GPU Logic Design Engineer

Intel Corporation•Santa Clara, CA

8d•$141,910 - $200,340•Hybrid

About The Position

As a GPU Logic Design Engineer at Intel, you will help shape graphics and compute technologies by designing GPU IPs and contributing to performance, power, area, and quality goals. You will influence GPU architecture and microarchitecture features and support the integration of GPU blocks into full-chip designs. The role includes regular onsite presence for essential responsibilities and is eligible for Intel’s hybrid work model, splitting time between the assigned site and off-site work.

Requirements

Bachelor’s degree in Electrical Engineering, Computer Engineering, or a related field with 4 years of industry experience; or a master’s degree in the same fields with 3 years of industry experience; or a PhD with 1 year of experience.
Experience in RTL design and SystemVerilog coding.
Experience translating architecture specifications into low-level designs.
GPU or CPU architecture experience.
Problem-solving, analytical, and attention-to-detail skills.
Ability to collaborate in a global team environment under ambitious schedules.
Ability to work independently, with self-motivation and organization.
Flexibility to work in a fast-paced environment.

Nice To Haves

Proven expertise in RTL design and logic development.
Knowledge of GPU architecture fundamentals and hardware design concepts.
Familiarity with microarchitecture principles and low-power design techniques.
Experience with static timing analysis tools and methods.
Ability to debug microarchitecture and simulation issues effectively.
Understanding of cache design.
Experience with floating-point math, such as float-to-fixed and fixed-to-float converters.
Experience in GPU validation, debugging, and bringing logic designs into high-volume production.

Responsibilities

Develop logic designs and register transfer level (RTL) code for graphics IPs.
Define architecture and microarchitecture features for GPU blocks.
Apply strategies, tools, and methods to optimize logic design for power, performance, area, timing, and physical implementation goals.
Conduct and review unit-level verification to ensure design integrity and feature correctness.
Debug failing RTL tests and implement corrective measures.
Collaborate with SoC customers to ensure high-quality GPU block integration.
Perform power and performance analysis and optimization to meet project goals.
Deliver technical documentation to support communication and knowledge sharing.