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Sr. Principal Reliability Engineer, Lasers – Shenzhen, CHINA
THIS POSITION IS successfully hired a candidate for 2019

JOB DESCRIPTION
(MNC stands for Multinational Company)

Company:
MNC, is a leading global supplier of advanced technology products and systems to customers in the scientific research, microelectronics, life and health sciences, industrial manufacturing and defense/security markets. 5 decades of industry knowledge and expertise across a broad range of technologies allowing the company to continually deliver innovative products in the areas of lasers, photonics instrumentation, sub-micron positioning systems, vibration isolation, and optical components and subsystems to enhance the capabilities and productivity of its customers' manufacturing, engineering and research applications. In addition, MNC has built a strong history of partnering with OEM customers, delivering solutions from sub-assemblies to full solutions including design, testing and manufacturing.                                                                                                     
 
The Sr. Principal Reliability Engineer will be responsible for supporting the Lasers Group’s reliability program including product development, design for reliability, design for manufacturability, as well as advanced reliability testing. This position will include the improvement and/or development of new design processes which enhance reliability and will also interface internally with the design engineering/manufacturing groups and externally with the customer on key reliability programs and issues.
 
Responsibilities Details:

• Develop and implement reliability plans including design, validation, qualification and assessment methods to support successful new Lasers product introductions
• Provide technical supports to improve existing Lasers reliability and provide daily support for on-going projects to resolve reliability issues throughout the entire product life cycle
• Interface with design engineering and marketing organizations to establish customer use conditions, and reliability test conditions to be used during internal testing/reliability analysis
• Performs Volatile Organic Compound or VOC Testing and Analysis using techniques such as TD-GC-MS. (Thermal desorption, gas chromatography, mass spectrometry)

• Evaluates, from a reliability physics perspective, the materials, properties and processes used in production of electronic and optoelectronic devices and systems
• Perform various DfR techniques: lead the product qualification-testing, including functional testing, reliability and durability testing (HALT, HASS, life test, etc.), in addition to ownership of reliability test equipment (reliability labs), reliability predictions (modeled and field - MTBF), reliability allocation, Design FME(C)A, Weibull Analysis, warranty collation and reporting to achieve company and customer reliability objectives

• Support and drive Lasers continuous improvement activities including best practice adoption, custom hardware development, and tool automation including performing root cause analysis for failures that occurred in reliability testing and/or in the field
• Perform product design reviews focused on reliability concerns, critical components, potential wear out failure modes, and generate reliability analysis reports for internal and external customers according to industry standards and best practices
• Collaborate with peer engineering experts in other MNC business units
• Work in a cleanroom environment and adhere to MNC’ manufacturing best practices
• Advises design and manufacturing engineering on selection, application and test of electronic and optoelectronic components and systems

 
Requirements:

• B.S. (M.S. or Ph.D. is a plus) in Physics, Electrical Engineering, Material Sciences, Chemistry, or related field
• 5+ years’ reliability engineering experience in electronic systems & failure analysis, semiconductors, lasers diodes or in electromechanical fields
• Experienced in Volatile Organic Compound or VOC Testing and Analysis using techniques such as TD-GC-MS. (thermal desorption, gas chromatography, mass spectrometry)
• Experienced in thermal measurement and device characterization techniques, also familiar with semiconductors failure analysis tools, X-ray, C-SAM, X-Section, SEM, EDX, EMMI
• Understand PCBA and electronic component failure mechanisms and physics of failure, including test development experience using electronic or electromechanical systems
• Experienced in Design for Reliability techniques, approaches and methods
• Experienced in applying reliability modeling techniques and tools to identify potential wear out modes (e.g., Windchill Prediction, Sherlock, Weibull++, etc.)
• Experienced in HALT, HASS profile design and Life test methods (automated tests, LabVIEW)

• Ability to communicate and work cross-functionally to resolve issues, including with customers
• Experienced in data collection techniques and statistical analysis
• Good understanding of reliability analysis FA methods including multi-cell acceleration and competing failure modes - opto-mechanical, physics and chemistry (material properties) issues
• Good understanding of laser physics theory, epitaxial growth, wafer fabrication and packaging technologies

• Familiarity with CE Compliance (RoHS, CDRH, FCC, Safety, EMC)
• Excellent communication skills. Can communicate work plans, schedules, resource needs as well present analysis and results, and drive key decisions

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Why Join Us?
Competitive company resource and benefit offered
Large company platform for career development
The best products in its market worldwide
Dynamic company culture and team environment
Travel opportunities to US and Asia 

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