Scripting, Version Control Systems, Verilog, Clock power management, PD implementations, Linting, RTL design process, Verification, Dft, VHDL, Synthesizable RTL, BUS Protocols, UPF coding, High Speed SerDes protocols

Sta, cdc, LINT, power analysis, UPF, Dft, RDC, Low Power design techniques, RTL coding techniques, Synthesis, Digital physical implementation, Place-and-route

Scripting, Soc, Version Control Systems, Verilog, Clock power management, PPA, PD implementations, Linting, RTL design process, Verification, Security, Dft, VHDL, Synthesizable RTL, BUS Protocols, systemverilog, UPF coding, Fabrics, High Speed SerDes protocols

Debugging, High-speed digital design, High-bandwidth data movement architectures, Switching fabric design, High-speed interconnects, Memory subsystem design, Low-power methodologies, SoC architecture and integration, Synthesis, Microcontroller-based systems, Performance Analysis, Silicon bring-up, ASIC development flows

Computer Engineering, LINT, Synthesis, power-aware design using UPF, ASIC design methodologies, SoC design lifecycle, Electrical Engineering, Computer Science

Perl, Python, Tcl, FineSim, CTS, POCV concepts, Hspice, primetime, Monte Carlo analysis, STA tools, STA fundamentals, cross-talk, ICC2, Spice simulations, Tempus, Innovus, Signal Integrity, scripting proficiency, Timing Constraints, Parasitic Extraction, noise, ASIC back-end flows, AOCV

Verilog, SVA, formal verification, Assertions, Uvm, debugging complex RTL, systemverilog, Functional verification methodologies, testbench issues, Coverage