SoC STA Engineer

Job Description
AXGs Graphics SoC team is responsible for delivering discrete graphics solutions to client and server product segments. We are looking for a Engineers with expertise in SoC timing closure to join our team. This team is focused exclusively on SoC timing closure for Discrete Graphics SOCs . In this role responsibilities include, but are not limited to- � Work with Architecture and Design teams to understand timing specification and performance requirements of SOC and its IPs � Provide inputs to logic designers in coding/validating timing constraints, debug constraints related issues � Work hand-in-hand with Floorplanning and Physical Design teams for defining timing budget and support partition timing closure/sign-off � Experience in generating timing ECOs across modes/corners

Qualifications

� Candidate should possess a Bachelors or Masters in Electrical/Electronics Engineering or Equivalent � 3+ Expertise in Static Timing Analysis (STA) using Synopsys PrimeTime or any other equivalent industry tool � Very clear understanding on Crosstalk delay/noise, Derates, AOCV/POCV concepts and its impact of design closure � Very clear understanding of Timing lib generation and associated quality checks � Well versed with TCL/Perl/Shell Scripting � Good communication and organizational skills � Excellent Team work and customer orientation skills

Inside this Business Group

If you are passionate about computer graphics and working with leading graphics engineers on Intel's latest GPU/CPU architecture, then our GTCHE team has opportunities for you. As part of GTCHE (GTCHE: GFX and Throughput Computing Hardware Engineering) team we are passionate about delivering best-in-class visual experiences that enable users to immerse themselves in a new visual future. You will develop graphics, media, display and imaging solutions for a range of platforms from traditional PCs to high end datacenter servers.

Other Locations

India, Hyderabad

Work Model for this Role

This role will be eligible for our hybrid work model which allows employees to split their time between working on-site at their assigned Intel site and off-site.