Senior ASIC Controller Quality Engineer, under the Non-Volatile group of Global Quality, is responsible for setting the strategy, methodology, and direction for quality and reliability for all Micron Controllers. The job requires a motivated individual who works with minimal supervision in a global team environment. Micron is developing next generation memory solutions in which world-class quality controllers are an essential ingredient. The controller QRA engineer can make a direct impact on the quality of these next generation Micron memory products.
In this position, the Controller Quality Reliability Engineer (QRA) should be experienced in all aspects of ASIC quality and reliability engineering. The QRA engineer will participate in the product development life cycle and will collaborate with ASIC product development teams across Architecture, Design, Fab process, Foundry management, package, and Test. You will define qualification plans and requirements for internal designs and third-party IP’s.
Knowledge and experience of Automotive Quality and Reliability requirements as they apply to ASIC controller chips and at the foundry is a must. The successful candidate is expected to have strong analytical skills, tolerance for ambiguity and the ability to work in a team environment. Strong written and oral communication skills with the ability to explain technical concepts to both engineers and senior managers is also a must.
You will be driving the following:
Establish use conditions of the product essential for controller qualification planning
Work with Foundry teams to ensure Automotive Reliability conditions are met in product development and during qualification
Ensure the DFx aspects (design for reliability, design for test, design for debugging) are adequately designed into the controller
Review the qualification plan and support its execution across the extended teams
Ensure product health across fab and assembly by way of monitor plans
Resolve quality and reliability issues by doing risk assessment and creating mitigation plans across product development or high-volume manufacturing
Interpret reliability failures in the context of product risk assessment, assessing the failure statistics and providing mitigation plans
Experience in semiconductor reliability and qualification of automotive ASIC products.
Knowledge of reliability stresses such as ELFR, HTOL, Biased HAST, ESD and Latch-Up
Understanding of semiconductor FAB manufacturing process, FAB related defects, and failure modes
Understanding of ESD and LU testing methodology and failure mechanisms
Cross-functional experience and ability to work with Architects, design engineering, Product Engineering, Test Engineering, Packaging, Foundry management, and Failure Analysis teams
Experience in Packaging, Assembly-related defects, and Package to Die interaction is a plus
Candidate must possess a Bachelor’s degree with 5 to 7 years of experience or Master’s degree or PhD with 3 to 5 years of experience in Electrical Engineering, Materials Science, Physics, Mechanical Engineering or related field.
In addition to the minimum qualifications, the candidate will have experience in one or more of the following:
Design for Reliability assessment and mitigation methods
Design for Test, design for Burn In techniques
Soft Error Rate assessment and mitigation techniques
Electrical measurement and characterization of semiconductor devices
Experience in VLSI circuit, and analog design
Understanding of reliability failure mechanisms and statistics
Design of Experiments
Experience with statistical software such as JMP
Skills in programming or scripting languages such as C,C++, PERL, Python, SQL
Employer will assist with relocation costs.
Internal Number: 138278
About Micron Technology
As the leader in innovative memory solutions, Micron is helping the world make sense of data by delivering technology that is transforming how the world uses information. Through our global brands — Micron, Crucial and Ballistix — we offer the industry’s broadest portfolio. We are the only company manufacturing today’s major memory and
storage technologies: DRAM, NAND, NOR and 3D XPoint™ memory. Our solutions are purpose built to leverage the value of data to unlock financial insights, accelerate scientific breakthroughs and enhance communication around the world.