and electronic component selection. Experience with schematic capture and PCB design tools such as Altium Designer, or equivalent. Hands-on experience in hardware debugging using oscilloscopes, and electronic test equipment. Knowledge of embedded hardware interfaces such as UART, and other relevant protocols. Understanding of power electronics, and signal conditioning. Familiarity with microcontroller-based systems and hardware–firmware integration. Knowledge of EMC/EMI testing, thermal management , and hardware reliability. Ability to interpret technical specifications, Orcad, Spi, Can, Ethernet, Strong knowledge of analog and digital electronics, Circuit Design, Cadence, digital multimeters, logic analysers, I²C, RS-232, RS-485, DC-DC converters, power management, ESD protection, circuit diagrams, datasheets, and engineering drawings

hardware bring up , Spi, Pcie, I2c, Ethernet high speed SERDES 25G interfaces, design validation, X86 architecture, Cadence Concept, SSD memory devices, MDIO, DDR5, Cadence Allegro

BGP, Dom, OSPF, Eeprom, Vxlan, Python, Qos, EVPN, traffic generator like IXIA or similar Network Test equipment, optical transceiver 100G 400G 800G, RoCE, Mpls, RDMA, Optical cables, infiniband

Unix, Lsf, Perforce, Bash, Git, shell scripting, Linux, Perl, Python, Tcl, CVS, Load Sharing Facility, flexlm, Grid Engine, Slurm, high-performance computing

Spi, Can, Lin, Flexray, Ethernet, Pspice simulation, Analog and Digital circuit design, Microcontroller EE Architecture, Mathcad, Schematic and PCB design, Zuken, EE architecture and design, ISO 26262

hardware bring up , Spi, Pcie, I2c, Ethernet high speed SERDES 25G interfaces, design validation, X86 architecture, Cadence Concept, SSD memory devices, MDIO, DDR5, Cadence Allegro

Spi, FPGA Design, Pcie, high speed board design, DDR-5, DDR-4, XFI, xaui, test and measurement equipment, XGMII

os virtualization , Bash, Spi, DDR, Pcie, shell scripting, I2c, Python, Usb, Perl, Ethernet, Linux, Windows Power Shell, EDA schematic design tools, High-speed PCB design, Validation, x86 architecture, Signal Integrity, hardware bring-up, Hardware Design, Windows Operating systems