Java Software Engineer | Garmin Labs

As a Java Software Engineer at Garmin Labs, your primary responsibilities include developing software solutions, collaboratively working within a team environment, and following Garmin’s coding standards. You'll be responsible for designing new functionalities, engaging in code reviews, and utilizing various development tools to ensure smooth operation throughout the software development process.

Candidates for the Java Software Engineer role at Garmin Labs should hold a BSc in Computer Science or a related field and possess at least 5 years of relevant work experience. Additionally, a strong knowledge of Java SE 8 or newer, web services (REST APIs), OOP principles, and development tools is essential for success in this role.

Garmin Labs fosters collaboration by encouraging team interaction, participation in technical discussions, and code reviews. The work environment supports an open exchange of ideas to ensure that every team member can contribute to innovative solutions and collectively tackle complex technical challenges.

Garmin offers a comprehensive benefits package for Java Software Engineers, which includes 24 days of paid vacation, health package subscriptions, financial support for sports activities, local and global career development programs, and a loyalty bonus among other perks. These benefits aim to enhance your work-life balance and overall well-being.

Yes! The Java Software Engineer role at Garmin Labs strikes a balance between hybrid and remote work, allowing you the flexibility to work from home while still being engaged in-person with your colleagues. This arrangement is perfect for those new to remote work, as it helps you transition smoothly while remaining a vital part of the team!

When answering this question, focus on specific features of Java SE 8 you're familiar with, such as Lambda expressions, the Stream API, and new date and time libraries. Provide examples of how you've applied these features in previous projects, demonstrating their impact on improving code efficiency and readability.

In your answer, discuss various design patterns you've used, such as Singleton, Factory, or Observer patterns. Explain the situations where you applied these patterns and describe the benefits they brought in terms of code organization and maintainability in your projects.

Describe how you promote effective collaboration within your team, such as engaging in regular stand-up meetings, utilizing version control systems, and participating in code reviews. Emphasize the importance of open communication and active participation to leverage the team's collective skills and ideas.

Discuss your experience with RESTful services, including how you've designed, implemented, or consumed APIs in your projects. Provide insights into any tools or frameworks you've used, like Spring Boot, along with challenges faced and how you overcame them during the integration process.

Share a specific example of a technical challenge, detailing your thought process and the steps you took to identify the root cause. Highlight the solution you implemented, the results it achieved, and what you learned from the experience to improve your skills.

Explain the practices you employ to maintain code quality, such as following coding standards, conducting thorough testing (unit, integration, etc.), and participating in code reviews. Emphasize your commitment to writing clean, maintainable code that adheres to best practices.

Discuss the tools you find most effective for version control (like Git) and deployment (like Jenkins or Docker). Explain your reasons for using these tools, including their features that enhance teamwork, streamline processes, and improve overall productivity.

Share how you keep your skills sharp and up-to-date, such as following relevant blogs, participating in online communities, attending webinars, and engaging in professional development opportunities. Highlight the importance of continuous learning in the ever-evolving tech landscape.

Demonstrate your knowledge of object-oriented programming principles, including encapsulation, inheritance, polymorphism, and abstraction. Give concrete examples of how these principles inform your coding practices and shape your approach to software development.

Articulate your views on mentorship by discussing its importance in fostering growth and knowledge sharing within teams. Share your experiences as both a mentee and mentor and how these roles have influenced your professional development and understanding of best practices.