Process Integration Engineer — Yield & NTO Innovation

TSMC; Camas (WA); On-site; USD 87,000 - 116,000; Full time

Benefits offered by this job

401(k) with employer match

Employee stock purchase plan

12 holidays per year

120 hours PTO annually

Onsite fitness center

Job summary

TSMC Washington in Camas, WA is seeking a Process Integration Engineer to join the PIE team, supporting 0.15um–0.18um product lines and NTO flows, with room for fresh grads or early-career engineers to grow in a world-class manufacturing environment.

You will assist in daily yield maintenance, CIP projects, and collaborating with Fab module engineers to drive process integration and line stability while maintaining high engineering standards and customer trust.

Qualifications

• Bachelor's or Master's degree in EE, Materials Science, Physics, Chemical Engineering, or related field.
• Fresh graduates or 1–3 years of semiconductor experience.
• Basic understanding of semiconductor physics and manufacturing processes; data analysis tools preferred (SPC/DOE).

Responsibilities

• Process Integration Support: Manage daily process integration tasks for 0.15um/0.18um lines to ensure line stability.
• Yield Maintenance: Monitor inline data, analyze yield detractors, and assist CIP projects for yield/defect reduction.
• Troubleshooting: Collaborate with Fab module engineers to investigate process abnormalities and implement corrective actions.
• NTO Support: Assist senior engineers in executing New Tape-Out flows and pilot run tracking.

Skills

Data analysis

SPC

DOE

English comms

Teamwork

Education

Bachelor's/Master's in EE or related

Job description

TSMC Washington in Camas, WA is seeking a Process Integration Engineer to join the PIE team, supporting 0.15um–0.18um product lines and NTO flows, with room for fresh grads or early-career engineers to grow in a world-class manufacturing environment.

You will assist in daily yield maintenance, CIP projects, and collaborating with Fab module engineers to drive process integration and line stability while maintaining high engineering standards and customer trust.