Systems Engineer

As a Systems Engineer at TRL11, you will be mainly focused on creating and updating detailed engineering documentation for spacecraft systems. This includes requirements and validation plans and defining the interfaces between our products and spacecraft systems. Collaborating with cross-functional teams, you will also translate mission objectives into technical specifications and identify any risks to develop effective solutions.

To qualify for the Systems Engineer position at TRL11, you should have a Bachelor's degree in Engineering or a related technical field. In addition, candidates typically require at least 3 years of engineering experience in aerospace disciplines and 2 years in systems engineering, with a solid grasp of systems engineering principles.

Yes, TRL11 prefers candidates who have experience with spacecraft subsystems and understand design, testing, and modeling for challenging environments such as low earth orbit (LEO) and geostationary orbit (GEO), among others. Experience in taking a product from ideation to deployment is also a plus.

At TRL11, the work culture is fast-paced and energetic, perfect for those looking to learn and have an impactful role in a startup environment. The company values collaboration and innovation, and you will be surrounded by a supportive team passionate about solving challenging problems in space technology.

Benefits at TRL11 include a comprehensive health care plan covering medical, dental, and vision, as well as a 401k plan, unlimited paid time off (with prior approval), maternity and paternity leave, and possible stock option participation based on performance and tenure.

When answering this question, you should focus on specific types of documentation you have created, such as requirements documents or validation plans. Emphasize your methodical approach to ensuring clarity and accuracy, and perhaps provide a specific example of a project where your documentation played a critical role.

It's important to outline a systematic approach, starting with gathering mission objectives, followed by establishing clear specifications that ensure compliance with factors like thermal and radiation requirements. Highlight collaboration with other engineering teams as vital for successful outcomes.

Share an example from your past experiences that illustrates how you successfully collaborated with different engineering disciplines. Discuss the importance of communication in addressing challenges and ensuring everyone is aligned with project goals.

Explain your approach to risk management, incorporating techniques such as DFMEA (Design Failure Mode and Effects Analysis). Provide an example of a risk you identified in a past project and how you proactively developed mitigation strategies.

Reflect on a specific project where you were involved from the initial concept through to the launch. Highlight your contributions at each stage and any challenges faced, demonstrating your understanding of the end-to-end process in systems engineering.

Discuss the strategies you use to facilitate communication, such as regular meetings, shared documentation, and status updates. Provide an example of a situation in which clear communication helped resolve misunderstandings or align goals.

Here, you should highlight specific subsystems you've worked on, discussing how they integrate into larger systems. Explain your familiarity with the individual components of spacecraft and how they interact within the mission framework.

It's useful to mention any workshops, online courses, conferences, or industry publications you follow. This shows dedication to your profession and a desire to bring innovative approaches to your work.

Pick a significant problem that required critical thinking and collaboration. Walk the interviewer through your process of identifying the issue, analyzing potential solutions, and implementing the final approach successfully.

Discuss techniques you use to evaluate tasks based on urgency and importance. Illustrate your method with a relevant example, explaining how prioritization led to on-time project delivery and efficient teamwork.