multi-threading, C, Gdb, Uart, Spi, Gpio, Pcie, I2c, Python, Linux hardware bring-up, state machine implementation, KGDB, event handling

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

multi-threading, High Availability, C, Gdb, Firewalls, Vpns, Networking Protocols, Linux operating systems, embedded system development, Routing technologies, SD-WAN

Package Management, Containers, Microservices, Rest Api, Terraform, Python, Jfrog Artifactory, Bash, Jenkins, Ansible, Kubernetes, System hardening, Pulp, Red Hat operating systems, AI-assisted software development tools, Linux infrastructure development, Kernel tuning, Windows Server operating systems, Red Hat Satellite, OS configuration, Ansible Automation Platform, Citrix virtualization infrastructure, Cloud hybrid and virtualized infrastructure, CI/CD pipelines, Ansible Core, Source Control, Build automation tools

Drm, C, Linux kernel development, ROCm software development, dmesg, ftrace, kgdb, KFD, GPU diagnostic tools, tracepoints, GPU compute software, Linux device-driver development, Crash dumps, ROCm profiling tools, amdgpu driver, PERF

Computer Networks, Embedded C, Uart, Spi, Can, I2c, C Programming, threads scheduling, Performance optimization, assembly instruction sets, debugging tools like Lauterbach and Trace tools, RTOS Linux based systems, Embedded concepts on the ARM platform SoC, embedded architecture, Multi process communication, processor architecture ARM

Usb, Embedded Linux, Uart, Networking, Spi, Kernel Configuration, Gpio, Yocto, Boot Process, Debugging, Linux Internals, I2c, Arm, Linux Kernel, cross-compilation, hardware software integration, Buildroot, hardware platforms, vendor SDKs, system bring-up, BSP device drivers, embedded Linux build systems, middleware architecture