NAMS2 - Software Engineer - job 2 of 2

As a NAMS2 - Software Engineer at Crown, your primary responsibilities include developing advanced air mobility applications, improving software based on user feedback, managing development tasks using Atlassian tools, and performing testing and deployment tasks for collaborative demonstrations involving NASA and aviation partners. You'll also create and update DevSecOps automation, ensuring a seamless build and deployment process.

To qualify for the NAMS2 - Software Engineer position at Crown, you need a Bachelor's or Master's degree in Engineering, Data Science, Computer Science, or a related field, along with a minimum of five years of relevant experience in JavaScript and Java. Strong skills in software architecture, problem-solving, and excellent communication are essential, along with familiarity with tools like JIRA and DevSecOps practices.

Preferred technical skills for the NAMS2 - Software Engineer role at Crown include experience in GoLang, Python, AWS, and Docker, as well as familiarity with microservices architecture, CI/CD pipelines, and real-time simulation systems. Understanding advanced air mobility concepts and aviation industry standards will also be beneficial.

Crown fosters collaboration among NAMS2 - Software Engineers by utilizing the Atlassian tool suite for project management and communication. Regular team meetings ensure everyone stays aligned on development tasks, and cross-organizational collaboration efforts enhance teamwork during demonstrations involving multiple NASA organizations and aviation partners.

The salary range for a NAMS2 - Software Engineer at Crown is between $160,000 and $190,000, reflecting the value placed on skilled professionals who are eager to contribute to the evolution of advanced air mobility and its applications.

In a software development project, I prioritize tasks by assessing their impact on the overall project goals. I analyze urgent issues reported via JIRA and collaborate with my team to understand dependencies. Using Agile methodologies, I ensure the most critical tasks are completed first while balancing feedback from testing phases.

Yes, in my previous role, I utilized JavaScript to develop dynamic user interfaces for web applications while leveraging Java for backend services. I effectively integrated these components by following object-oriented design principles, ensuring robust and maintainable code through unit testing practices.

DevSecOps is an approach that integrates security practices into the DevOps process. I have implemented it by automating security testing in CI/CD pipelines, conducting regular audits, and fostering a culture of security awareness among team members to catch vulnerabilities early in the development cycle.

I approach user feedback by carefully categorizing and analyzing it to identify trends and common issues. I then prioritize this feedback based on user impact and feasibility for implementation, ensuring that updates resonate well with user needs while maintaining system performance.

For debugging software issues, I begin by replicating the problem in a controlled environment. Utilizing logging and monitoring tools, I trace the issue back to its source, reviewing code for potential logical errors. I also collaborate with team members to brainstorm solutions and ensure thorough testing before deploying fixes.

I have worked extensively with microservices architecture by breaking down monolithic applications into smaller, independently deployable services. This approach has allowed for more agile development, easier updates, and better scalability as the components can be individually managed and improved without affecting the whole system.

I am familiar with key aviation industry standards and regulations, such as those put forth by the FAA regarding software safety and airworthiness. This knowledge allows me to align my development efforts with industry expectations and ensure our software adheres to the necessary compliance requirements.

To ensure high-quality code, I follow best practices such as writing clean, maintainable code, implementing unit tests, and engaging in code reviews. Additionally, I utilize tools that help enforce coding standards and maintain code quality throughout the development lifecycle.

I stay updated with new technologies and trends in software development through various channels, including online courses, industry blogs, and attending workshops or conferences. Being part of developer communities and actively participating in discussions helps me stay informed and adapt to emerging best practices.

Communication is vital in software engineering because it ensures alignment among team members, facilitates the efficient exchange of ideas, and helps in troubleshooting issues collaboratively. A well-communicated team can quickly adapt to changes and deliver quality software that meets user needs effectively.