NAMS2 - Software Engineer - job 1 of 2

To be considered for the NAMS2 - Software Engineer role at Crown, a Bachelor's or Master's degree in Engineering, Data Science, Human Factors Engineering, Computer Science, or a related field is required. Candidates should have a minimum of 5+ years of relevant experience, particularly in JavaScript and Java. Furthermore, expertise in software architecture, object-oriented design, and unit testing is essential.

As a NAMS2 - Software Engineer at Crown, your primary responsibilities will include developing advanced air mobility applications and micro-services software based on user requirements. You will also improve software through user feedback from integration tests and deployment tasks for collaborative demonstrations. Tracking development tasks via Atlassian tools and ensuring comprehensive documentation for JIRA issues will be part of your daily activities.

In the NAMS2 - Software Engineer position at Crown, you will work with the Atlassian tools suite, which includes Confluence, JIRA, and Bitbucket for task management and team collaboration. Additionally, you will employ DevSecOps automation tools for software configuration, building, deployment, and auditing, solidifying your expertise in modern software development practices.

For the NAMS2 - Software Engineer role at Crown, proficiency in JavaScript and Java is mandatory. Strong candidates will also benefit from familiarity with additional programming languages such as GoLang, Python, and React, as well as experience with cloud computing platforms like AWS.

The NAMS2 - Software Engineer position at Crown plays a crucial role in enhancing aviation safety by developing software solutions that meet rigorous advanced air mobility standards. Your work will directly contribute to the safety and efficiency of aerial transportation, impacting millions by advancing the technologies that support this growing industry.

When preparing to discuss your experience with JavaScript and Java, focus on specific projects where you utilized these languages. Be clear about your role, the technologies you worked with, and the impact of your contributions. Highlight your coding standards and any frameworks or libraries you have employed.

When answering this question, illustrate your systematic approach to debugging by describing the tools and techniques you use, such as logging, step-through debugging, or using performance profilers. Provide an example of a challenging bug you resolved and discuss the outcome.

In your response, highlight your familiarity with task management tools like JIRA and how you prioritize tasks based on project requirements and deadlines. Emphasize any agile methodologies you adhere to and provide examples of how you've managed competing priorities effectively.

Provide a summary of how you've applied Agile methodologies in previous roles, including your experience with sprints, backlogs, and team collaboration. Mention any specific Agile frameworks you are familiar with, such as Scrum or Kanban, and how they have influenced your workflow.

When answering this question, briefly describe a successful project where you led or significantly contributed to its software architecture. Highlight your design choices, any challenges faced, and how your solutions improved the overall software performance or usability.

Illustrate the importance of version control systems, emphasizing your experience with Git. Discuss how you manage branches, handle merge conflicts, and use version control in collaboration with team members to ensure smooth and coordinated efforts on codebase changes.

Share your approach to gathering and integrating user feedback, emphasizing your experience using feedback from tests and demonstrations. Provide an example of how user feedback led to specific software improvements that enhanced user satisfaction and functionality.

In your response, discuss specific projects where you have leveraged AWS services. Highlight how you utilized AWS to support application deployment, storage solutions, or data analysis, and how it contributed to project efficiency and scalability.

Discuss your understanding of DevSecOps and how you've implemented its practices in your previous work. Mention specific tools you have used for automation in building, deploying, and auditing software, and how they enhance security throughout the software development lifecycle.

Demonstrate your commitment to professional development by discussing the resources you leverage, such as online courses, webinars, and tech blogs. Mention specific technologies or methodologies you've recently learned about and how you're applying that knowledge to your work.