Staff Robotics Software Engineer

As a Staff Robotics Software Engineer at Relativity Space, you'll lead the development and integration of robotics software and hardware for innovative cooperative robotic platforms. Your work will focus on implementing perception systems and collaborating across teams to push the boundaries of robotics and additive technologies.

To qualify for the Staff Robotics Software Engineer role at Relativity Space, you should have a BS, MS, or PhD in Computer Science, Robotics, or a related field, alongside experience in robotics software development, particularly in C++. Familiarity with robotics middleware like ROS and experience in dealing with robotic systems is also essential.

Candidates for the Staff Robotics Software Engineer position at Relativity Space should be proficient in C++, particularly in embedded environments. Experience with data processing algorithms and real-time applications is also important to succeed in this role.

The key responsibilities of a Staff Robotics Software Engineer at Relativity Space include developing cooperative robotic platforms, implementing perception systems for autonomous robots, and collaborating with cross-functional teams to devise innovative solutions that advance robotics technology.

Innovation at Relativity Space, particularly through roles like Staff Robotics Software Engineer, has the potential to revolutionize aerospace technology by integrating advanced robotics and additive manufacturing systems, enabling new capabilities in launching and operating spacecraft, ultimately supporting human life beyond Earth.

When answering this question, emphasize your hands-on experience with robotics software, focusing on specific projects where you utilized C++ and faced challenges in real-time applications. Mention any relevant frameworks you've worked with, like ROS.

Discuss your familiarity with perception systems such as LiDAR, motion capture, or 3D scanning technologies. Provide examples of how you've successfully integrated these systems into robotic applications.

Explain your understanding of safety protocols in industrial robotics, discussing how you incorporate safety standards and practices into your designs, and detail any specific experiences where you addressed safety concerns.

Share a specific example highlighting the debugging process you implemented, the tools or methodologies used, and how you resolved the issues while ensuring minimal downtime for the system.

Discuss your understanding of multi-robot systems, including challenges you’ve faced and strategies you've employed for efficient task coordination, as well as any relevant algorithms you've used, such as those for motion planning.

Provide details on how you've developed or implemented SLAM algorithms, including the specific applications and environments where you successfully utilized them to enhance robotic navigation.

Explain your experience with robotics middleware like ROS, focusing on specific projects and how these tools facilitated the integration of various components within robotic systems.

Highlight specific projects where you contributed unique solutions to robotic challenges. Frame your answer around the problem, your innovative approach, and the impact of your contributions on the project.

Discuss your strategies for staying current in the fast-evolving field of robotics, such as attending conferences, participating in online communities, or any relevant continuous education initiatives you pursue.

Share your motivation for wanting to work at Relativity Space. Focus on the exciting projects, the company's vision for innovation in aerospace, and how it aligns with your personal and professional goals.