Sr. Principal Quality and Reliability Engineer

Job description

onsemi is looking for a self-driven quality and reliability leader to work in a fast-paced environment and be a key team member to accelerate adoption of cutting-edge semiconductor products and technologies. In this highly visible role, the candidate will work with multiple business units, multidisciplinary teams and interface with Tier 1 customers to ensure we exceed customers’ needs with high quality, reliable products.

Responsibilities

Performance Objectives

• Lead quality and reliability for new product development across analog, mixed signal and non-volatile memory-based products. Interface with business units, product engineering, Fab, packaging, manufacturing teams and customers to achieve these goals
• Coordinate with customers and product development teams to define reliability requirements based on customer use conditions
• Perform data analysis and prepare customer friendly reports for communication
• Define and manage NPD quality requirements within internal cross-functional teams
• Conduct risk assessments, reliability assessments and help drive failure analysis, RCCA post reliability stress to address failures (if any)
• Design accelerated reliability stress tests to develop or verify reliability stress (acceleration) models
• Work with internal cross-functional teams to deploy thorough characterization routines to ensure successful NPD qualification and customer ramp
• Multitask and manage several projects at a time

Qualifications

• Bachelor’s or Master’s Degree in Electrical Engineering, Semiconductor Device Physics, Materials Science, or relevant field
• 10+ years in a comparable role
• Knowledge of device physics, semiconductor wafer fab and packaging
• Experience with JMP or other statistical tools for data analysis
• Knowledge of industry standards – JEDEC, AEC, AQG, etc.
• Strong analytical, problem-solving and communications skills, including the ability to challenge ideas in a healthy manner
• Experience working with non-volatile memory is a plus