LCRD Ground Sustainment Systems Engineer / Space Communications

As a LCRD Ground Sustainment Systems Engineer at Peraton, you will be involved in supporting general ground system operations for the Laser Communication Relay Development project. Your responsibilities include identifying technical issues, engaging with the Mission Operations Center, providing engineering expertise, participating in Technical Interchange Meetings, and leading efforts in anomaly resolution. Your role is critical in ensuring continuous and reliable communication between ground systems and NASA’s satellite fleet.

To qualify for the LCRD Ground Sustainment Systems Engineer position at Peraton, candidates should have a degree in Computer Science, Engineering, Physics, Math, or a related technical field. The role requires significant experience—over 6 years with a MS/MA degree or over 8 years with a BS/BA degree. Candidates must also be able to obtain a DoD Secret security clearance, and while not required, experience with LCRD and Low Cost Optical Terminals is preferred.

Yes, occasional business travel may be necessary for the LCRD Ground Sustainment Systems Engineer role at Peraton. This travel typically supports coordination with NASA’s missions and operations at various sites, ensuring that ground terminal operations remain efficient and effective. Be prepared to engage with teams across different locations as part of your responsibilities.

The target salary range for the LCRD Ground Sustainment Systems Engineer position at Peraton typically falls between $86,000 and $138,000 annually. This range may vary based on individual experience, education, and relevant qualifications. The position offers competitive compensation in line with industry standards for similar roles in space operations.

Peraton stands out as a next-generation national security company focused on delivering transformative IT solutions and supporting missions of consequence. Working as a LCRD Ground Sustainment Systems Engineer at Peraton means being part of a team that tackles challenging projects while contributing to the safety and security of the nation. The collaborative culture, accessible leadership, and opportunities for professional growth make it an ideal environment for engineers who aspire to impact space communications positively.

When answering this question, you should highlight specific examples from your past work that demonstrate your familiarity with satellite ground systems. Discuss your previous roles, any relevant projects, and the outcomes of your contributions, showcasing your engineering expertise and problem-solving skills.

It’s essential to demonstrate a systematic approach to troubleshooting. Explain how you assess the problem, gather relevant data, collaborate with team members for insights, and implement solutions. Share specific examples when possible, including challenges you faced and how you overcame them.

Discuss the importance of risk management and adherence to safety protocols in engineering operations. Emphasize your commitment to identifying potential risks, developing contingency plans, and maintaining compliance with all regulations to ensure mission safety and continuity.

In your response, outline the context of the anomaly, the method you used to address it, and the resolution’s impact. Use the STAR (Situation, Task, Action, Result) method to provide a clear narrative that showcases your analytical and leadership skills in high-pressure scenarios.

Talk about the resources you utilize to stay informed, such as industry publications, webinars, professional networks, and conferences. Highlight specific technologies or trends that interest you and how they relate to the LCRD project or your career development.

Share your preferred style when collaborating on projects, addressing whether you take on a leadership, supportive, or technical role. Provide examples that illustrate your ability to adapt your approach based on the team’s needs and project objectives.

Detail the specific software tools or systems you are familiar with, such as modeling programs, simulation software, or project management tools. Connect your experiences to how these tools helped you execute projects efficiently and effectively.

Explain your methodology for task prioritization, perhaps referencing the Eisenhower Matrix or another technique. Illustrate how you assess urgency and importance, allocate resources, and communicate with stakeholders to ensure project alignment and timely delivery.

Discuss any previous involvement in TIMs, focusing on your role in preparing materials, facilitating discussions, and collaborating with cross-functional teams. Emphasize the importance of clear communication and documentation to align project objectives and expectations.

Articulate your motivation for applying to this position specifically at Peraton. Focus on the company's mission, your passion for space communications, and how your skills and career aspirations align with the role’s requirements and opportunities for professional growth.