Unit Process Engineer: Automation, Stability & Scale

Infineon Technologies; Singapore; On-site; SGD 56,000 - 89,000; Full time

Job summary

Infineon Technologies in Singapore seeks a Back End Operations professional to oversee scan, pack, and AOI unit processes, focusing on stabilizing production and driving automation for high-volume ramps.

Your role includes optimizing back-end processes, leading automation projects, and ensuring quality and risk management through rigorous investigations and documentation. A related engineering degree and 0–1 year in semiconductors are preferred.

Qualifications

• Bachelor’s degree in Robotic Systems, Electronics, Mechanical Engineering, or a related field.
• 0-1 year of relevant experience in semiconductor industry.

Responsibilities

• Process Optimization: Analyze and characterize back-end processes to reduce variance, improve stability, and support production scaling.
• Automation & Innovation: Drive and participate in process automation projects to enhance efficiency.
• Quality & Risk Management: Lead investigations into process deviations, customer returns, and crisis management while developing risk mitigation strategies.
• Documentation & Standards: Define and maintain critical process frameworks, including Process Flows, FMEA, OJTI, and OCAP.
• Qualification: Support release and qualification of new processes, equipment, and second-source packaging materials.

Skills

Data analysis tools

Embedded systems programming

Education

Bachelor’s degree in Robotic Systems/Electronics/Mechanical Engineering

Tools

Minitab

JMP

Tableau

Power BI

Job description

Infineon Technologies in Singapore seeks a Back End Operations professional to oversee scan, pack, and AOI unit processes, focusing on stabilizing production and driving automation for high-volume ramps.

Your role includes optimizing back-end processes, leading automation projects, and ensuring quality and risk management through rigorous investigations and documentation. A related engineering degree and 0–1 year in semiconductors are preferred.