Hyperscale Build Systems Lead – CPU Cores

AMD; Town of Fishkill (NY); On-site; USD 130,000 - 190,000; Full time

Job summary

AMD in Fishkill, NY is seeking an LSF infrastructure lead to modernize build systems, improve verification methodologies and collaborate with silicon design teams. You will define projects, provide training and documentation, and drive long-term automation strategies across multi-team environments.

The ideal candidate combines strong Verilog/SystemVerilog, Perl and C/C++ skills with deep expertise in scalable build infrastructures and CI/CD practices, delivering high-performance compute

Qualifications

• BS or MS in CS or EE with industry experience.
• Strong Verilog/SystemVerilog and Perl/C/C++ skills.
• Experience with large-scale build systems and CI/CD.

Responsibilities

• Lead design and optimization of scalable build infrastructure.
• Drive build system modernization for Zen architecture and CPU cores.
• Improve compute resource utilization and LSF farm efficiency.
• Architect and implement hyperscale build solutions across silicon design environments.
• Provide technical leadership during transition from legacy to next-gen build architectures.
• Partner with silicon design, CAD, infrastructure and software teams on long-term strategies.
• Establish best practices and roadmaps for build infrastructure and CI/CD.

Skills

Verilog/SystemVerilog

Perl

C/C++

Build systems

LSF scheduling

CI/CD

Infra leadership

Collaboration

Education

BS or MS in CS or EE

Tools

LSF scheduling

EDA environments

CI/CD tooling

Job description

AMD in Fishkill, NY is seeking an LSF infrastructure lead to modernize build systems, improve verification methodologies and collaborate with silicon design teams. You will define projects, provide training and documentation, and drive long-term automation strategies across multi-team environments.

The ideal candidate combines strong Verilog/SystemVerilog, Perl and C/C++ skills with deep expertise in scalable build infrastructures and CI/CD practices, delivering high-performance compute