Senior Engineer, TechOps Propulsion Analytics

The Senior Propulsion Analytics Engineer is responsible for supporting the safety, reliability, operational performance, and lifecycle management of Delta’s propulsion systems through the application of engineering analysis and data-driven decision making. Leveraging expertise in commercial aircraft engines, engine maintenance programs, reliability engineering, and engine condition monitoring, this role develops and applies analytical tools and methodologies to identify emerging reliability risks, improve maintenance strategies, and enhance fleet performance.

The position combines propulsion engineering expertise with advanced analytics to evaluate engine health, investigate reliability events, identify failure trends, and support predictive maintenance initiatives. The successful candidate will work closely with various stakeholders to improve engine reliability and operational performance across Delta’s fleets.

Key Responsibilities

Propulsion Engineering &Reliability

• Analyze engine and component reliability performanceacross assigned fleets.
• Evaluate engine removals, maintenance findings, pilotreports, delays, cancellations, and operational disruptions to identifyreliability trends and emerging risks.
• Perform engineering investigations and root-causeanalyses of engine and component failures using operational, maintenance, andshop visit data.
• Develop technical recommendations and corrective actionsto improve reliability, reduce operational disruptions, and optimizemaintenance effectiveness.
• Support maintenance program development and reliabilityinitiatives through engineering analysis and technical assessments.
• Research and evaluate opportunities for enginemodifications, maintenance program enhancements, and other initiatives thatimprove fleet reliability.
• Partner with OEMs and repair vendors to evaluatetechnical issues and corrective action plans.

Engine Condition Monitoring& Predictive Maintenance

• Perform engine condition monitoring and provideengineering recommendations based on engine performance and health data.
• Analyze engine performance parameters and degradationtrends to identify developing maintenance concerns.
• Develop predictive models and analytical techniques usedto forecast component degradation and potential failures.
• Apply statistical methods and data-mining techniques toidentify long-term reliability trends and failure patterns.
• Create automated monitoring and anomaly detection toolsthat support proactive maintenance decision making.
• Support on-wing reliability initiatives throughdevelopment of reports, predictive analyses, and engineering assessments.

Engineering Analytics

• Develop and maintain analytical tools, reports,dashboards, and automated solutions supporting Propulsion Engineering.
• Define and maintain business rules used to evaluateengine reliability and performance metrics.
• Analyze large operational, maintenance, and engineeringdatasets to identify actionable insights.
• Support data integration and analytic solutiondevelopment for propulsion engineering applications.
• Develop recurring reliability and performance reportingfor fleet monitoring and engineering decision making.
• Evaluate the operational and economic impacts of enginereliability issues and maintenance actions.

Maintenance Planning &Fleet Support

• Support engine removal forecasting, shop visit planning,and maintenance demand forecasting activities.
• Perform cost and performance analyses supportingmaintenance and operational decisions.
• Assist with development of technical recommendationssupporting maintenance strategies and lifecycle planning.
• Provide analytical support for engine fleet managementactivities and long-term planning initiatives.

Safety

• Practices safety-conscious behaviors in all operationalprocesses and procedures.
• Consistently prioritizes safety, reliability, andoperational excellence in all engineering activities.

• Bachelor’s degree in Aerospace Engineering, MechanicalEngineering, Aeronautical Engineering, or related engineering discipline.
• 3+ years of experience in propulsion engineering, enginereliability engineering, fleet engineering, airline engineering, OEMengineering, or engine MRO operations.
• Demonstrated knowledge of commercial aircraft engines,engine systems, maintenance programs, shop processes, and reliabilitymethodologies.
• Experience interpreting engine operational data,maintenance records, repair findings, and engine condition monitoring data tosupport engineering decisions.
• Experience conducting engineering investigations androot-cause analyses of engine and component reliability issues.
• Experience applying analytical tools and statisticalmethods to solve engineering problems.
• Working knowledge of SQL, Python, Power BI, PalantirFoundry, or similar analytical tools.
• Strong analytical, problem-solving, and technicalcommunication skills.
• Strong written and verbal communication skills.
• Consistently prioritizes safety and security of self,others, and personal data.
• Embraces diverse people, thinking, and styles.
• Possesses a high schooldiploma, GED, or high school equivalency.
• Is at least 18 years ofage and has authorization to work in the United States.

What will give you a competitive edge (preferred qualifications)

• Airline propulsion engineering experience.
• Experience with engine condition monitoring (ECM), enginehealth monitoring (EHM), or predictive maintenance programs.
• Experience with commercial turbine engine performanceanalysis and fleet reliability programs.
• Experience working directly with OEMs and engine repairorganizations.
• Experience developing predictive analytics and anomalydetection methods in an engineering environment.
• Knowledge of FAA regulations and airline maintenanceprograms.