Java Software Engineer

As a Java Software Engineer at Synechron, you will engage in a variety of responsibilities including writing code for proof-of-concepts, leading design and coding efforts, unit testing, and debugging applications. Your role will also involve creating detailed technical specifications and managing the delivery of software projects. Being part of our innovative team, you will help in translating business requirements into functional designs, ultimately building robust Java-based solutions.

To thrive as a Java Software Engineer at Synechron, you'll need a solid background with 7+ years in software development, particularly in Java 11, Spring Boot, and Microservices. Familiarity with both SQL and NoSQL databases is essential, alongside experience with Agile methodologies and UNIX or Linux environments. A passion for learning and adaptability in a fast-paced setting is paramount as well.

The salary range for the Java Software Engineer position at Synechron in Irving, TX, is between $70,000 and $80,000 per year. This competitive base salary is complemented by a comprehensive benefits package that includes paid annual leave, health insurance, and opportunities for professional development.

At Synechron, you'll find a truly diverse and global work culture that emphasizes creativity and team collaboration. We pride ourselves on having a flat organizational structure where your ideas are valued. You'll have the opportunity to work on cutting-edge projects, enjoy a fun-loving atmosphere, and take advantage of extensive training resources to help you grow your skills.

Yes, while not mandatory, having previous banking experience is preferred for the Java Software Engineer role at Synechron. This experience can be beneficial as you work on projects that involve financial institutions and insurance firms, allowing you to draw from your knowledge in developing suitable solutions in this critical sector.

When answering this question, focus on specific projects where you've utilized Java 11 and Spring Boot. Discuss any particular features of Java 11 that you exploited, such as new language enhancements, and highlight how you implemented Spring Boot to streamline application development. Mention your role in these projects and the outcomes achieved.

To demonstrate your approach to code quality, describe your use of coding standards, best practices, and tools like static analysis. Discuss your experience with code reviews and unit testing frameworks. Emphasize that maintaining thorough documentation is also part of ensuring that your code can be easily understood and maintained in the future.

When discussing challenges, talk about specific issues such as network latency, data consistency, and managing dependencies between services. Highlight how you’ve implemented solutions or workarounds, such as utilizing API gateways or adopting event sourcing, which demonstrates your critical thinking and problem-solving skills.

It’s crucial to show your flexibility and adaptability. Talk about your experience with Agile methodologies and how effective communication with stakeholders is vital for pivoting successfully. Discuss how you keep your team informed and focused on delivering high-quality results despite changes in scope.

Select a project that showcases your contributions clearly. Outline the problem, your approach, the technology stack used, and the successful implementation. Be sure to highlight any feedback received from stakeholders and how the project impacted the business process positively.

Discuss various performance tuning techniques such as efficient memory management, using profiling tools, and optimizing algorithms. Share any specific experiences where you improved application performance and the measurable outcomes you achieved from these enhancements.

Discuss your familiarity with both SQL and NoSQL databases. Explain the types of databases you've worked with, highlight your experience writing efficient queries, and touch on any ORM frameworks you've utilized. Share insights into how database choices impacted your project's scope and performance.

Share your proactive approach to learning, such as following industry blogs, participating in webinars, or engaging in online courses. Mention any communities you are part of where you discuss Java innovations and your routine of experimenting with new technologies in your personal projects.

Explain your systematic approach to debugging, such as reproducing issues, using breakpoints, and logging tools. Describe your thought process in isolating issues and confirming fixes. Sharing a real debugging experience can demonstrate your expertise and problem-solving ability.

Discuss your role in Agile teams, such as the ceremonies you've participated in (sprints, retrospectives), and how collaboration leads to more effective solutions. If possible, share outcomes of Agile practices that improved team communication and project success.