Staff AMS Layout engineer-DPG-LPDDR

Micron Technology is a world leader in innovating memory and storage solutions that accelerate the transformation of information into intelligence, inspiring the world to learn, communicate and advance faster than ever.

Own and drive custom analog and mixed-signal layout for critical LPDDR PHY blocks, including Datapath, bias networks, IO front ends, and reference circuits, ensuring robust operation across PVT, low noise coupling, and high matching accuracy

10+ years of solid hands-on experience in custom analog and high-speed layout design, with proven expertise in implementing and delivering critical analog blocks and LPDDR/high-speed interfaces at advanced technology nodes

Lead high-speed LPDDR (LPDDRx) interface layout execution , solving complex signal integrity challenges such as skew control, impedance matching, shielding, crosstalk mitigation, and jitter sensitivity in advanced nodes

Architect and implement scalable array-based layout strategies for DQ/DQS byte lanes, CA lanes, and replica paths, ensuring strict symmetry, pitch matching, repeatability, and multi-channel scalability

Drive integration of custom digital and mixed-signal blocks within the PHY (training logic, calibration engines, test/debug circuitry), ensuring optimal clocking, congestion management, and isolation from sensitive analog regions

Lead layout-aware co-design with circuit teams , enabling early closure of timing, noise, IR, EM, and parasitic effects, and influencing design decisions from a layout perspective

Establish robust power distribution, grounding, and isolation strategies , including guard rings, deep N-well usage, decoupling, and domain separation for high-speed and analog-sensitive regions

Own physical verification and signoff closure : DRC/LVS, parasitic extraction, and simulation correlation Ensure silicon-accurate performance for analog-intensive and high-speed LPDDR blocks

DRC/LVS, parasitic extraction, and simulation correlation

Ensure silicon-accurate performance for analog-intensive and high-speed LPDDR blocks