Description
You will work on memory IP that powers everything from AI accelerators to automotive SoCs. The problems are hard, the standards are high, and the work matters.
Design and develop embedded memory compilers at the transistor level, working across bitcell design, sense amplifiers, decoders, and control logic.
Troubleshoot circuit-level issues across process corners, voltage ranges, and temperature conditions to ensure robust memory performance.
Collaborate directly with the design lead to define circuit architectures, evaluate tradeoffs, and drive design decisions that balance performance, area, and power.
Learn and apply advanced memory compiler techniques including timing closure, leakage optimization, and yield enhancement strategies.
Resolve complex circuit design challenges using simulation tools like HSPICE, Spectre, or equivalent, iterating until the design meets all specifications.
Engage with internal teams and external customers to understand memory requirements, debug issues, and deliver solutions that meet real-world product needs.
Contribute to the development and validation of memory IP used in cutting-edge applications across AI, automotive, mobile, and data center markets.