Backend Java Springboot Developer

As a Backend Java Spring Boot Developer, your main responsibilities will include designing and developing high-quality software applications using Spring Boot and Java 17, creating and maintaining secure and efficient RESTful APIs, and collaborating with cross-functional teams to define and prioritize project requirements. You'll also participate in code reviews to uphold SOLID principles and conduct unit and integration testing to ensure comprehensive code coverage.

To be considered for the Backend Java Spring Boot Developer position, you should have at least 4 years of experience in backend development with a strong focus on Java and Spring Boot. Familiarity with relational databases such as MySQL, SQL Server, or PostgreSQL is important, and knowledge of NoSQL databases is a plus. Proficiency in RESTful API development, SOLID principles, Agile methodologies, and experience with Docker are also required.

In the Backend Java Spring Boot Developer role, the company employs modern development methodologies, including Agile practices like Scrum and Kanban. This allows for flexibility in project management and fosters a collaborative team environment where everyone is encouraged to share ideas and feedback.

Yes, prior experience with unit and integration testing is required for the Backend Java Spring Boot Developer position. Candidates should be proficient in using testing frameworks like JUnit and Mockito to ensure full code coverage and maintain high-quality software standards.

The company offers a robust benefits package for Backend Java Spring Boot Developers, including a Welcome Kit, flexible work schedules, birthday off, vacations from day one, life insurance, and major medical expense coverage. Additionally, candidates will benefit from a savings fund, support for remote work, AWS certifications, and opportunities for free courses or English classes.

To ensure the security and efficiency of RESTful APIs, I follow industry best practices such as implementing authentication and authorization mechanisms, using HTTPS, and validating all inputs. Additionally, I optimize performance by considering factors like caching strategies, efficient database queries, and limiting the size of payloads.

SOLID is an acronym for five design principles that enhance software maintainability and clarity. I apply these principles by focusing on single responsibility in my classes, ensuring that modifications in one part of the system do not affect others (Open/Closed Principle), and utilizing dependency injection for better code flexibility and testing.

I have extensive experience with Docker, having utilized it for creating containerized applications that help streamline deployment processes. I understand how to write Dockerfiles, manage images, and orchestrate containers to ensure smooth integration across different environments.

I stay updated on new developments in Java and Spring Boot by regularly attending webinars and tech conferences, following influential tech blogs, and participating in community forums. Additionally, I take online courses to acquire new skills and deepen my understanding of advanced topics.

In my experience working in Agile environments, I’ve thrived in collaborative settings that emphasize adaptive planning and continuous improvement. I’ve participated in daily stand-ups, sprint retrospectives, and have taken on roles within Scrum teams, contributing to better product delivery and team alignment.

When debugging complex issues, I first reproduce the issue in a controlled environment to understand its behavior. I then use logging and breakpoints to identify where the code may be failing and systematically test hypotheses until the root cause is uncovered. Clear documentation of the debugging process also helps avoid future issues.

When managing multiple projects, I prioritize tasks based on deadlines, project impact, and available resources. Using project management tools, I break down tasks into manageable steps and regularly consult with team members to adjust priorities as needed to meet our goals.

Certainly! I worked on a complex e-commerce platform using Java Spring Boot where I was responsible for developing microservices for the payment and inventory systems. This involved designing RESTful APIs and ensuring seamless integration with front-end applications while maintaining high security and performance.

I have significant experience using JUnit for unit testing Java applications, ensuring each module is functioning correctly. I also use Mockito for mocking dependencies during testing, which allows for isolated unit tests that help maintain code quality and efficiency throughout the development lifecycle.

Continuous learning is crucial in software development as technology evolves rapidly. Staying updated allows developers to adopt best practices, enhance their skills, and leverage new tools and frameworks that can improve productivity and deliver innovative solutions, ultimately benefiting both the company and its clients.