Graduate Semiconductor Process & Equipment Engineer

Intel Corporation; Leixlip; On-site; EUR 41,000 - 77,000; Full time

Job summary

Intel Ireland is a leading centre for semiconductor manufacturing, delivering advanced process technologies in a high-volume, automated fab environment in Leixlip. The Graduate Process / Equipment Engineer will collaborate across cross-functional teams to transfer new processes, own equipment performance, and drive improvements that enhance safety, quality, yield, and cost performance.

You will develop technical expertise in semiconductor manufacturing, apply data-driven problem solving, and

Qualifications

• Bachelor's or Master's degree in Engineering or Science.
• Analytical and problem-solving skills with data interpretation.
• Strong communication and teamwork across disciplines.
• Proactive approach to learning and continuous improvement in manufacturing.

Responsibilities

• Support transfer of new process/automation technologies into High Volume Manufacturing.
• Own module and/or equipment performance including qualification and monitoring.
• Maintain equipment availability and process performance to meet safety and cost targets.
• Support preventative maintenance and upgrade implementations.
• Use data analysis to identify issues, improve process capability and reduce variation.
• Collaborate with process, equipment, manufacturing, quality and module teams to solve technical challenges.

Skills

Analytical problem solving

Communication teamwork

Proactive learning

Semiconductor manufacturing interest

Data-driven decision making

Education

Bachelor's/Master's in Engineering or Science

Tools

Python

SQL

MATLAB

R

VBA

Shell/Bash scripting

Job description

Intel Ireland is a leading centre for semiconductor manufacturing, delivering advanced process technologies in a high-volume, automated fab environment in Leixlip. The Graduate Process / Equipment Engineer will collaborate across cross-functional teams to transfer new processes, own equipment performance, and drive improvements that enhance safety, quality, yield, and cost performance.

You will develop technical expertise in semiconductor manufacturing, apply data-driven problem solving, and