OPC Lithography Engineer – Advanced Semiconductors

GlobalFoundries inc.; Essex Junction (VT); Vor Ort; USD 143.000 - 247.000; Vollzeit

Zusammenfassung

GlobalFoundries is seeking an Optical Proximity Correction (OPC) Engineer to develop and maintain computational lithography solutions that robustly pattern advanced semiconductor technologies.

You will collaborate across lithography, design rules, etch, metrology, and modeling teams to improve pattern fidelity, process margin, and yield, while building automated workflows to increase efficiency and reliability.

Qualifikationen

• Bachelor’s degree in a technical field such as Electrical or Computer Engineering, Physics, or Materials Science.
• Experience in optical proximity correction, computational lithography, semiconductor lithography, or related patterning.
• Proficiency with scripting for engineering automation and data analysis (Python/Perl/Tcl).
• Willingness to travel up to 10% and fluent English (written and spoken).

Aufgaben

• Develop, qualify, and maintain OPC files, recipes, and computational lithography workflows.
• Improve wafer pattern fidelity, process-window performance, and yield with model-based corrections.
• Collaborate with lithography, design rules, etch, metrology, and modeling teams.
• Analyze printing hotspots using simulations and wafer/design data.
• Release OPC solutions through validation and change-control processes.
• Build automated analysis and data-processing pipelines to raise efficiency.

Kenntnisse

OPC concepts

Computational lithography

Patterning

Python scripting

Shell scripting

Ausbildung

Bachelor’s degree in Electrical Engineering

Bachelor’s degree in Computer Engineering

Tools

Python

Perl

Tcl

Jobbeschreibung

GlobalFoundries is seeking an Optical Proximity Correction (OPC) Engineer to develop and maintain computational lithography solutions that robustly pattern advanced semiconductor technologies.

You will collaborate across lithography, design rules, etch, metrology, and modeling teams to improve pattern fidelity, process margin, and yield, while building automated workflows to increase efficiency and reliability.