C Programming, Python, Security practices in firmware software development, Linux auxiliary bus driver model, Out-of-band device management, NVMe host or target driver development, RDMA RoCE, DRAM architecture, Linux kernel module development, Multi-function PCIe device architectures, GPU host-side driver development, PCIe protocol expertise, MCTP OpenBMC stacks, CXL Compute Express Link, ARM SoC architecture

LINT, Sta, Synchronous design concepts, Memory operation, power analysis, SoC design flows, CMOS Circuit Design, Rtl Design, Synthesis, spyglass, device physics, CDC methodologies

Shell, Tcl, Perl, DMA, digital design fundamentals, control data path logic, protocol bridges, low-power design flows, systemverilog, power performance and area optimization techniques, lint CDC RDC synthesis STA constraints, RTL design using Verilog, memory-mapped peripherals, micro-architecture definition, Dft, bus fabrics, debugging skills for simulation synthesis and integration issues

performance verification, coverage analysis, Assembly, systemverilog, RTL SoC Subsystem verification, UVM Portable Stimulus, Formal verification flows, functional test vector development, UVM verification, test plan definition, UVM environment development, Power Aware verification, post-silicon bring-up debug, ARM based CPUs, testcase development in C, use-case verification

Rtl Design, Subsystem design, Axi, SoC integration, APB, Subsystem IP integration, Microarchitecture

Perl, Pcie, Shell scripting, Ethernet, Tcp Ip, VCS simulation tool, RDMA IPs, Verilog RTL design, DMAs, NVMe based Storage IP, Silicon IP development

Tcp Ip, Shell scripting, Ethernet, Perl, Pcie, RDMA IPs, Design for Test methodologies, NVMe based Storage IP, Verilog RTL design, Silicon IP development process methodologies, VCS simulation tool, DMAs