Une candidature complète en une minute
Un CV et une lettre de motivation personnalisés, prêts à envoyer.
OpenAI in San Francisco, CA, is seeking a 3P Architect to define and drive rack- and cluster-level reference designs for AI infrastructure. You will translate workload requirements into concrete architectures and align vendors on critical design attributes.
This hybrid role requires cross-functional leadership and collaboration with internal teams and external partners. You will work with performance modeling and architecture teams to evaluate tradeoffs, identify gaps, and shape future
OpenAI’s Hardware organization develops system and infrastructure solutions tailored to the demands of advanced AI workloads. We work across the full stack—from silicon to system integration—partnering closely with internal teams and external vendors to define and deliver next-generation AI infrastructure. Our team focuses on defining scalable, high-performance system architectures and reference designs that balance performance, cost, and operational efficiency across rapidly evolving technologies.
We are seeking a 3P Architect to define and drive rack- and cluster-level reference designs in collaboration with external partners. This role is responsible for translating workload requirements and system-level goals into concrete architectures, aligning partners on critical design attributes, and ensuring vendor roadmaps meet our infrastructure needs. You will work closely with performance modeling and internal architecture teams to evaluate tradeoffs, while owning the end-to-end definition and execution of third-party system designs. This includes identifying gaps in current technologies, driving vendor development, and shaping future infrastructure capabilities. This role requires strong system intuition, cross-functional leadership, and the ability to operate effectively across internal teams and external ecosystems. This role is based in San Francisco, CA. We use a hybrid work model of 3 days in the office per week and offer relocation assistance.