range of starter dependencies to simplify project setup. Some of the most commonly used dependencies include:

• spring-boot-starter-parent – Sets up a default Maven configuration.
• spring-boot-starter-web – Supports building RESTful web applications using Spring MVC.
• spring-boot-starter-security – Provides default security configurations.
• spring-boot-starter-test – Bundles libraries like JUnit, Mockito, and Hamcrest for testing.
• spring-boot-starter-actuator – Adds production-ready features such as health checks and metrics.
• spring-boot-maven-plugin – Facilitates packaging and running the Spring Boot application.

How to Approach the Question:
List the key starters while briefly describing their purpose. Organize the response for clarity and include real-world relevance where possible.

Why This Answer Works:
This comprehensive list demonstrates an understanding of modular Spring Boot development. It shows that the candidate is familiar with core tools and their practical benefits during different stages of the software lifecycle.

8. What is the default port of Tomcat in Spring Boot?

Answer:
By default, Spring Boot uses the embedded Apache Tomcat server, which listens on port 8080. This can be changed by configuring the server.port property in the application.properties or application.yml file:

properties

server.port=9090

How to Approach the Question:
Start by identifying the embedded server Spring Boot uses, then state the default port, and follow up with how to override it using configuration files.

Why This Answer Works:
It demonstrates awareness of Spring Boot’s embedded server functionality and shows how easily configuration can be tailored, reflecting readiness for real-world deployment scenarios.

9. How to enable Actuator in Spring Boot?

Answer:
To enable Actuator in Spring Boot, add the following dependency to your pom.xml:

Once added, Actuator exposes various endpoints for monitoring and managing the application. You can control which endpoints are enabled and accessible using application.properties:

How to Approach the Question:
Break it down into two parts: first how to include the dependency, and second how to configure exposure and access via properties.

Why This Answer Works:
It reflects a thorough understanding of application monitoring and lifecycle management, which are critical for observability in production systems.

10. What are the different Spring Boot actuator endpoints?

Answer:
Spring Boot Actuator provides several built-in endpoints that offer insight into the application's internals:

• /actuator/health – Displays application health status.
• /actuator/info – Displays custom application info.
• /actuator/metrics – Exposes metrics like memory, CPU, HTTP stats.
• /actuator/env – Shows environment properties.
• /actuator/beans – Lists all Spring Beans in the context.
• /actuator/mappings – Displays URL mappings.

To control which endpoints are exposed:

How to Approach the Question:
List the common endpoints first, followed by how they help in application management. Mention how exposure is configured securely.

Why This Answer Works:
The answer covers both technical details and practical implications. It positions Actuator as a key element in DevOps practices.

11. What is the use of application.properties in Spring Boot?

Answer:
 application.properties is a central configuration file in Spring Boot used to define key-value pairs that control application behavior. It allows developers to configure:

• Server settings (server.port=8081)
• Database details (spring.datasource.url)
• Logging levels (logging.level.root)
• Actuator settings and more.

This file is located in the src/main/resources directory and is automatically loaded at startup.

How to Approach the Question:
Begin with the purpose of the file, mention where it is located, and describe what kind of configurations it handles. Use examples to clarify.

Why This Answer Works:
It shows knowledge of configuration management and how Spring Boot encourages convention over complex setups, which simplifies deployment and maintenance.

12. What is the difference between Spring Boot and Spring?

Answer:

• Spring is a comprehensive framework for building Java applications, requiring manual configuration for setup, dependencies, and application context.
• Spring Boot is built on top of Spring and simplifies application development by providing:
  • Auto-configuration
  • Embedded servers
  • Starter dependencies
  • Production-ready features like Actuator

Essentially, Spring Boot reduces boilerplate code and enables faster development.

How to Approach the Question:
Structure the answer as a comparison. Define both individually, then highlight how Spring Boot enhances Spring.

Why This Answer Works:
This showcases conceptual clarity and practical insights, especially valuable for roles involving microservices or rapid development.

13. What is the use of @SpringBootApplication annotation?

Answer:
 @SpringBootApplication is a convenience annotation that combines three Spring annotations:

• @Configuration – Indicates that the class has @Bean definitions.
• @EnableAutoConfiguration – Enables Spring Boot's auto-configuration mechanism.
• @ComponentScan – Scans the package and its sub-packages for Spring components.

This annotation is typically placed on the main class to bootstrap the application.

How to Approach the Question:
Explain it as a meta-annotation and break down each constituent part. Describe its role in application startup.

Why This Answer Works:
The answer demonstrates deep framework knowledge and reflects understanding of Spring’s component model and how Spring Boot streamlines it.

14. Can we change the port of the embedded Tomcat server in Spring Boot?

Answer:
Yes, the embedded Tomcat server's port can be changed by setting the server.port property in the application.properties file:

properties

CopyEdit

server.port=9090

Alternatively, it can be configured programmatically using Java Config:

How to Approach the Question:
Mention both the declarative (properties file) and programmatic (Java-based) configuration methods.

Why This Answer Works:
This exhibits both configuration versatility and a practical mindset—crucial traits when adapting applications for different deployment environments.

Take a look at the table below to see the major categories and where each annotation in Java Spring Boot fits. 

Read our Popular Articles related to Software

Spring Boot Advanced Interview Questions

The following list contains some of the advanced Spring Boot interview questions for 10 years experience. It includes both Spring Boot interview questions for 5 years experience as well as Spring Boot interview questions for 7 years experience. 

Here are some top Spring Boot interview questions for 10 years experience:

1. How can you check the environment properties in a Spring Boot application?

Answer:
Spring Boot facilitates environment-specific configurations through its built-in support for profiles. To achieve this, create an application-{profile}.properties file within the src/main/resources directory and specify the profile name (e.g., dev, test, prod) using the spring.profiles.active property. Spring Boot automatically loads the corresponding configuration based on the active profile during runtime.

How to Approach the Question:
Begin by describing how Spring Boot handles environment-specific settings and the importance of profiles. Explain the role of the application.properties or application.yml file, and how Spring automatically binds them based on the active profile.

Why This Answer Works:
It demonstrates an understanding of one of Spring Boot's core configuration mechanisms—profiles and environment management—frequently used in real-world deployment scenarios. It also reflects knowledge of the Spring Boot project structure and runtime behavior.

2. What do we mean by an IOC container?

Answer:
An IOC (Inversion of Control) container in Spring refers to the framework responsible for automating the process of dependency injection. It creates, manages, and injects the required beans during the application lifecycle. Instead of manually instantiating objects, developers rely on the IOC container to resolve and manage dependencies dynamically at runtime, ensuring loose coupling and improved testability.

How to Approach the Question:
Define what IOC is, then explain the container’s function in managing object lifecycles and injecting dependencies. Mention how it promotes decoupling and simplifies application design.

Why This Answer Works:
The response covers both conceptual and operational aspects of the IOC container, aligning well with enterprise-level expectations. It highlights benefits and usage, making it a practical and informative answer.

3. Can you please explain Spring Boot Dependency Management?

Answer:
Spring Boot simplifies dependency management by providing curated sets of dependencies known as "starters." When using Maven or Gradle, developers can import a parent starter (spring-boot-starter-parent), which pre-defines dependency versions. This reduces conflicts and ensures compatibility. When you upgrade Spring Boot, it automatically aligns all transitive dependency versions accordingly.

How to Approach the Question:
Start with the concept of starters and the parent POM. Elaborate on the advantages of centralized version control and reduced manual configuration.

Why This Answer Works:
It addresses a key aspect of Spring Boot’s appeal—streamlined dependency management—and reflects practical experience with Maven/Gradle configuration in production-grade projects.

4. How can you create a login page in Spring Boot?

Answer:
To build a login page in Spring Boot, integrate Spring Security by adding the spring-boot-starter-security dependency. By default, Spring Security secures all HTTP endpoints and provides a basic login form. Developers can customize the login page, user credentials, and access rules through the security configuration class.

How to Approach the Question:
Mention Spring Security, the default behavior it offers, and how to override it for customization. Touch on the use of UserDetailsService and in-memory or database-backed authentication.

Why This Answer Works:
The answer reflects knowledge of secure application development—a critical enterprise requirement—and provides a high-level view of how authentication flows in Spring Boot.

5. What is the procedure for creating a non-web application in Spring Boot?

Answer:
To create a non-web (standalone) Spring Boot application, implement the CommandLineRunner or ApplicationRunner interface. This allows execution of custom logic after the application context has been initialized. These interfaces are ideal for batch jobs, scheduled tasks, or CLI tools.

How to Approach the Question:
Explain the lifecycle of a Spring Boot app and introduce the runner interfaces. Describe how they fit into non-web scenarios.

Why This Answer Works:
It offers a concise and effective way to build CLI applications or background processes using Spring Boot, showcasing adaptability beyond web services.

6. How does Spring Boot deal with exception logging and error handling?

Answer:
Spring Boot provides built-in error handling with customizable error pages for unhandled exceptions. To implement global exception handling, you can use @ControllerAdvice combined with @ExceptionHandler to define centralized error responses. Additionally, logging can be fine-tuned via configuration in application.properties or through Logback/Log4j2 XML files.

How to Approach the Question:
Start with the default behavior, then explain customization via annotations and external logging configurations.

Why This Answer Works:
The answer shows in-depth knowledge of both operational observability and maintainability—key areas in production environments.

Learn more about Spring Boot and its use in Java with upGrad’s free Core Java Basics course today!

7. Can we create a Spring Boot application without a web server?

Answer:
Yes, a Spring Boot application can be created without an embedded web server by excluding the default web starter (e.g., spring-boot-starter-web) or setting the application type to NONE using SpringApplication.setWebApplicationType(WebApplicationType.NONE). This is particularly useful for command-line tools, microservices consumers, or background batch processors.

How to Approach the Question:
Emphasize Spring Boot’s flexibility beyond web contexts. Highlight the use of command-line runners and configuration control via the SpringApplication API.

Why This Answer Works:
This illustrates practical knowledge of Spring Boot’s modular architecture and aligns with microservices or headless backend use cases in enterprise environments.

8. What is the use of @RestController annotation in Spring Boot?

Answer:
 @RestController is a specialized version of @Controller in Spring Boot that combines @Controller and @ResponseBody. It simplifies RESTful API development by returning Java objects as JSON/XML responses directly, without the need for view resolution.

How to Approach the Question:
Describe its purpose, its relation to @Controller, and typical REST use cases. Mention how it enables stateless service design.

Why This Answer Works:
REST APIs are foundational in modern applications, and this answer communicates an understanding of RESTful design principles and Spring Boot’s convenience annotations.

9. How does Spring Boot auto-configuration work?

Answer:
Spring Boot uses the @EnableAutoConfiguration annotation (often implicitly included in @SpringBootApplication) to auto-configure beans based on classpath settings, property configurations, and defined beans. It leverages spring.factories files under the hood to scan and load eligible configurations dynamically at startup.

How to Approach the Question:
Define auto-configuration and link it to classpath scanning. Mention its conditional nature through annotations like @ConditionalOnClass or @ConditionalOnMissingBean.

Why This Answer Works:
It demonstrates deep understanding of Spring Boot’s runtime behavior and flexibility, making it suitable for dynamic, plug-and-play development.

10. What is the difference between @SpringBootApplication and @EnableAutoConfiguration?

Answer:
 @SpringBootApplication is a convenience annotation that aggregates three key annotations: @Configuration, @ComponentScan, and @EnableAutoConfiguration. In contrast, @EnableAutoConfiguration solely handles the auto-configuration of beans based on classpath analysis and configuration properties.

How to Approach the Question:
Break down the composite nature of @SpringBootApplication. Clarify the individual roles and when they might be used separately.

Why This Answer Works:
Understanding these annotations and their implications is critical for fine-tuning Spring Boot behavior and customizing the bootstrap process in large-scale applications.

11. What is the difference between @Controller and @RestController?

Answer:
 @Controller is used to handle web requests and typically returns view templates (e.g., Thymeleaf, JSP). @RestController, on the other hand, returns the response body directly (usually JSON or XML), eliminating the need for @ResponseBody on each method.

How to Approach the Question:
Explain the intent and output behavior of both annotations. Include scenarios where each is preferred—UI-based applications vs. REST APIs.

Why This Answer Works:
This distinction is fundamental in full-stack and backend development, and the explanation reflects architectural clarity and correct annotation usage.

12. How do you configure a custom port in Spring Boot?

Answer:
To configure a custom port in Spring Boot, define the property server.port=<desired-port> in the application.properties or application.yml file. This overrides the default embedded server port (8080).

How to Approach the Question:
Mention how Spring Boot abstracts embedded server configuration and how it can be modified at runtime via external configuration.

Why This Answer Works:
This is a common requirement in multi-service systems. The answer is concise and demonstrates familiarity with runtime customization and environment-specific setups.

13. What is the role of Spring Boot DevTools?

Answer:
Spring Boot DevTools enhances developer productivity by enabling automatic restarts, live reloads, and runtime property overrides. It also disables caching for static resources, allowing immediate feedback during development without requiring manual redeployment.

How to Approach the Question:
Focus on development lifecycle improvements and mention how it integrates with IDEs and browsers (e.g., LiveReload).

Why This Answer Works:
It aligns with real-world developer workflows and demonstrates awareness of tools that streamline development and testing.

14. How can we implement logging in Spring Boot?

Answer:
Spring Boot uses Commons Logging for internal logging and supports popular logging frameworks like Logback, Log4j2, and Java Util Logging. You can configure logging via application.properties or custom configuration files (e.g., logback-spring.xml). Logging levels can be fine-tuned using properties like logging.level.org.springframework=DEBUG.

How to Approach the Question:
Mention default logging mechanisms and how to override them. Describe both declarative (via config) and programmatic (via Logger API) logging options.

Why This Answer Works:
Effective logging is crucial for debugging and monitoring. This answer shows practical knowledge of observability and operational transparency in Spring Boot applications.

Want to build a strong foundation in Java and ace every Java Spring Boot interview question with confidence? Enroll in upGrad’s Core Java courses and gain hands-on experience through real-world projects, expert mentorship, and industry-recognized certification.

How upGrad Can Help You Crack Spring Boot Interviews and Land Your Dream Job

upGrad’s industry-relevant courses are designed to help you confidently tackle Spring Boot interview questions, including those commonly asked in Java Spring Boot interviews for both beginners and experienced developers. Whether you're preparing for Spring Boot interview questions for experienced roles or just getting started, upGrad equips you with the skills, mentorship, and certification to boost your job readiness.

Top upGrad Courses to Master Spring Boot and Ace Java Interviews

If you're preparing for Spring Boot interview questions or aiming to advance your career as a Java developer, upGrad offers a variety of high-impact programs to help you level up. These courses are tailored for both beginners and experienced professionals, focusing on real-world applications, project-based learning, and job readiness.

Here are some of the most popular upGrad software engineering and cloud programs to strengthen your Spring Boot knowledge:

• Cloud Computing and DevOps Program by IIIT Bangalore (Executive)
• Professional Certificate Program in Cloud Computing and DevOps
• Master the Cloud and Lead as an Expert Cloud Engineer

These programs not only help you gain in-depth expertise in Spring Boot, DevOps, and cloud technologies but also prepare you to confidently answer the most frequently asked Java Spring Boot interview questions, including those tailored for experienced candidates.

With personalized career counseling, expert mentorship, and access to upGrad’s offline Career Centers, you’ll have all the tools needed to crack Spring Boot interview questions and land your dream job in tech.

Read our Popular Articles related to Software

• Types of Inheritance in C++ What Should You Know?
• Why Learn to Code? How Learn to Code?
• How to Install Specific Version of NPM Package?