C, Spark, Spi, Pcie, I2c, PLDM, Microcontroller Programming, RISC-V, SMBus, Embedded Systems, MCTP, I3C, Ada, low-level firmware development

Rtos, Usb, Embedded Linux, Uart, Spi, I2c, SD cards, Digital imaging pipelines, image sensors, Flash Memory, Camera ISP development, Electronic debugging tools, Embedded firmware development

Usb, C, Uart, Spi, Gpio, Shell, Jtag, I2c, Python, Linux environments, LTPI, kernel driver development, OpenBMC implementation and architecture, systemd, D-Bus, U-Boot, ARM-based SoC architectures, DTS configuration, BMC firmware development, I3C

Spark, Spi, Pcie, I2c, PLDM, Microcontroller Programming, RISC-V, SMBus, MCTP, Embedded Systems, communication stacks, I3C, Ada, low-level firmware development

C, Device Drivers, Cuda, BIOS, Pcie, Bmc, I2c, Linux Kernel, ROCm, Platform bring-up, Hardware bring-up, board bring-up, Linux kernel bring-up, Secure Boot

Json, Ldap, Spi, Linux Development, File Systems, Https, Pcie, SNMP, I2c, Linux Kernel, Usb, Ipmi, Device Drivers, Smtp, Xml, Redfish, NTP, PMBus, NVMe-MI, IPMB, U-Boot, MCTP, RGMII, KCS

Algorithms, Software Development, Spi, Scalability, Pcie, I2c, data structures, Fault Tolerance, firmware design, Implementation, embedded architectures, Consistency, Troubleshooting, IO technologies, DRAM

Testing, Operating Systems, Computer Architecture, Debugging, Coding Standards, build processes, software engineering best practices, architecture design patterns, embedded development in C, code reviews, source control management, operations, full software development life cycle, Profiling, parallel computing

Testing, Operating Systems, Computer Architecture, Debugging, Coding Standards, software engineering best practices, build processes, architecture design patterns, embedded development in C, code reviews, source control management, operations, full software development life cycle, Profiling, parallel computing