The VMware Certified Professional, VCP Application Modernization Develop credential validates your ability to design and develop modern applications using VMware Spring technologies. Exam 2V0-72.22 (Professional Develop VMware Spring) tests hands-on knowledge across core framework concepts, data persistence, web development, testing practices, security implementation, and cloud-native deployment patterns. This page provides a structured study roadmap covering all exam domains, question formats, and preparation strategies to help you approach the certification with confidence.
Use this topic map to guide your study for VMware 2V0-72.22 (Professional Develop VMware Spring) within the VMware Certified Professional, VCP Application Modernization Develop path.
The exam measures both theoretical knowledge and practical problem-solving ability through a mix of question types that reflect real development scenarios.
Questions progress in difficulty and emphasize practical application, requiring you to connect multiple concepts and justify design choices.
An effective study plan distributes learning across all six domains while building depth through practice and hands-on coding. Allocate study time proportionally to topic weight and your current skill gaps.
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Spring Core, Spring MVC, and Spring Boot typically account for a larger portion of the exam, as they form the foundation of modern application development. However, all six domains are tested, so balanced preparation across Data Management, Testing, and Security is essential to avoid weak spots.
A typical workflow starts with Spring Core for dependency injection and configuration, moves to Spring MVC or Boot for request handling, uses Data Management for database operations, applies Testing and Security throughout, and deploys with Boot's production features. Understanding these connections helps you design cohesive applications and answer scenario-based questions effectively.
Hands-on coding is critical; the exam expects practical knowledge, not just theory. Prioritize labs that build a complete REST API with Spring Boot, implement Spring Security for authentication and authorization, write unit and integration tests, and configure data access with Spring Data. Real coding experience reduces guessing and builds confidence.
Candidates often overlook transaction management in Data Management, confuse Spring MVC annotations with Spring Boot conventions, and underestimate the breadth of Spring Security topics. Another frequent error is not reading scenario questions carefully; re-read requirements before selecting an answer, as distractors often reflect partially correct but incomplete solutions.
In the final week, focus 60% of your time on weak domains identified in practice tests, 30% on high-impact topics like Spring Boot and Security, and 10% on a final timed mock exam. Avoid learning new material; instead, review concept summaries, re-examine difficult practice questions, and ensure you can explain key decisions quickly.
Which two statements are true regarding Spring Boot Testing? (Choose two.)
Which two statements are true regarding bean creation? (Choose two.)
https://howtodoinjava.com/spring-core/spring-beans-autowiring-concepts/
What are the two reasons Spring be used to build a Java application? (Choose two.)
B . Spring provides a Dependency Injection container. True. One of the core features of Spring is its powerful Dependency Injection (DI) container, which helps manage the lifecycle and dependencies of the application's components. E. Spring provides abstractions over infrastructure such as persistence and messaging. True. Spring provides a range of abstractions over various infrastructure concerns, such as persistence (with Spring Data and JPA), messaging (with Spring JMS and Spring AMQP), transaction management, and more. These abstractions simplify and unify the way developers interact with these systems.
Refer to the exhibit.
AppConfig is a Java configuration class. Which two statements are true? (Choose two.)
Refer to the exhibit.
What is the id/name of the declared bean in this Java configuration class? (Choose the best answer.)
This is true because the id/name of a bean declared by the @Bean annotation is derived from the name of the method that returns the bean. In this case, the method name is clientService, so the bean name will be clientService as well. By default, Spring uses a lower-case first letter for bean names, unless explicitly specified otherwise by using the name attribute of the @Bean annotation. For example, we can use @Bean(name = ''ClientService'') to change the bean name to ClientService (starting with uppercase ''C'').
