Engineering Manager - Strategic Infrastructure Capacity Planning

Meta; Bellevue, Menlo Park, Boston, New York (WA, CA, MA, NY); Vor Ort; USD 210.000 - 270.000; Vollzeit

Zusammenfassung

Meta is seeking an Engineering Manager for the Capacity Engineering team in Bellevue, WA. You will lead a group focused on site-wide performance and capacity optimization, working at the intersection of all Meta products and infrastructure to balance service and financial constraints.

You will drive long-range strategic investment decisions, leverage AI tools to redesign workflows, and collaborate with executive leadership on capacity scenarios.

Qualifikationen

• Leading and coaching a team of engineers to deliver capacity planning and optimization.
• Experience applying quantitative methods to infrastructure planning and optimization.
• Ability to integrate AI tools to optimize workflows and drive measurable impact.

Aufgaben

• Lead, coach, and grow a team of engineers focused on site-wide performance and capacity optimization.
• Develop and optimize strategic capacity plans at multiple levels, balancing service, infrastructure, financial, and business constraints.
• Collaborate with executive leadership to assess capacity scenarios and guide large-scale investment decisions.

Kenntnisse

Engineering leadership

People management

Capacity planning

Infrastructure optimization

AI tooling integration

Quantitative analysis

Strategic budgeting

Distributed systems

Ausbildung

BS in Computer Science or Operations Research or related field

Jobbeschreibung

Meta is seeking an Engineering Manager to join the Capacity Engineering team to focus on site-wide performance and capacity optimization at the most Strategic levels, at the intersection of all Meta products and services, and all physical infrastructure (Servers, Data Centers, Network). This role will focus on leading, coaching, and growing a team of engineers to create and optimize strategic infrastructure capacity plans at various altitudes to balance service, infrastructure, financial, and business constraints, directly managing $Billions of investment per year. We do this primarily by building software and mathematical optimization models, not manual planning. This role will be uniquely positioned to work with our executive team to assess Capacity scenarios for executability, tradeoffs, and impacts for building one of the largest fleets in the world. This is one of the most cross functional roles at the company, with the opportunity to work with a variety of engineering and business teams to power the rapid growth of Meta’s products. You will ensure the right long-range strategic investment decisions are made for our products and infrastructure, including the latest AI and non-AI technologies. You will work with millions of servers, Gigawatts of data center capacity. You will help build one of the largest fleets, powering one of the largest internet services in the world!

• BS degree in Computer Science, Operations Research, or other technical field, or relevant practical experience8+ years of engineering work experience, including 3+ years of hands‑on engineering people-management
• Demonstrated experience with recruiting, developing, and leading technical teams
• Demonstrated success in managing challenging relationships and competing priorities with executive level partners or customers
• Experience applying quantitative and analytical methods to infrastructure planning, capacity modeling, or similar problem domains
• Demonstrated ability to integrate AI tools to optimize/redesign workflows and drive measurable impact (e.g., efficiency gains, quality improvements)
• Experience adhering to and implementing responsible, ethical AI practices (e.g., risk assessment, bias mitigation, quality and accuracy reviews)
• Experience with strategic planning, budgeting and finance
• Demonstrated ongoing AI skill development (e.g., prompt/context engineering, agent orchestration) and staying current with emerging AI technologies
• Experience and demonstrated success with distributed systems and infrastructure planning at scale