Algorithms, Board Bring Up, Qt, C, Spi, Can, QML, Linux Device Driver Development, Yocto, Design Patterns, I2c, data structures, Os porting, Buildroot, object-oriented design, Uboot, Agile development process

C, Device Drivers, Cuda, BIOS, Pcie, Bmc, I2c, Linux Kernel, low-level programming languages, resolution of hardware software interfaces, ROCm, GPU libraries, hardware bring-up, Embedded Systems, Troubleshooting, Secure Boot

containerization , Java, Cloud Services, Distributed Systems, Performance Tuning, Kubernetes, Python, Go, AI frameworks, orchestration platforms

Spi, I2c, Uart, Sta, Point of Load converters, cdc, Microarchitecture definition, Automotive Functional Safety standards, Back-End flows, PMBUS, Dft, Synthesis, RDC, PNR, Digital IP Subsystem Design, Fault Grading, Gate driver controllers, Timing Constraints, LEC, Linting, Architecture definition, Mixed signal IP Integration, ATPG, Front-End flow, PMICs, Power intent, MVRC, Spec extraction, SoC Integration

Shell, Perl, Verilog, Python, Tcl, fault modeling, Scan Insertion, MBIST, Timing Analysis, FPGA prototyping, board bring-up, DFT implementation, DFT architecture, VHDL, FPGA-based DFT methodologies, synthesis-aware DFT implementation, ATPG, LBIST

Java, Docker, Kubernetes, Python, Go

bigtable , Java, Apis, Mapreduce, Microservices, REST, Gcp, Azure, Kubernetes, Python, AWS, SRE, Reconciliation, Go, event streaming, PCI-DSS, GRPC, webhooks, ledgering, Spanner, Borg

Rtos, C, Spi, I2c, Python, Java, Peripherals, Usb, Device Drivers, Can, Gpio, Memory Management, Pcie, Ethernet, Interrupt Controllers, Multiprocessor Architecture, ISO26262 functional safety, SoC hardware blocks, Virtualization technologies, Autosar software architecture, UFS, GIC, DCC, Driver Development, Safety architecture, ARM processors, power management