High-speed link modeling and simulation, including high-speed I/O, IC package, and system interconnections.
Modeling and analyzing power delivery networks.
Electromagnetic modeling of complex 3-dimensional structures.
Perform pre- and post-route signal integrity analysis of both PCB and ASIC package designs.
Write signal integrity design guidelines, test plan, and test report.
Decide appropriate PCB material, stack-up, and work with vendors to address any DFM issues.
Support prototype function bring-up, validation, and troubleshooting.
Address signal integrity challenges on system high-speed interconnections, clock, power, etc.
Work closely with other hardware function teams including HW design, eCAD, Mechanical, Power, EMC, and Diag to deliver first-class products.
Contribute to the overall SI/PI technology roadmap, evaluating new tools, techniques, and design approaches to maintain a competitive edge
Minimum Qualifications
5+ years of related experience with a Bachelor’s Degree in BSEE, or 3+ years of experience with a Master’s Degree, relevant/transferable professional work, and/or classroom learning.
BSEE degree.
Experience applying EE fundamentals, EM theory, and coupling mechanisms in circuit or system design, analysis, or troubleshooting through projects, coursework, or work experience.
Hands-on experience with simulation or analysis of transmission lines, channel modeling, and signal/power integrity via academic or professional projects.
Practical experience configuring and interpreting measurements from VNA, TDR, and oscilloscopes, demonstrated in lab, research, or engineering roles.
Preferred Qualifications
Strong tools knowledge with tools such as HFSS, ADS, Matlab, Cadence PowerSI/DC, Allegro, Simbeor, and HSpice.
Proficiency with 3-D field solvers and PI (Power Integrity) simulation tools such as PowerSI/DC.
Self-motivation, collaboration, strong communication, and a desire to innovate are important.
Working experience with high-speed NRZ and PAM4 SerDes, as well as high-speed PCB/package development and PI analysis, is a plus.
Masters or PhD in Electrical Engineering
Knowledge of optical transceiver module types, form factors, and requirements.