Build and maintain a trusted, configuration-aware reliability dataset that connects fleet operational data, maintenance activity, field failures, FRACAS records, and returned-material information.

Improve the completeness, consistency, traceability, and usability of reliability records against established data-quality standards.

Calculate and publish reliability and maintainability metrics, including MTBF, MTTR, failure rate, operational availability, and readiness impact.

Establish repeatable reporting packages for fleet health reviews, reliability readouts, FRACAS reviews, and top-degrader discussions.

Analyze failure and maintenance data to identify emerging trends, recurring defects, and candidate top degraders before they materially affect fleet readiness.

Build and maintain reliability-specific dashboards that reduce manual data preparation and provide stakeholders with timely, decision-ready information.

Provide Reliability and Maintainability Engineering with prioritized, data-supported candidates for technical investigation and root cause analysis.

Track corrective action status and post-implementation performance to determine whether completed actions are improving reliability, maintainability, availability, or readiness.

Provide Fleet Support, Quality, and Engineering with historical trends, failure frequency, maintenance burden, and configuration-aware data to support investigations and decisions.

Provide curated reliability data to Sustainment Analytics for use in broader fleet health and executive reporting.

Partner with Configuration and Change Control to associate reliability records with the correct serial numbers, hardware revisions, software versions, payloads, and customer configurations while treating the as-maintained baseline as the system of record.

Partner with Material Review Board Engineering to incorporate returned-material and disposition status into reliability reporting.

Flag components with increasing failure rates, recurring defects, or growing repair burden to Reliability and Maintainability Engineering and Obsolescence and Lifecycle Management.

Identify and resolve data-quality gaps, reporting blind spots, and automation opportunities within the reliability data pipeline.

Document reliability data definitions, metric calculations, reporting standards, and processes to ensure the reporting function is consistent, auditable, and scalable as the fleet grows.

Bachelor’s degree in Industrial Engineering, Statistics, Data Science, Mathematics, Systems Engineering, or a related quantitative discipline, or equivalent practical experience.

2+ years of experience in reliability analysis, maintenance analytics, quality reporting, product health, or a related data role supporting complex hardware.

Demonstrated ability to collect, clean, join, and structure data from multiple operational, maintenance, failure, or quality systems.

Experience developing metrics, dashboards, or recurring reports that improved decision-making, increased visibility, or reduced manual reporting effort.

Demonstrated success identifying and correcting data-quality, traceability, or reporting issues before they affected technical or business decisions.

Proficiency with data analysis and visualization tools such as SQL, Excel, Python, Salesforce, Foundry, or similar platforms.

Working knowledge of reliability and maintainability metrics, including MTBF, MTTR, failure rate, and operational availability.

Experience working with structured systems such as FRACAS, maintenance databases, failure-tracking tools, quality systems, or service-management platforms.

Ability to identify and communicate meaningful trends while distinguishing data-supported observations from engineering root cause conclusions.

Ability to translate complex data into clear, decision-ready information for technical and non-technical audiences.

Strong attention to detail, organization, and data-quality discipline.

Ability to manage recurring reporting cadences, competing priorities, and ad hoc analytical requests in a fast-paced, fielded-product environment.

Experience improving reliability, maintenance, quality, or fleet-health reporting for aircraft, UAS, defense systems, robotics, or other mission-critical hardware.

Demonstrated experience identifying an emerging product or fleet degrader through data analysis and supporting the organization’s response.

Experience measuring the effectiveness of corrective actions using post-implementation performance data.

Familiarity with FRACAS, Root Cause and Corrective Action, FMEA, Weibull analysis, reliability growth, or related reliability methods.

Experience building dashboards or analytical environments for fleet health, operational availability, readiness, failure trends, or maintenance burden.

Familiarity with configuration-controlled or as-maintained product data.

Experience using statistical or reliability-analysis tools such as Minitab, JMP, ReliaSoft, or similar software.

Familiarity with military, government, defense aviation, or complex-hardware sustainment environments.

Familiarity with ITAR, export-controlled technical data, or controlled customer environments.

Active Secret or Top Secret clearance preferred, or ability to obtain one.