Quantum Cryo CMOS Design Enablement

GlobalFoundries•New York, NY

10d•$98,000 - $176,000•Onsite

About The Position

The Quantum Cryo CMOS Design Enablement (MTS) role is a technical contributor within the Quantum Technology Solutions organization, reporting to the Sr. Manager / Deputy Director of Cryo CMOS Design Enablement. This position supports the development of cryogenic CMOS design enablement capabilities to enable quantum and cryogenic technologies, focusing on translating device and process innovations into usable Process Design Kits (PDKs) and design flows. The role bridges semiconductor device physics, modeling, characterization, and EDA environments to support scalable, manufacturable, and customer-usable cryogenic design solutions.

Requirements

BS or MS in Electrical Engineering, Physics, Applied Physics, or related field
5+ years of experience with device modeling, characterization, or test structures
Familiarity with electrical characterization techniques and data analysis
Experience working with EDA tools and semiconductor design flows
Strong analytical, problem solving, and communication skills

Nice To Haves

Experience with cryogenic electronics or low-temperature device behavior
Exposure to PDK development or compact model implementation
Experience designing test chips or supporting silicon validation activities
Familiarity with variability modeling or statistical data analysis
Experience working with EDA vendors
Exposure to quantum computing hardware

Responsibilities

Contribute to development of cryogenic CMOS PDKs, including compact models, parameter extraction, and validation across temperature regimes.
Support device modeling efforts by correlating silicon data, simulations, and model behavior to ensure predictive accuracy.
Develop and execute electrical characterization plans for cryogenic CMOS devices and circuits.
Design and implement test structures and test sites to support model extraction and validation.
Contribute to test chip design and evaluation to enable continuous improvement of PDK capabilities.
Analyze characterization and test data to identify trends, variability, and opportunities for model and design rule improvements.
Support development and deployment of design flows, model integration, and PDK deliverables within EDA environments.
Collaborate with EDA vendors to enable modeling, simulation, and design capabilities for cryogenic and quantum applications.
Work cross-functionally with device, process, integration, and design enablement teams to translate technology into usable design collateral.
Document methodologies, assumptions, and results to support scalable design enablement and knowledge transfer.