Join our team!

We have a collaborative, respectful, open and fun culture, coupled with a mission driven mentality as we work towards building an iconic, enduring high technology company.

Santa Clara, CA (Preferred) / India / Taiwan – FULL TIME
Standard Cell Characterization Engineer

Job Title: Standard Cell Characterization Engineer
Location: Santa Clara, CA / Bengaluru, India / Taipei, Taiwan
Position Type: Full-Time

About Us

Auradine is a fast-growing, well-funded startup building scalable, sustainable, and secure
infrastructure for blockchain and AI applications. Founded in 2022 and backed by top-tier
investors, our team includes veterans from Palo Alto Networks, Marvell, Intel, Google, and other
leading tech companies. We are headquartered in Santa Clara, CA.

Role Overview

You will own the cell characterization flow in Auradine and play a critical role in building the
foundation of our ASIC and silicon platform by enabling high-quality, high-performance cell
libraries.

Job Responsibilities

● Characterize standard cells for advanced technology nodes.
● Generate Liberty (NLDM/CCS/ECSM) timing, power, and noise models.
● Drive methodology improvement to achieve accurate and self-consistent characterization
with reasonable runtime.
● Develop automation and analysis scripts in Python or Perl.
● Interface with design, physical implementation, and CAD teams to ensure library quality
and smooth integration.
● Perform silicon correlation and validation of characterized models as needed.

Qualifications

● Bachelor’s or advanced degree in a related field.
● Minimum 3+ years of experience in standard cell library characterization.
● Experience with Liberate or PrimeLib.
● Strong command of SPICE simulations and Liberty model generation.
● Strong scripting ability in Python, Perl, or TCL.
● Understanding of advanced node design challenges (e.g., 7nm, 5nm, 3nm).
● Knowledge of standard cell design and physical layout.
● Familiarity with library QA methodologies.
● Deep understanding of power analysis, variation-aware characterization and LVF
methodology.

 

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