cmis , C, Spi, Pcie, I2c, Python, Ml, multi-threading, C++, Uart, Gpio, open-source tools, Layer 2/3 network protocols, hardware and device driver development, Optical Networking, QSFP, Linux hardware bring-up, secure-boot, state machine implementation, event handling, network processors, SFP, SFF standards, Ai

cmis , multi-threading, C, C++, Uart, Spi, Gpio, Pcie, I2c, Python, open-source tools, Layer 2/3 network protocols, hardware and device driver development, SFF standards, Optical Networking, QSFP, Linux hardware bring-up, secure-boot, state machine implementation, event handling, network processors, SFP

C, Fpga, C++, Ipmi, Gdb, Uart, Spi, Gpio, Linux, Pcie, Bmc, I2c, Python, Redfish, sonic, KGDB, ONIE

Spi, Gpio, Pcie, I2c, UPDs memory map, Tianocore, coreboot boot stages, ACPI, platform bring-up, FSP device tree concept, eSPI, edk2, payloads to OS bootloader handoff, coreboot FSP boot flow, SeaBios, C Language, Smm, coreboot FSP build tools, x86 CPU APU architectures, opensource coreboot project, x86 coreboot FSP BIOS development, Intel FSP package source code

C, Fpga, Ipmi, Gdb, Uart, Spi, Gpio, Linux, Pcie, Bmc, I2c, Python, C++, Redfish, sonic, KGDB, ONIE

Ras, Windows, Embedded Linux, Uefi, Pcie, Linux, Scripting, power performance configuration, ACPI, memory configuration, BIOS Firmware, SMBIOS, secure boot, platform security, automation using Python or shell scripting

C, Gerrit, Posix, Aspice, Jira, Jenkins, Device Drivers Development, Debugging Tools, Git, Yocto, Linux, Scrum, Qnx, Scrumban, Error Handling techniques, Polarion, C++14, Embedded software systems, Kernel Development, ARM based SoCs, Kanban

eARC), HDMI specifications (HDMI 2.0, Memory Management, Device Drivers, C, C++, Board initialization, Firmware driver development for HDMI interfaces, System optimization techniques, Performance profiling, Kernel-level programming, Linux bring-up, Oscilloscopes, HDMI 2.1, CEC, U-Boot, HDMI protocol analyzers and test suites, Logic analyzers, Bootloaders, Arc