Memory Circuit Design Engineer for High-Performance CPUs

Intel Corporation; Austin (TX); Hybrid; USD 142,000 - 269,000; Full time

Benefits offered by this job

Stock bonuses

Health benefits

Retirement plan

Job summary

Intel Corporation seeks a Memory Circuit Design Engineer to develop full-custom and compiler-based memory structures for future CPUs and SoCs. The role involves designing SRAMs, caches, and multi-ported memories, collaborating across architecture, process tech, and physical design to optimize PPA on advanced CMOS processes.

The candidate will analyze and optimize memory paths, contribute to IP design, and implement scalable solutions for next-generation devices in a fast-paced environment.

Qualifications

• CMOS circuit design and memory design experience with power/performance/area trade-offs.
• Experience in VLSI circuits and design methodologies.
• Knowledge of digital circuit design tools, flows, dynamic simulations, variation and signal integrity analysis.

Responsibilities

• Design, characterize, and simulate memory circuits for CPU/SoC products.
• Contribute to cache design, critical-path analysis, and memory IP development.
• Evaluate circuit behavior across process, voltage, temperature, and design variations.

Skills

CMOS design

Memory design

VLSI methods

Power optimization

Education

Bachelor's degree in Electrical/Computer Engineering

Master's degree in Electrical/Computer Engineering

PhD in Electrical/Computer Engineering

Tools

Digital design tools

Dynamic simulations

Variation analysis

Signal integrity analysis

Job description

Intel Corporation seeks a Memory Circuit Design Engineer to develop full-custom and compiler-based memory structures for future CPUs and SoCs. The role involves designing SRAMs, caches, and multi-ported memories, collaborating across architecture, process tech, and physical design to optimize PPA on advanced CMOS processes.

The candidate will analyze and optimize memory paths, contribute to IP design, and implement scalable solutions for next-generation devices in a fast-paced environment.