Full Stack Software Engineer (Starlink) - job 1 of 6

As a Full Stack Software Engineer for Starlink at SpaceX, your responsibilities will involve developing reliable web applications and data pipelines for the command and monitoring of satellite assets. You'll be expected to contribute to both frontend and backend development, ensuring that applications are user-friendly, well-tested, and maintainable. Additionally, you'll focus on continuous monitoring of systems to support data-driven decisions and automation of manual operations to enhance safety and user experience.

To qualify for the Full Stack Software Engineer position at SpaceX, you should hold a Bachelor's degree in computer science, engineering, or a relevant STEM field. Alternatively, if you have 3+ years of professional software engineering experience without a degree, you are also eligible. Familiarity with programming languages such as Python, C#, and object-oriented languages is preferred, alongside experience with web frameworks, database technologies, and cloud services.

For the Full Stack Software Engineer position at SpaceX, it's important to be proficient in several programming languages, particularly Python, C#, and JavaScript. Experience with languages like Go, Scala, and Java can also be beneficial. Understanding frontend libraries such as Angular or React and backend frameworks, along with experience in database technologies, will greatly enhance your capabilities in this role.

The work environment for a Full Stack Software Engineer at SpaceX is dynamic and fast-paced, with a strong emphasis on collaboration and innovation. You will not be working under project managers, emphasizing self-managing and team-driven contributions. Your role will have a significant impact on mission-critical operations, and you'll be surrounded by motivated professionals who are passionate about advancing space technology and broadband solutions.

SpaceX offers a competitive compensation package for Full Stack Software Engineers, including salaries ranging from $120,000 to $170,000, determined by experience and education. Beyond the base salary, you can expect stock options, a 401(k) retirement plan, comprehensive health coverage, paid parental leave, vacation time, sick leave, and various discounts and perks aimed at promoting a balanced work-life experience.

To ensure reliability, I focus on writing well-tested code, incorporating automated tests for both frontend and backend components. I also implement logging and monitoring to catch issues early, so we can resolve them promptly. This proactive approach, combined with continuous integration practices, ensures that any changes to the application maintain its reliability.

I've worked with several data processing technologies, including Kafka for message brokering and Spark for batch processing. I have implemented systems that handle real-time data streams, allowing the applications to react promptly to changes in telemetry data, which is crucial for monitoring assets like satellites.

I am most comfortable with Python and C#, both of which I have used extensively in previous projects to build robust and scalable backend systems. Python's versatility and C#'s performance make them excellent choices for various applications, and I have experience using frameworks like Flask and ASP.NET Core.

For frontend development, I prioritize user experience by using frameworks like React to create dynamic, responsive interfaces. I believe in writing clean, maintainable code and using tools like Storybook for UI component development, ensuring that our applications are not only functional but also intuitive and beautiful.

My approach to continuous integration and deployment involves setting up automated pipelines that trigger on code commits. I utilize tools like GitHub Actions or Jenkins to automate testing and deployment processes to various environments, allowing for quick, reliable releases that maintain our development speed without sacrificing quality.

In my previous role, I automated a manual data entry process by creating a web interface that allowed users to input data directly into our database. This reduced errors, improved data accuracy, and saved hours of manual entry each week, enabling the team to focus on more critical tasks.

I approach debugging systematically by first reproducing the issue and then using logging to gather context about the error. I utilize tools like debuggers and performance monitoring to identify bottlenecks or error sources. I then analyze the findings and work towards implementing a solution, learning from each debugging session to avoid similar issues in the future.

I have extensive experience using Git for version control, where I've managed branches for different features and resolved merge conflicts. I believe that maintaining a clean project history is crucial, which is why I often rebase and squash commits to keep the repository organized.

I stay current with the latest technologies by regularly reading industry blogs, participating in professional forums, and attending tech meetups and conferences. I also enjoy building side projects that incorporate new frameworks or languages, allowing me to experiment and learn in a hands-on way.

The most important aspect of team collaboration in software development is effective communication. It fosters a culture where team members feel safe sharing ideas and feedback, leading to improved outcomes. I advocate for regular check-ins and leveraging tools like Slack and Trello to keep everyone aligned and informed on the project's progress.