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Tier-1 employer but highly specialized PhD device-modeling requirement limits candidate pool.
Highly domain-specific semiconductor device modeling skills are not easily transferable across industries.
PhD requirement and niche device-modeling, simulation, and characterization skills enforce strict filters.
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Design and develop compact SPICE models for FDSOI, FinFET, and Bulk MOSFET technologies used in Process Design Kits (PDKs).
Create characterization structures and perform statistical modeling including Monte Carlo and fixed corner models for device modeling accuracy.
Run simulations using HSPICE and Spectre simulators and deliver model-to-hardware correlation reports.
PhD in Electrical Engineering, Electronics Engineering, or related fields.
Strong device physics knowledge with emphasis on MOSFETs; experience with Fully Depleted SOI and FinFET is advantageous.
Experience with compact model extraction and characterization test structures; knowledge of BSIM model families, Python, and ICCAP is a plus.
Work Experience Required: Not explicitly mentioned in the JD.
Technical expertise in semiconductor device modeling and characterization, particularly with MOSFET devices in ultra-low-power CMOS technologies.
Capable of working independently in a fast-paced, dynamic engineering environment with strong communication and collaboration skills.
Experience or strong knowledge in process development, measurements, and high-frequency (RF) device modeling will enhance fit for the role.