Semiconductor Product Manufacturing Engineer (Excluding Production Engineers)

はんどうたいせいひんせいぞうぎじゅつしゃ

Industry & Occupation

Engineering & Manufacturing

Classification

Summary

A technical position that operates and manages semiconductor wafer manufacturing processes, working to improve product yield and reduce defects.

Description

Semiconductor manufacturing engineers are specialists who operate and monitor multi-stage manufacturing processes such as photolithography, etching, film formation, and CMP in clean rooms, aiming to optimize conditions and improve yield. They identify and resolve issues through equipment parameter adjustments, defect analysis, and statistical quality control to maintain stable mass production systems. They also respond to technological innovations associated with process miniaturization and the introduction of new materials, collaborate with other departments, and handle equipment maintenance tasks. While acquiring the latest technologies and process management techniques, they comply with safety and quality standards to achieve high-efficiency production.

Future Outlook

Increasing demand for advanced chips for AI and 5G will heighten the need for specialized engineers. Greater adaptability to automation and AI-based process control technologies will be required.

Personality Traits

Has a strong attention to detail / Has cooperativeness / Has patience

Work Style

Clean Room Duty / Domestic and International Business Trips / Shift / Team System

Career Path

Process Engineer → Senior Process Engineer → Process Development → Production Technology → Fab Manager

Required Skills

Clean Room Work Procedures / Measurement Instrument Operation / Process Parameter Optimization / Semiconductor Manufacturing Equipment Operation / Statistical Quality Control / Yield Analysis

Recommended Skills

Data Analysis / Equipment Maintenance Knowledge / Equipment Troubleshooting / Project Management

Aptitudes (Strengths Preferred)

Item Description
Adaptability Manufacturing conditions and technologies are frequently updated, requiring adaptability.
Analytical & Logical Thinking The ability to logically analyze and optimize complex process conditions is essential.
Attention to Detail & Accuracy To maintain quality without overlooking minute defects.
Learning Agility & Knowledge Acquisition Process technologies and equipment are constantly evolving, requiring continuous learning.
Numerical & Quantitative Analysis Statistical methods are used for process control and yield analysis.
Problem Solving Necessary to quickly identify causes and implement measures when defects occur.

Aptitudes (Weaknesses Acceptable)

Item Description
Physical Stamina & Endurance Mainly clean room work with little heavy labor.

Aliases

  • Process Engineer
  • Semiconductor Manufacturing Engineer
  • Wafer Manufacturing Engineer

Related Jobs

  • Manufacturing Operator
  • Production Engineer
  • Quality Control Engineer
  • Semiconductor Process Development Engineer

Tags

Keywords