Signal Integrity

Summary

/Objective:The Senior Signal Integrity Engineer will design, drive development of, and validate high-speed connectors for digital applications at 112G-PAM4 and beyond.

Essential Functions/ Responsibilities: Use novel techniques and statistical methodologies in modeling & simulation to design new connectors, cable assemblies, and connector evaluation PCBs with a focus on high quality, tight timelines, and excellent correlation between measurement and simulation. Guide and direct the activities of multifunctional team(s) per the priorities set by engineering management & learnings from SI simulations/measurements on developing major new products. Perform high-speed empirical and analytical signal integrity evaluations of interconnects. Work with high-speed laboratory staff as needed to validate design and correlate measurements with simulations using VNA, TDR, and Oscilloscope. Provide development input to mechanical design teams, as well as create electrical models and associated supporting documentation. Analyze variation dependence and perform parametric optimization of models using DOE methodologies. “The responsibilities as defined are intended to serve as a general guideline for this position. Associates may be asked to perform additional tasks depending on strengths and capabilities”

Required Experience: 5-10 Years’ Experience designing and developing high-speed digital, RF, and/or microwave connectors. Experience using commercial 3D field solvers to study electromagnetic effects, with strength in Ansys software highly preferred. Familiarity with high volume connector manufacturing methods & processes is required. Must have a proven track record of successful connector design. Communication skills are a must as this person will interact with engineers in different disciplines, potentially with electrical standards bodies, as well as with members of management. Must be able handle multiple projects simultaneously as priorities can change quickly.

Education:

Bachelor’s Degree in Electrical Engineering (BSEE), Physics, or related field with Master's Degree in EE preferred.

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