Senior Ground Software Engineer (Back-end)

As a Senior Ground Software Engineer (Back-end) at Muon Space, you will be primarily responsible for building world-class mission planning and control systems in the cloud. This includes designing cloud architecture, managing infrastructure with tools like Kubernetes and AWS Lambda, and developing APIs for remote antenna ground stations. You will also work on spacecraft-to-cloud data integration and ensure our software architectures are both low-latency and fault-tolerant.

To be considered for the Senior Ground Software Engineer (Back-end) position at Muon Space, you should have a B.S., M.S., or Ph.D. in computer science or a related field, or equivalent experience. Additionally, at least 4 years of experience as a software engineer is ideal. You will need strong programming skills in Python, familiarity with cloud-native development, and excellent communication abilities to excel in this role.

Muon Space is committed to helping our Senior Ground Software Engineers excel by providing comprehensive support and resources. We offer a competitive salary, equity compensation, and a robust benefits package including medical, dental, and vision insurance. Our environment fosters innovation, with opportunities for professional development and cross-team collaboration, ensuring you can grow your skills while contributing meaningfully to our mission.

In the role of Senior Ground Software Engineer (Back-end) at Muon Space, you will work with a variety of modern tools and technologies, including Docker, FastAPI, Kubernetes, AWS Lambda, and Kafka. Your work will focus on managing cloud-native applications and deploying efficient infrastructure, while also integrating data processing tools like InfluxDB and Grafana, ensuring you are at the forefront of technology in software engineering.

At Muon Space, you can expect a collaborative and inclusive work culture that values diversity and teamwork. We're a fast-paced company that embraces innovation and encourages all team members to share ideas and solutions. You’ll be part of a dynamic environment where constant learning and engagement are not just encouraged, but celebrated!

When discussing your experience with cloud-native software development, highlight specific projects where you utilized platforms like AWS, GCP, or Azure. Explain how you implemented containers, managed infrastructure, and your approach to CI/CD practices in both staging and production environments.

For this question, provide a detailed example of a project that pushed your skills. Discuss the challenges faced, such as tight deadlines or complex problem-solving, and explain the steps you took to overcome them, showcasing your technical expertise and teamwork.

When asked about your approach to system design, explain your process for gathering requirements, evaluating technologies, and architecting the system with scalability, performance, and security in mind. Be sure to include how you involve stakeholders in the decision-making process.

Discuss your hands-on experience with developing and integrating APIs, including any relevant frameworks you've used. Provide examples of how you ensured functionality and reliability, along with how you documented and communicated these APIs within your team.

Showcase your Python skills by mentioning specific libraries or frameworks you've used in web development, such as Flask or FastAPI. Discuss how your experience contributes to building robust applications and your approach to writing maintainable and efficient code.

Explain your practices for ensuring code quality, including the use of version control, code reviews, automated testing, and clear documentation. Emphasize the importance of writing clean code and your methods for refactoring when necessary.

In your response, elaborate on tools you've used for infrastructure as code, such as Terraform or AWS CloudFormation. Discuss how these tools have streamlined your deployment processes and improved system reliability in your previous projects.

Provide insight into your systematic approach to debugging, indicating the tools and processes you use. Mention the techniques for isolating issues and the importance of thorough testing and logging in maintaining software performance.

Share your strategies for continuous learning, whether through online courses, tech blogs, industry meetups, or contributions to open-source projects. Emphasize your commitment to staying informed about emerging technologies and best practices.

Express your enthusiasm for Muon Space’s mission to optimize satellite technology for Earth Intelligence. Discuss how your technical skills align with the company’s goals and your desire to work in an innovative environment that fosters growth and positive impact.