Process Integration Engineer (MOL2) at Micron Technology
Hiroshima, , Japan -
Full Time


Start Date

Immediate

Expiry Date

15 Jan, 26

Salary

0.0

Posted On

17 Oct, 25

Experience

2 year(s) or above

Remote Job

Yes

Telecommute

Yes

Sponsor Visa

No

Skills

Process Integration, Yield Improvement, Statistical Analysis, Defect Inspection, Metrology Technologies, Failure Analysis, Quality Enhancement, Cost Reduction, Process Control, Continuous Improvement, Communication Skills, Collaboration, Japanese Language Proficiency, English Communication, SOP Adherence, Manufacturing

Industry

Semiconductor Manufacturing

Description
Excellent communication skills to collaborate effectively with various stakeholders to achieve final goals. Commitment to achieving objectives with persistence and resilience. 1. Process Integration and Yield Improvement Ability to leverage intermediate-level knowledge of semiconductor process integration to support yield and quality improvements. Capability to collaborate with other departments such as TD and Manufacturing (MFG) to participate in activities aimed at yield improvement, cost reduction, and quality enhancement. Knowledge of defect inspection and metrology technologies to monitor and improve process stability. Ability to perform failure and yield analysis using statistical tools. Ability to identify failure mechanisms and implement countermeasures based on analysis results. Ability to monitor process control using basic statistical methods. Ability to ensure stable process outcomes through adherence to SOP and continuous improvement. Over 3 years of experience in semiconductor or other manufacturing process Japanese language proficiency at JLPT N2 level or higher Ability to communicate in English, or a strong willingness to do so 必須条件: ・学士号または同等の経験 ・半導体、あるいは他の製造業の製造プロセスの3年間以上の経験があること。 ・日本語能力 JLTP N2以上 ・英語でのコミュニケーションが可能か、コミュニケーションしようとする意欲があること。
Responsibilities
The Process Integration Engineer will leverage knowledge of semiconductor process integration to support yield and quality improvements. This role involves collaboration with various departments to enhance process stability and implement countermeasures based on failure analysis.
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