Network Quantitative Engineer

Meta•Menlo Park, CA

8d•$122,000 - $181,000

About The Position

Meta’s global network powers products for billions of people and is continually evolving to support the demands of next-generation applications. As part of the Network Infrastructure team, you’ll help design and operate one of the world’s largest, most complex networks—scaling infrastructure to meet the needs of emerging technologies and rapidly growing workloads. As a Network Quantitative Engineer, you will play a pivotal role in shaping the future of Meta’s network to accommodate significant growth across broad applications. You’ll build production-grade forecasting and optimization models, develop robust data foundations for decision-making, and collaborate with engineers and planners to ensure our infrastructure delivers the scale, performance, and reliability required for Meta's products and services. This is a unique opportunity to work at the intersection of quantitative analysis, systems engineering, and network infrastructure—where your contributions will help Meta deliver products and services to billions of users worldwide.

Requirements

Currently has, or is in the process of obtaining a Bachelor's degree in Computer Science, Computer Engineering, relevant technical field, or equivalent practical experience. Degree must be completed prior to joining Meta
2+ years of experience applying statistical, machine learning, or optimization methods to real-world problems
Programming skills in Python (or similar) and SQL, experience with large-scale data
Experience delivering production-quality analytics/models including testing, code review, and scheduled pipelines or services

Nice To Haves

Master’s or PhD in a quantitative field
Experience with time-series forecasting for large-scale systems and uncertainty quantification
Familiarity with networking fundamentals, or equivalent experience in large-scale infrastructure domains
Proven track record in algorithm design and implementation for large-scale data, optimization, anomaly detection, or network infrastructure challenges

Responsibilities

Build and productionize models for network forecasting, capacity planning, and performance risk, including uncertainty and sensitivity analysis
Design and maintain scalable datasets, feature pipelines, and monitoring systems to support modeling and decision workflows
Develop and apply algorithms, analytical tooling, and approaches—including what-if analysis, optimization, anomaly/change detection, causal inference, prescriptive analytics, and simulation etc.—to support infrastructure planning and drive improvements across Meta’s global network
Communicate results and recommendations through clear narratives, dashboards, and decision support tools
Partner cross-functionally to translate network infrastructure needs into measurable metrics, model requirements, and shipped solutions