Device Drivers, Usb, Linux kernel, Embedded Software Development, Spi, BIOS, Uefi, Pcie, Sata, I2c, embedded software debugging techniques, open-source management, bootloaders, high-speed IO driver development and debugging, ARM processors, kernel configuration and tuning, CPU system architecture, generation and up streaming patches, user and kernel mode device drivers, power and performance management, standard real-time Linux

Device Drivers, Usb, Linux kernel, Embedded Software Development, Spi, BIOS, Uefi, Pcie, Sata, I2c, Linux runtime and build infrastructure, embedded software debugging techniques, open-source management, bootloaders, high-speed IO driver development and debugging, ARM processors, kernel configuration and tuning, CPU system architecture, user and kernel mode device drivers, power and performance management, Linux distros, standard real-time Linux

Usb, Device Drivers, Kernel Configuration, Spi, Uefi, BIOS, Linux, Pcie, X86, I2c, Sata, Arm, Embedded Software Development, Open-Source Management, Debugging Techniques, CPU System Architecture, High-Speed IO Driver Development, Bootloaders, Performance Management, Real-Time Linux

Linux Kernel Programming, C Programming, Debugging, Linux Device Driver Development, Version Control Systems, Git, Problem-solving

windows driver development , Usb, Gerrit, Embedded Systems Development, JIRA, Git, Pcie, I2c, Windbg, C++, Firmware, Release management, KMDF, Operating System Internals, WHQL certification, UMDF, Driver build processes

C, C Sharp, Embedde C, Linux

cmis , multi-threading, C, Uart, Spi, Gpio, Pcie, I2c, Python, open-source tools, SFF standards, Optical Networking, QSFP, Linux hardware bring-up, secure-boot, state machine implementation, event handling, network processors, SFP