Full Stack Geospatial Software Engineer

As a Full Stack Geospatial Software Engineer at Near Space Labs, you'll be responsible for designing, building, and maintaining tools for visualizing geospatial data. Your day-to-day tasks will involve working with React and Angular frameworks, maintaining our mission control application, and developing scalable Python APIs and web services. You’ll collaborate with various teams to ensure the smooth operation and integration of our internal tools, enabling effective data analysis and validation for our innovative flight operations.

For the Full Stack Geospatial Software Engineer role at Near Space Labs, essential skills include proficiency in Python, experience with Typescript, and familiarity with frameworks like React or Angular. Additionally, a solid understanding of geospatial libraries such as Leaflet or Mapbox, along with the ability to manage projects autonomously, will set you up for success. Previous experience in a professional software development environment and knowledge of scalable microservices architecture are also crucial.

At Near Space Labs, the salary for a Full Stack Geospatial Software Engineer typically ranges from $110,000 to $170,000, depending on your experience and location. We offer competitive compensation packages that include benefits like equity opportunities, comprehensive health coverage, and a generous amount of paid time off. This ensures that our team remains motivated and engaged while pushing the boundaries of geospatial technology.

Yes! The Full Stack Geospatial Software Engineer position at Near Space Labs is fully remote, allowing you the flexibility to work from anywhere in the United States. This remote opportunity enables you to join a passionate team committed to innovation in geospatial data while balancing your work and personal life.

At Near Space Labs, we prioritize the growth and development of our employees. As a Full Stack Geospatial Software Engineer, you will have various opportunities to upgrade your skills through training and development programs. You will also have the chance to take on challenging projects that can lead to career advancement within our organization, reflecting our commitment to fostering talent and leadership.

In response to this question, it's beneficial to highlight specific projects where you utilized geospatial data visualization tools such as Leaflet or Mapbox. Discuss the challenges you faced and how you overcame them. This showcases your expertise and ability to work with spatial data effectively.

When answering this question, emphasize your understanding of RESTful services and best practices in API development. Talk about your experience with asynchronous programming and methods you've implemented to optimize performance, such as code profiling and load testing.

It's important to explain your understanding of container orchestration with Kubernetes. Discuss your hands-on experience deploying microservices, managing scaling, and ensuring high availability of applications, as well as any challenges you've faced in this process.

In your answer, focus on your collaborative techniques—highlight your communication with team members and using tools like Postman for API testing. Discuss how you ensure that the frontend consumes the backend services cleanly and efficiently.

Address your approach to identifying and fixing bugs in geospatial applications. Discuss the use of debugging tools, logging strategies, and spatial data validation techniques that you implement to ensure data accuracy and application stability.

Be prepared to discuss a specific project where you utilized both Python for the backend and JavaScript for the frontend. Explain the architecture, how the two languages interacted, and the benefits of using both to meet the project's requirements.

In your response, highlight how asynchronous programming can enhance responsiveness and performance in applications. Discuss examples from your past work where you implemented async operations to optimize user experience.

Discuss the resources you rely on—like tech blogs, online courses, webinars, and community engagement—to stay informed about the latest developments in software engineering and geospatial technologies.

When addressing this question, focus on specific challenges such as service dependencies, communication, and latency issues. Discuss how you mitigated these challenges through architectural decisions, testing strategies, or monitoring tools.

Use this opportunity to share an example demonstrating your ability to manage projects autonomously. Discuss your planning, execution, and how you communicated your progress to stakeholders, showcasing your self-motivation and project management skills.