Software Designer

As a Software Designer at Kepler, you will be integral in designing and developing reliable, high-quality software for our satellite network infrastructure and mission control automation. You'll work on ensuring system performance, security, and high availability by employing best practices. Collaboration with satellite operators and product managers will be key in delivering mission-critical ground systems. Additionally, you'll be responsible for optimizing CI/CD pipelines and monitoring system health while contributing to long-term technical planning.

To qualify for the Software Designer role at Kepler, candidates should have a minimum of 6 years of experience in Python, along with a Bachelor’s degree in Computer Science or a related field. Strong software design skills, expertise in CI/CD pipeline maintenance, and a solid understanding of containerized software development in a Linux environment are crucial. Excellent communication skills and experience with relevant tools like Git and Docker will further enhance your candidacy.

Key technical skills for the Software Designer position at Kepler include strong proficiency in Python programming, building and maintaining CI/CD pipelines using tools like GitLab CI or Jenkins, and working with containerization technologies such as Docker and Kubernetes. Familiarity with infrastructure-as-code tools like Ansible or Terraform, plus knowledge of SQL and NoSQL databases, will also significantly benefit candidates seeking to excel in this role.

Yes, Kepler is dedicated to fostering a culture of technical excellence and continuous learning. As a Software Designer, you will not only engage in cutting-edge projects but also have the opportunity to mentor junior developers, allowing for both personal and professional development. Kepler encourages growth through collaboration and innovative thinking, making it an ideal place for those looking to advance their careers.

To apply for the Software Designer position at Kepler, you can visit our Career Page where you will find the application process outlined in detail. We encourage applicants from diverse backgrounds to submit their applications and express any accommodation needs they may require during the recruitment process to ensure an inclusive experience.

When faced with complex software design issues, demonstrate your problem-solving approach by outlining the specific challenge, the techniques you employed to analyze it, and the final solution. Highlight your teamwork and collaboration with stakeholders throughout the process to showcase your ability to communicate and work effectively.

Detail your experience with performance testing and security practices, emphasizing your utilization of coding best practices, regular code reviews, and automated testing tools. Discuss how you proactively monitor systems after deployment to identify potential vulnerabilities or performance bottlenecks.

Share specific examples of projects where you developed or optimized CI/CD pipelines. Discuss the tools you utilized, like GitLab CI or Jenkins, and how these pipelines enhanced the development workflow, improved deployment efficiency, and minimized errors in software releases.

Explain how containerization enhances application consistency and scalability, especially in a cloud environment. Discuss your relevant experience with tools such as Docker and Kubernetes, and how they enable seamless deployment and orchestration of applications across different environments.

Describe your mentoring philosophy, emphasizing the importance of fostering an open and supportive learning environment. Share specific strategies you've used to guide junior developers, including hands-on training, code reviews, and encouraging questions to build their confidence and technical skill set.

Discuss your familiarity with various cloud platforms such as AWS or Azure and how you're used to architecting and deploying solutions in these environments. Share examples of how you've leveraged cloud services for scalability, reliability, and to support workload management effectively.

Outline your understanding and experience with modern networking protocols, particularly in the context of space-related applications. Discuss how your knowledge of delay-tolerant networking or event-driven architectures can enhance the functionality and robustness of software connecting ground systems to satellite operations.

Explain the resources and strategies you employ to stay informed, such as attending industry conferences, participating in online forums, or pursuing relevant certifications. Showcase your enthusiasm for continuous learning and how you apply this knowledge to your work as a Software Designer.

Discuss the significance of cross-functional collaboration in producing high-quality software solutions. Share your experiences of working with product managers, satellite operators, and other stakeholders to gather requirements and feedback, ensuring that the final product meets expectations and operates effectively in real-world scenarios.

Share your knowledge and hands-on experience with observability tools like Prometheus, Grafana, or the ELK stack. Explain how these tools provide insights into application performance and user experience, allowing for proactive monitoring and quick identification of issues that could affect software operation.