Growth Platform Engineer – Technical Leader

Meta; Menlo Park (CA); On-site; USD 180,000 - 280,000; Full time

Job summary

Meta is seeking a Software Engineer (Technical Leadership) for the Central Growth team in Menlo Park, CA. You will shape long-term architecture for large-scale product systems and drive reliable, extensible designs across the company’s apps.

You'll tackle cross-cutting engineering challenges, establish coding standards, and lead cross-functional initiatives with measurable impact, while advancing engineering excellence through reliability, performance, and quality improvements.

Qualifications

• Proven ability to lead large-scale distributed systems.
• Experience defining technical roadmaps and architectures.
• Strong collaboration across product, design and eng teams.

Responsibilities

• Define and drive the multi-year technical vision and architecture for large-scale product systems, ensuring designs are reliable, extensible, and capable of evolving with business needs
• Identify and solve the most complex, cross-cutting engineering problems across multiple systems and abstraction layers, including issues that span organizational boundaries
• Establish extensible technical foundations, coding standards, and architectural patterns that improve consistency and delivery velocity across engineering organizations
• Lead cross-functional execution of org-wide technical initiatives, aligning stakeholders, managing dependencies, and driving outcomes against defined milestones and metrics
• Develop and operationalize engineering excellence programs including reliability standards, performance guardrails, and quality frameworks adopted across teams

Skills

Technical leadership

System design

Architecture

Cross-functional leadership

Job description

Meta is seeking a Software Engineer (Technical Leadership) for the Central Growth team in Menlo Park, CA. You will shape long-term architecture for large-scale product systems and drive reliable, extensible designs across the company’s apps.

You'll tackle cross-cutting engineering challenges, establish coding standards, and lead cross-functional initiatives with measurable impact, while advancing engineering excellence through reliability, performance, and quality improvements.