Python, Routing, Perl, Tcl, physical design methodologies, floor-planning, CTS, Synopsys Fusion Compiler, PPA tradeoffs, LVS, Calibre, Physical Verification, Extraction, StarRC, floor plan synthesis, Synthesis, Apache Redhawk, CPU physical design, EM, Ir, signoff, Place And Route, Timing Closure, DRC, Cadence PrimeTime, Placement

redhawk , Python, Routing, Apache, Perl, Tcl, physical design methodologies, floor-planning, CTS, PPA tradeoffs, LVS, Calibre, Physical Verification, Extraction, StarRC, Synopsys fusion compiler, floor plan synthesis, Synthesis, CPU physical design, EM, Ir, signoff, Place And Route, DRC, Timing Closure, Cadence PrimeTime, Placement

redhawk , Python, Routing, Apache, Perl, Tcl, physical design methodologies, CTS, floor-planning, PPA tradeoffs, LVS, Calibre, Physical Verification, Extraction, StarRC, Synopsys fusion compiler, floor plan synthesis, Synthesis, CPU physical design, EM, Ir, signoff, Place And Route, Timing Closure, DRC, Placement, Cadence PrimeTime

redhawk , Physical Verification, PNR and signoff tools, Physical design implementation, Cadence Innovus, IR EM mitigation, STA constraints, primetime, Synopsys ICC2, Tempus, Power grid and PDN methodology, Voltus, Floorplanning and partitioning strategies

Perl Scripting, Sta, High Speed Cores, Circuit Level Comprehension, RTL to GDSII Implementation, Leakage Power, Signal Integrity, Multi-Vt Flow, IC design, Dfm, Power Supply Management, Deep Sub-Micron Design, Physical Design, Power Gating, High Frequency Design Convergence, PDN Methodology, PPA Targets, Timing Signoff

PERL, Static Timing Analysis, Tcl, SDC constraints, primetime, Place and route methodologies, Tk, Manual timing fixes ECO generation, Tempus, DMSA Tweaker ECO flows