Physical Design Implementation Flow Development Engineer

Job Title: Physical Design Implementation Flow Development Engineer

location: REMOTE...

Duration: 12+ Months

Work Type: Contract

Pay rate: $80-80/hr on w2

Job Description
? Develop flow and methodology for physical design implementation in advanced technology nodes, including 2nm.
? Responsibilities include physical design implementation methodology development for multi-hierarchy low-power designs including physical-aware logic synthesis, design for testability, floorplan, place & route, clock tree synthesis, routing, static timing analysis, IR Drop, EM, and physical verification.
? Support & resolve design and flow issues related to physical design implementation, identify potential solutions, and drive & implement methodology improvements.

Qualifications & Requirements

Basic Qualifications: ? Bachelor's degree in Electrical Engineering or Computer Science. ? 5-12 years? experience in ASIC design flow usage & development. ? RTL2GDS experience on advanced technology nodes (7nm and below). ? Experience with low power implementation and signoff, power gating, multiple voltage rails, UPF knowledge. ? Proficiency with ECO implementation for timing, functional and DFT modes. ? Experience in Block-level and Full-chip floor-planning and power grid planning. ? Experience in Block-level and Full-chip design implementation. ? Strong expertise in Python & TCL programming. ? Experience with multi-clock and multi-power domain designs. ? In-depth experience working with EDA tools like Fusion Compiler, ICC2/Innovus, Primetime, Calibre.

Preferred Qualifications: ? Proficiency in advanced synthesis, physical implementation & timing closure techniques to achieve aggressive low power, area, and timing goals. ? Experience in running physical-aware logic synthesis and achieving optimal synthesis QoR on low power designs. ? Knowledge of static timing analysis, defining timing constraints and exceptions, corners/voltage definitions. ? Experience working with EDA tools Redhawk/Voltus

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