Senior PIC Wafer Process Integration Engineer

SCINTIL Photonics; Grenoble; Sur place; EUR 70 000 - 100 000; Plein temps

Résumé du poste

SCINTIL Photonics seeks a PIC Wafer Process Integration Engineer to qualify, optimize and industrialize the PIC manufacturing platform, partnering with external foundries and R&D collaborators.

You will drive DOE, FA, and reliability plans; analyze yield data; lead root-cause investigations; and collaborate across design, test, operations and supply to ensure a robust, scalable photonic technology and a smooth transition to volume manufacturing.

Qualifications

• Must have a Master’s degree or PhD in Materials Science, Semiconductor Physics, or related field
• Minimum 5 years of experience in process integration (PIC, semiconductor, or MEMS)
• Strong problem-solving skills and collaboration
• Experience with risk analysis methodologies (FMEA) and DOE

Responsabilités

• Monitor wafer qualification and production lots with external foundries
• Define and execute qualification, characterization, corner lot, and reliability plans
• Analyze wafer, device, reliability, and yield data using statistics and DOE
• Lead root-cause investigations and Failure Analysis on photonic devices and lasers
• Correlate fabrication processes, device performance, and laser reliability to improve yield and reliability
• Collaborate with design, test, operations, purchasing, and foundry partners on FMEA, control plans, and qualification reports

Connaissances

Problem solving

DOE familiarity

FMEA familiarity

Team collaboration

English proficiency (C1)

Formation

Master's degree in Materials Science or Semiconductor Physics

PhD in related field (preferred)

Outils

SEM

FIB

EDX/EDS

TEM

Python

MATLAB

JMP

Description du poste

SCINTIL Photonics seeks a PIC Wafer Process Integration Engineer to qualify, optimize and industrialize the PIC manufacturing platform, partnering with external foundries and R&D collaborators.

You will drive DOE, FA, and reliability plans; analyze yield data; lead root-cause investigations; and collaborate across design, test, operations and supply to ensure a robust, scalable photonic technology and a smooth transition to volume manufacturing.