Back to search

Physical Design Engineer - Static Timing Analysis, Annapurna Labs

Annapurna Labs (U.S.) Inc. · Cupertino, CA · Annapurna Labs

Compensation

$157k – $212k /yr

Employment type

Full-time

Work setting

On-site

Location

Cupertino, CA

Schedule

Day shift

Posted

Apply for this job

You'll be redirected to the employer's application page.

Job overview

The Physical Design Engineer - Static Timing Analysis role is an onsite position based in Cupertino, CA. The base salary range is $157,300.00 - $212,800.00 USD annually, and this role supports the Annapurna Labs team in developing machine learning acceleration hardware. This role exists to develop and maintain flows for block and full-chip level static timing analysis. The engineer writes, debugs, and validates timing constraints and provides guidance on fixing timing issues.

What you'll do

  • Develop & maintain flows for static timing analysis
  • Write, debug & validate timing constraints
  • Run Static Timing Analysis
  • Provide guidance on how to fix timing issues
  • Develop scripts to automate running timing analysis.

What we're looking for

Skills & competencies
full-time
day shift
cupertino ca
annapurna labs
physical design
static timing analysis
asic
machine learning
hardware
$157k-$212k/yr
Work arrangement
  • Weekend coverage required

Benefits & perks

  • Health insurance, 401(k) matching, paid time off, parental leave, sign-on payments, RSUs

Why this role

Requires expertise in timing analysis fundamentals.

About the employer

Annapurna Labs (U.S.) Inc. is hiring for this role. Industry: Computing Infrastructure Providers, Data Processing, Web Hosting, and Related Services. Sector: 51.

Additional details

Industry sector
51
Industry
Computing Infrastructure Providers, Data Processing, Web Hosting, and Related Services
Occupation code
17-2061.00
Apply for this job

You'll be redirected to the employer's application page.

Browse more jobs

Listing ID: 804b8150-6cf7-4a12-a7b8-442189e28b06

    Physical Design Engineer - Static Timing Analy… | CollabWORK