Java Software Engineer II - ArcGIS Enterprise

As a Java Software Engineer II at Esri, your responsibilities will include building server-side Java components and web services to enhance user experiences and geospatial workflows. You'll be prototyping, designing, and delivering scalable software features that can handle concurrent workloads. Your role will also involve debugging and resolving performance issues while collaborating with other teams to align requirements with software enhancements.

To qualify as a Java Software Engineer II at Esri, you should have at least 2 years of experience in developing middleware software components using core Java and JavaEE technologies. A strong understanding of cloud platforms like AWS and Azure, familiarity with relational databases, and excellent problem-solving skills are also essential. A Bachelor’s degree in a relevant field is required to ensure you have a solid technical foundation.

For the Java Software Engineer II position at Esri, a solid programming background is required, particularly with core Java, Servlets, and JSP. You should also be comfortable with REST and SOAP web services, as well as debugging and profiling tools. Understanding design patterns and having experience navigating large code bases will give you a competitive edge in this role.

At Esri, we prioritize personal and professional growth for all our employees, including those in the Java Software Engineer II role. We offer a competitive total rewards package, which includes opportunities for skill enhancement, industry-leading health benefits, and a supportive environment that fosters learning. You will have the chance to work on cutting-edge technologies, enhancing your expertise in distributed systems and spatial data analytics.

As a Java Software Engineer II at Esri, you can enjoy a comprehensive benefits package that includes medical, dental, and vision insurance, a 401(k) plan, profit-sharing programs, and generous vacation and holiday leave. Additionally, our commitment to diversity and inclusion ensures a workplace where all employees can thrive and contribute positively to our global mission.

In your response, highlight specific projects where you utilized Java, focusing on the complexity and scale of those projects. Discuss how you implemented best practices in software design and any frameworks or tools you used to enhance efficiency. Providing examples will demonstrate your hands-on experience and technical expertise.

Discuss your approach to performance optimization, such as code profiling, load testing, and identifying bottlenecks. Make sure to mention specific tools you have used, like JProfiler or Eclipse Debugger, and showcase any examples where your optimizations led to measurable improvements in application performance.

Share a structured approach to bug fixing that you typically follow, such as isolating the issue, using debugging tools to identify root causes, and validating solutions. Highlight specific examples where this process was effective in past projects, showcasing your analytical and problem-solving abilities.

Explain your knowledge of cloud platforms such as AWS and Azure, referring to particular services like S3 or EC2. Describe how cloud computing impacts software architecture and deployment strategies, especially in relation to building distributed systems that are reliable and scalable.

Discuss the differences between REST and SOAP, including their protocol overhead, payload formats, and use cases. Provide scenarios where you preferred one over the other based on factors like service interactions, data requirements, or team familiarity, showcasing your comprehensive grasp of web service architectures.

Outline your approach to task prioritization, mentioning methods such as Agile methodologies or Kanban boards. Provide an example from your past experience where effective prioritization led to timely project deliveries while maintaining quality standards.

Emphasize the importance of version control in maintaining code integrity, collaboration among team members, and tracking changes over time. Highlight your experience with systems like GIT, detailing how it has facilitated your workflow and improved team dynamics during software development.

Reflect on a specific instance where you identified inefficiencies or obstacles within a software development cycle. Describe the solutions you implemented, the tools or methodologies you applied, and the overall impact on team performance and project outcomes.

Discuss your testing strategies across unit, integration, and system testing. Mention any frameworks or tools you utilize to automate testing and validate that your applications meet business requirements before deployment, reinforcing your commitment to quality assurance in software engineering.

Share your methods for keeping current with industry trends such as subscribing to tech blogs, participating in webinars, or collaborating in developer communities. Highlight how this ongoing learning aids your work as a Java Software Engineer II and enhances your contributions to the team at Esri.