Senior DRAM Design Engineer — Lead Architect & Innovator

Micron Technology, Inc.; United States; Sur place; USD 150 000 - 230 000; Plein temps

Résumé du poste

Micron Technology, Inc. is seeking a Staff/Principal DRAM Design Engineer to shape memory architectures and circuit innovations influencing product performance, power, and reliability. You will lead hands-on design from concept through silicon validation and collaborate across cross‑functional teams.

The role focuses on DRAM circuit design, validation strategies, and performance optimization, with an emphasis on manufacturability and advanced process nodes.

Qualifications

• Bachelor’s degree in Electrical Engineering or related field.
• 5+ years of circuit design experience or product engineering experience.
• Strong understanding of analog and digital circuit fundamentals and debugging.
• Experience with circuit simulation tools and methodologies.
• Knowledge of CMOS behavior, timing, and performance optimization.

Responsabilités

• Lead design and optimization of DRAM circuits including memory array, control logic, datapath, and test logic.
• Perform and analyze circuit simulations using tools such as SPICE and Verilog
• Evaluate architectural trade‑offs impacting power, performance, and die size
• Integrate layout parasitics into simulations and drive design for manufacturability
• Define validation strategies including test chip development and silicon bring‑up

Connaissances

Circuit design

Analog/digital fundamentals

SPICE/Verilog

DFT/DFM concepts

Communication across teams

Formation

Bachelor’s degree in Electrical Engineering

Outils

SPICE

Verilog

Description du poste

Micron Technology, Inc. is seeking a Staff/Principal DRAM Design Engineer to shape memory architectures and circuit innovations influencing product performance, power, and reliability. You will lead hands-on design from concept through silicon validation and collaborate across cross‑functional teams.

The role focuses on DRAM circuit design, validation strategies, and performance optimization, with an emphasis on manufacturability and advanced process nodes.