Senior Silicon Photonics Process Engineer – Yield & Integration

Global Foundries; Town of Malta (NY); On-site; USD 69,000 - 120,000; Full time

Job summary

GlobalFoundries in Malta, NY is seeking professionals to support state-of-the-art 300mm semiconductor manufacturing. The role centers on owning process integration of semiconductor devices and driving improvements in yield, Cp/Cpk, electrical performance, and defectivity.

The candidate will lead a technology module from development through production, manage experiments, and collaborate cross-functionally to optimize quality, cost, and delivery while advancing emerging silicon photonics

Qualifications

• Education: Master’s and/or PhD with desired major in technology-related field (Photonics, Optics, Electrical/Electronic Engineering, Microsystems, Physics, Materials Science).
• Must have at least a 3.0 GPA and good academic standing.
• Language Fluency: English (Written & Verbal).

Responsibilities

• Own and drive the 45nm Silicon Photonics technology product ramp from development through mature production.
• Maintain ownership of a technology module, including prioritizing projects and leading experiment definition and hardware disposition.
• Develop and qualify silicon photonics process flows and integrations to meet product performance, reliability, and defectivity requirements.
• Monitor line performance through data analysis and collaborate cross-functionally to improve yield and reduce costs.

Skills

Communication skills

Leadership experience

Project management

Analytical thinking

SPC/DOE knowledge

Education

Master's or PhD in Photonics/Optics/Electrical Engineering/Materials Science

Job description

GlobalFoundries in Malta, NY is seeking professionals to support state-of-the-art 300mm semiconductor manufacturing. The role centers on owning process integration of semiconductor devices and driving improvements in yield, Cp/Cpk, electrical performance, and defectivity.

The candidate will lead a technology module from development through production, manage experiments, and collaborate cross-functionally to optimize quality, cost, and delivery while advancing emerging silicon photonics