Semiconductor Process & Device Simulations Engineer

Siemens EDA (Siemens Digital Industries Software); Cary (NC); Hybrid; USD 136,000 - 217,000; Full time

Benefits offered by this job

Incentive pay

Health benefits

Hybrid work

Job summary

Siemens EDA invites a researcher and application engineer to join the Calibre R&D Team. The role emphasizes physics-based modeling, device and process simulations, and collaboration across DTCO and metrology domains.

The candidate will contribute to high-fidelity modeling for advanced logic and memory nodes. Ideal applicants hold a PhD (or MS with significant experience) in electrical engineering or related fields, with expertise in fabrication, metrology, and device physics.

Qualifications

• PhD (or MS + 5+ years of research/industry experience) in Electrical Engineering, Applied Physics, or related field.
• Experience building physics-based models to solve real-world problems.
• Deep knowledge of semiconductor fabrication processes (plasma etch, CVD, PVD, CMP, Epitaxy, etc.).
• Experience in semiconductor metrology (optical or eBeam) and DTCO is a plus.

Responsibilities

• Collaborate with industry leaders to develop groundbreaking tools for advanced semiconductor manufacturing.
• Develop and optimize physics-based models and simulations for devices and processes.
• Contribute to DTCO efforts and device performance studies across logic and memory technologies.

Skills

Physics-based modeling

Semiconductor fabrication process

Semiconductor device & multi-physics

Semiconductor metrology

Strong problem-solving

Timeline estimation

Team collaboration

Education

PhD in Electrical Engineering

MS in Electrical Engineering + 5+ years experience

Job description

Siemens EDA invites a researcher and application engineer to join the Calibre R&D Team. The role emphasizes physics-based modeling, device and process simulations, and collaboration across DTCO and metrology domains.

The candidate will contribute to high-fidelity modeling for advanced logic and memory nodes. Ideal applicants hold a PhD (or MS with significant experience) in electrical engineering or related fields, with expertise in fabrication, metrology, and device physics.