Role Summary
This position involves working on next-generation technology integrated within AMD Microprocessors, focusing on Servers, Personal Computers, Graphics Cards, and VR devices. The role is within the UMC FEINT/Implementation team, focusing on high-speed designs exceeding 2G.
Experience Level
Minimum of 12 years of relevant work experience in ASIC RTL Design and Synthesis is required.
Responsibilities
The core duties for this role include:
- Performing logical and physical synthesis of IP blocks.
- Analyzing and verifying design specifications for functionality, performance, and area.
- Defining synthesis design constraints and resolving timing analysis (STA) issues.
- Conducting timing analysis and offering solutions for timing violations.
- Completing design quality checks and data quality assessments.
- Collaborating with RTL engineers to troubleshoot timing issues.
- Leading the evaluation of new tools and refining methodologies.
- Developing and improving automatic ECO generation scripts for timing closure.
- Implementing low-power optimizations and UPF.
Requirements
The ideal candidate should possess:
- Extensive experience with Synopsys tools for ASIC synthesis and timing constraints.
- A strong foundation in Timing analysis and CDC.
- Expertise in CDC/RDC/LINT closure processes.
- Familiarity with power intent definitions and implementations (UPF).
- Knowledge of low power optimization techniques.
- Proficiency in Verilog, System Verilog, and scripting languages such as Perl/TCL/Makefile.
- Experience in power analysis tools like Power Artist and PTPX.
- Knowledge of LEC and LP signoff tools.
- Understanding of VLSI front-end design processes.
- Capable communication skills for effective teamwork across global teams.
Education Requirements
A Bachelors or Masters degree in Computer Engineering or Electrical Engineering is required.