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

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

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

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

C, Fpga, C++, Device Driver Development, Python, Secure-boot, Layer 2/3 network protocols, Optical Networking, Networking peripherals, Open-source tools, network processors, Linux hardware bring-up, Kernel and user space device drivers

Linux Development, C++, English Language, Autosar, ISO26262, ADAS development, Functional Safety, Automotive IVI

C, virtualization, Memory Management, C++, Yocto layers, BitBake, BSP configurations, VM technologies, Linux kernel drivers, DMA, IOMMU, kernel debugging methodologies, graphics and display subsystems, Ubuntu Linux kernel internals, Performance Tools, package selection and dependency management, power management, Scheduling, Root Cause Analysis, interrupt handling