Space Mission Planning Engineer

As a Space Mission Planning Engineer at Astrome Technologies, you will be responsible for developing and executing orbital maneuver plans that maintain satellite positions while optimizing their paths. Analyzing satellite trajectories and calculating delta-v for precise maneuvers are crucial, as well as collaborating with cross-functional teams to ensure mission goals are met.

To qualify for the Space Mission Planning Engineer position at Astrome Technologies, candidates should possess a Bachelor's or Master's degree in Aerospace Engineering, Mechanical Engineering, or a related field, paired with 2+ years of experience in orbital mechanics or trajectory analysis. Proficiency in simulation tools and strong analytical skills are also essential.

Vital skills for the Space Mission Planning Engineer position at Astrome Technologies include proficiency in orbital simulation software like Python, STK, or MATLAB, a strong understanding of celestial mechanics, and excellent analytical and problem-solving abilities. The ability to work collaboratively in multidisciplinary teams also greatly enhances success in this role.

A Space Mission Planning Engineer contributes to the success of satellite missions at Astrome Technologies by meticulously designing and optimizing orbital maneuvers, ensuring satellites perform as intended throughout their operational life. Through post-maneuver analysis, they provide insights and recommendations that significantly impact future missions.

Astrome Technologies offers a range of benefits to its Space Mission Planning Engineers, including Employee Stock Ownership Plans (ESOPs), Health Insurance, and Gratuity. These benefits reflect our commitment to our employees' wellbeing and investment in their futures.

When answering this question, detail specific projects or tasks you've completed involving orbital mechanics. Highlight any relevant software tools you used and the impact of your work on mission success.

Provide a concrete example of a challenging trajectory analysis problem. Discuss your analytical approach, the methods used to solve it, and the successful outcomes achieved.

Mention the simulation tools you've used, such as Python, STK, or MATLAB, and share specific examples of how you've utilized them in past projects to model orbital behaviors or conduct mission analyses.

Discuss your process for validating your plans, including thorough review techniques, collaboration with team members, and the use of simulation tools to test maneuver scenarios under different conditions.

Highlight your communication skills and collaborative experiences working with engineers, developers, and other professionals. Emphasize your ability to effectively share ideas and ensure alignment within the team.

Describe the project in detail, outlining your role, the challenges faced, and how your contributions helped lead to its success. Emphasize teamwork and the lessons learned from the experience.

Explain your knowledge of gravitational perturbations and their impact on satellite trajectories. Discuss methods you've used to account for these effects in maneuver planning.

Share your methods for staying informed, such as subscribing to industry publications, attending conferences, participating in webinars, or engaging in professional networks and forums related to aerospace.

Discuss the importance of open communication and finding common ground. Provide an example of a past disagreement and how you successfully navigated it to reach a resolution.

Describe your passion for aerospace and what specifically draws you to space missions. Discuss how this enthusiasm drives your work ethic and contributes to your effectiveness in the role.