GPU Architecture Modeling Engineer — Stock Options & Growth

null; San Diego (CA); On-site; USD 135,400 - 250,600; Full time

Benefits offered by this job

Stock options

Stock purchase plan

Medical and dental coverage

Retirement benefits

Discounted products and services

Tuition reimbursement

Discretionary bonuses

Relocation assistance

Job summary

Apple in San Diego seeks a Graphics (GPU) Architectural Modeling Engineer to design and validate next‑gen GPU architectures. You will craft timing‑accurate models for performance validation and support HW/SW co‑validation efforts to ensure robust GPU designs.

The role requires C++ modeling experience, HDL knowledge, and scripting in Python, Ruby, or Perl, with a BS plus 3 years of relevant work. Join a team focused on high‑performance, power‑efficient processors.

Qualifications

• BS + 3 years of relevant experience.
• Experience in C++ modeling of computer architectures.
• Experience with scripting languages Python, Ruby, or Perl.

Responsibilities

• Develop architectural models for GPU development, validation and verification.
• Write bit-accurate architectural models for HW/SW co-validation.
• Write timing-accurate architectural and micro-architectural models for performance validation.
• Support GPU hardware and software teams during model and design bring‑up.
• Triage regression failures and debug failures to root cause.
• Improve modeling infrastructure.

Skills

C++ programming

C++ modeling

Scripting (Python/Ruby/Perl)

Education

Bachelor's degree

Tools

HDLs Verilog/SystemVerilog/VHDL

Job description

Apple in San Diego seeks a Graphics (GPU) Architectural Modeling Engineer to design and validate next‑gen GPU architectures. You will craft timing‑accurate models for performance validation and support HW/SW co‑validation efforts to ensure robust GPU designs.

The role requires C++ modeling experience, HDL knowledge, and scripting in Python, Ruby, or Perl, with a BS plus 3 years of relevant work. Join a team focused on high‑performance, power‑efficient processors.