Growth Marketing Leader, Global Gaming Platform

Roblox; San Mateo (CA); In loco; USD 176.000 - 216.000; Tempo pieno

Descrizione del lavoro

Roblox is seeking a Senior Growth Marketing Manager to scale our global growth engine. You will own end-to-end growth initiatives spanning user acquisition, activation, retention, and monetization, while partnering with Product, Engineering, and Data Science to improve onboarding and lifetime value.

The role requires 8+ years in growth or related roles at high-growth consumer tech, strong SQL skills, and a proven ability to drive cross-functional results using experiments and AI-enabled

Competenze

• 8+ years in Growth Marketing or related roles at a high-growth consumer tech company.
• Strong understanding of the full growth funnel: acquisition to monetization.
• Proven track record building and scaling growth programs.
• Experience designing experiments, measuring incrementality and attribution.
• Ability to influence product and leadership with data-driven insights.

Mansioni

• Own end-to-end growth initiatives across user acquisition, activation, reactivation, and monetization.
• Partner with Product, Engineering, Data Science to improve onboarding and retention.
• Develop measurement frameworks and run rapid experimentation cycles.
• Identify new channels and opportunities to accelerate scalable growth.
• Translate analyses into actionable recommendations for senior leadership.

Conoscenze

Growth Leadership

Analytical Excellence

Product & Strategy

Execution & Influence

Technical AI Fluency

SQL

Strumenti

SQL

Descrizione del lavoro

Roblox is seeking a Senior Growth Marketing Manager to scale our global growth engine. You will own end-to-end growth initiatives spanning user acquisition, activation, retention, and monetization, while partnering with Product, Engineering, and Data Science to improve onboarding and lifetime value.

The role requires 8+ years in growth or related roles at high-growth consumer tech, strong SQL skills, and a proven ability to drive cross-functional results using experiments and AI-enabled