Senior Site Reliability Engineer (Remote-Eligible)

As a Senior Site Reliability Engineer at Leidos, you will be responsible for developing reliability test plans, analyzing test data, and managing system reliability risks. You'll conduct lifecycle management of DoD systems and ensure compliance with reliability standards. Additionally, you will lead Business Continuity/Disaster Recovery exercises and provide technical expertise to resolve reliability issues.

To qualify for the Senior Site Reliability Engineer position at Leidos, candidates need to be US citizens with at least a Top Secret clearance. A Bachelor’s degree with 8+ years of experience or a Master’s degree with 6+ years in relevant fields is required. Experience with Microsoft Azure, hybrid cloud infrastructure, and familiarity with DoD reliability standards are essential.

Yes, the Senior Site Reliability Engineer role at Leidos is remote-eligible, meaning you can work from a location of your choice while ensuring you meet the program and company needs effectively from Deerfield, NJ.

Key skills for a Senior Site Reliability Engineer at Leidos include strong analytical capabilities, problem-solving skills, and excellent communication. Additionally, familiarity with cloud technologies, especially Azure, and experience in integrated systems are crucial to succeed in this role.

In Leidos, a Senior Site Reliability Engineer may be evaluated based on their effectiveness in developing reliability test plans, the ability to reduce failure trends, and the success of risk management strategies. Participation in design reviews and compliance with DoD standards also plays a significant role in their performance metrics.

When asked about reliability test plans, discuss frameworks like FMEA (Failure Mode and Effects Analysis) and FTA (Fault Tree Analysis) and how they help identify potential failures. Share your approach to conducting accelerated life testing and the importance of these methods in enhancing system reliability.

To effectively answer this question, describe your analytical process, including how you use tools and methodologies to sift through test data. Highlight your experience in identifying patterns, assessing root causes, and integrating your findings into actionable recommendations for system improvements.

Answer this by discussing proactive risk assessments and the importance of continuous monitoring. Mention specific methods you use, such as risk matrices or regular reviews of compliance with DoD standards, to manage risks effectively and ensure system reliability.

Discuss your familiarity with specific DoD standards like MIL-STD or DoD-STD and how you incorporate these into your processes. Explain that you maintain comprehensive documentation, perform regular audits, and stay updated with changes in regulations to ensure ongoing compliance.

Reflect on your hands-on experience with hybrid cloud environments. Discuss specific technologies or projects where you implemented solutions, focusing on how you ensured robust integration between on-premises and cloud resources to optimize reliability and performance.

Provide examples of your involvement in the entire lifecycle of DoD systems, such as design, deployment, and sustainment. Explain how you incorporate reliability measures throughout each phase and collaborate with diverse teams to ensure mission success.

Share a specific scenario where you identified a reliability problem, the methods you used to resolve it, and the positive outcomes that resulted. Focus on your analytical skills and problem-solving approach, demonstrating your value as a Senior Site Reliability Engineer.

Discuss your experience in developing and implementing disaster recovery plans. Mention specific exercises you've led, the importance of routine testing, and how such efforts ensure system resilience and compliance with regulatory requirements.

Explain your methodology for preparing detailed technical reports, including data analysis and clarity in presentation. Share your experience in communicating complex reliability findings to diverse audiences and the feedback you received to illustrate your effectiveness.

Discuss your experience with monitoring tools that aid in the assessment of system reliability, emphasizing any specific software solutions you are familiar with. Explain how you leverage these tools for Service Level Agreement monitoring and performance tracking.