power integrity , Routing, CTS, primetime, Fusion Compiler, floorplanning, ICC2, PDN Placement, Physical Verification, Calibre, Innovus, SoC ASIC Physical Design, Timing Closure, signoff methodologies

power optimization , FPGA Design, floorplanning, Place And Route, Timing Analysis, DRC/LVS Checks, Signal Integrity, Physical Verification, RTL Synthesis, Circuit Layout

Tcl, Routing, Perl, Netlist2GDSII Implementation, Power Integrity Analysis, primetime, Floor Planning, Physical Verification, Cadence Tools, Calibre, CTS, Innovus, Sta, ICC2, Physical Design Methodologies, Tk, Placement, PT-PX, sub-micron technology

Tcl, Python, PERL, Seahawk, Synthesis, ECO Timing Closure, Layout Closure, Block-level and Full-chip Floor-planning, primetime, Physical Verification, Ir, CTS, Innovus, Sta, ICC2, Physical Design, Tempus, RTL2GDSII flow, Place And Route, Timing Convergence, High Frequency Design Methodologies

power integrity , Routing, CTS, floorplanning, Low-Power Design, Synthesis, Physical Verification, Timing Closure, Placement, Sign-off, Multi-Voltage Domains, Physical Design implementation

EM IR understanding and fixes, PnR-Floorplan Macro placement, STA analysis, Util area reduction experiments, ECO cycle, Physical aware Synthesis using FC, PV closure, Density Congestion Timing issues and fixes

Physical Design, Physical Design Engineer, Automation script

redhawk , Verilog, Shell, PERL, Tcl, Fusion Compiler, Innovus, Calibre, VHDL, Starrcxt, place and route methodologies, low power physical design flows and methodologies, physical implementation and analysis tools, timing and signal integrity analysis, power integrity and reliability analysis, power grid planning and implementation, timing and metal-only ECOs, post-route timing optimization, placement and optimization, floorplan exploration and optimization, Clock Tree Synthesis

Perl, Python, Tcl, primetime, StarRC, Cadence Innovus, Synopsys ICC2, Power Planning, Automation scripts, Debugging complex issues, Physical design methodologies, floorplanning, Physical Verification, Physical design flows, EM analysis, Timing Closure, Placement, CTS routing optimization, Signal Integrity, Low-power design techniques