Lead/Principal Reliability Engineer - 1073
Core
Define and lead reliability strategies for new technologies (optical, photonic, cryogenic) with limited historical data, developing physics of failure models and accelerated stress test plans.
Role type
Lead/Principal Reliability Engineer (Optical/Photonic Systems)
Builds
Reliability analyses, prediction methods, and design decisions for first-of-kind technologies
Domain
Defense/Space (Optical, Photonic, Cryogenic Systems)
Required skills
Reliability engineering, Physics of failure, Accelerated stress testing, FMECA, Statistical analysis, Root cause analysis, Design for reliability, MTBF calculation, Failure rate analysis, Margin analysis, Redundancy strategies
Preferred skills
Advanced degree in EE/Materials/Physics, Experience with optical sensors/lasers, Experience with cryogenic cooling systems
Technologies
Optical systems, Photonic technologies, Cryogenic cooling, Vacuum components, Lasers, Optical sensors
Responsibilities
Define reliability strategies for new technologies, Develop reliability analyses at system/product level, Create accelerated stress test plans, Collaborate with design teams on reliability-centric requirements, Analyze early prototypes to identify root causes, Work with subject matter experts on physics of failure models
Seniority
Principal, hands-on IC with strategy & mentorship
