- Model technique for physical signaling channel topologies including differential, single ended, and parallel bus types.- Interconnect modeling capability, using S-parameter, W-elements. - Understanding of channel types including cabling, PCB materials, flex materials, and connector design methods and limitations is required. - Skills with associated tools for 2.5D (PowerSI, SIWave, Sentinel-PI, nSys), - Skill with associated tools for 3D Full wave (HFSS, nWave), quasi-static tools (Q3D, nApex). - Relevant working knowledge of IBIS-AMI, HSPICE, Spectre, AMS, and Simplis models for system-level transient analysis is also necessary.- Working knowledge of ADS. - Measurement expertise with frequency and time domain tools (VNA, TDR) including calibration methods. - Ability to complete channel analysis, target impedance analysis, transient voltage droop and phase margin/stability analysis. - Experience with PERL, MatLab and other scripting languages. - Excellent documentation and communication skills.- Ability to work independently, and demonstrated ability to innovate.