Job Description In this position, you will be responsible for all aspects of STA & timing closure activities of Intel's SoCs in lower technology nodes. Your tasks will include but not limited to:Design & Architecture understanding, Interaction with FE/DFT/Verification teams, Clocking, Constraints development, ACIO Timing, Understanding on synchronous & asynchronous paths, Clock domain crossing issues, Understanding and debugging extraction issues, Deciding timing signoff modes & corners, Design margins, Hierarchical timing including IO budgeting for partitions, Drive the designs to timing closure, interacting/supporting synthesis and APR team during timing closure cycle, timing ECOs, Timing model build, Timing signoff & quality checks. You will also be part of debug/troubleshoots for a wide variety of tasks up to and including difficult/critical design issues and proactive intervention, as required.
Qualification: Education: B.Tech. or M.Tech. in Electrical/Electronics Engineering with 4+ years' of experience. Preference: Master's Degree in Electrical/Electronics Engineering with VLSI/microelectronics specialization, with 4+ years of experience in STA.Key Skills: - In-depth knowledge & hands-on experience with the overall silicon implementation flows and methodologies such a STA, Synthesis, Clocking is required. Good understanding & exposure of overall Timing closure cycle in SoC. - Good scripting skills in TCL/Perl/Shell. Expertise in STA signoff tools PT/ETS. - Skill in Synopsys tools PT/DC & exposure to ICC will be an added advantage. - Solid understanding of process and design interactions as they relate to target frequency and interaction with timing paths and resulting leakage and power trade-offs. - Solid technical and good communication skills.
Inside this Business Group
The Platform Engineering Group (PEG) is responsible for the design, development, and production of system-on-a-chip (SoC) products that go into Intel’s next generation client and mobile platforms. PEG strives to lead the industry moving forward through product innovation and world class engineering.