Meta AR/VR Job | uLED Reliability Engineer
Job（岗位）: uLED Reliability Engineer
Type（岗位类型）: Hardware
Citys（岗位城市）: Cork, Ireland
Date（发布日期）: 2022-2-21
Summary（岗位介绍）
Work on cutting edge display technologies for applications in innovative next generation computing platforms. End to end ownership of reliability evaluations and risk assessments
Qualifications（岗位要求）
MS or higher in Mechanical Engineering, Materials Science, electrical engineering or equivalent discipline
At least 5 years of experience in reliability engineering
Fundamentally strong knowledge of mechanical design, material science, and failure mechanisms of consumer electronics
Experience working on reliability of display, optical, opto-mechanical or biosensing modules preferred.
Experience developing and performing reliability tests including (but not limited to) mechanical, shock, vibration, environmental, and characterization testing Knowledgeable of industry test standards including ASTM, MIL, JEDEC, and IEC
Knowledgeable of failure analysis techniques including (but not limited to) optical microscopy, X-Ray, CT scan, SEM, EDX, and FTIR
Experience developing reliability models and empirically determining acceleration parameters for those models
Timely execution of tasks to meet critical deadlines
Ability to independently manage multiple tasks in a dynamic environment while maintaining a strong attention to detail
Description（岗位职责）
As a uLED reliability engineer in Facebook Reality Labs, you will take a critical role in bringing reliable new technologies to our augmented, mixed, and virtual reality products. This role focuses on technologies and modules that are being invented and developed to enable our next generation products. You will collaborate with a large breadth of cross-functional disciplines to understand emerging designs and technologies. You will be responsible for identifying risks associated with these various technologies and architectures. You will be responsible for identifying appropriate stresses that our modules must pass and creating test plans which will be used to assess the reliability of these to ensure they survive in the final product. You will be responsible for producing accurate reliability analyses in a timely manner. You will be responsible for providing suggestions to improve the reliability of our products. We are looking for someone who can wear multiple hats depending on the task at hand. The ideal candidate has a “can do” attitude with a strong background in reliability engineering, high attention to detail, thirst for knowledge, and an inherent interest in all aspects of engineering.
Develop reliability requirements for consumer facing hardware
Responsible for translating system level requirements to the modules that ensures reliability operation in the final product
Lead and document FMEA (Failure Mode Effects Analysis) for new technologies
Assess intrinsic reliability performance of different technology options and provide guidance to down selection of new technologies
Develop acceleration models and accelerated tests as well as reliability test specifications and procedures as needed
Develop appropriate test plans including any design of experiments (DOE)
In-depth research into applicable failure mechanisms
Drive failure analysis (in partnership with the FA team), root cause failures
Provide risk assessments for each technology
Oversee reliability testing and analysis
Provide accurate and in-depth statistical analysis
Prepare detailed and concise reliability reports
Collaborate with cross-functional teams to implement mitigations for reliability risks
Work with suppliers/vendors as needed to assess the reliability of their products
Responsible for identifying boundary constraints for technology integration into system architecture.
Additional Requirements（额外要求）
Ph.D in mechanical engineering, materials science, electrical engineering or equivalent discipline
Experience in semiconductor fabrication and testing and/or uLED fabrication techniques
Experience in interpreting optical metrology results
10+ years of experience in optoelectronic devices and sub-assemblies, preferably LED device structure, manufacturing processes and packaging
