Manager, Product Growth

Meta Meta · Big Tech · Menlo Park, CA +1 · Remote

Manager, Product Growth at Meta, focusing on driving user growth and engagement for core Meta products and marketing channels through data analysis, statistical modeling, and A/B testing. Requires a Bachelor's degree and 1 year of experience in statistical analysis, data querying (SQL/R), experimentation, and marketing analytics.

What you'd actually do

  1. Identify and define business, product problems, analyze, and chive improvements in Meta's product business via a focus on the quality and performance of its products and operations.
  2. Leverage data to understand our products in depth, identify areas of opportunity, and execute projects to drive growth and engagement of Meta users through effective modeling and collaboration.
  3. Understand our products in depth to identify areas of opportunity to expand or implement new products based on statistical analysis and execute projects to drive growth and engagement of Meta users.
  4. Formulate mathematical models and collaborate with senior managers and business stakeholders to drive projects that focus on new user growth, mobile usage, and revenue.
  5. Work closely with design, product, engineering, and data teams to evaluate potential issues arising from product growth (i.e. pain points) through collection of customer feedback and efficiently address them.

Skills

Required

  • Statistical analysis
  • observational/trend analysis
  • advanced Excel (pivot tables, formulas, modeling)
  • Data querying languages: SQL or R for manipulating data
  • Dashboarding tools
  • Experimentation: Set up and analysis of A/B tests (hypothesis formation, test treatment assignment, and post-experiment analysis)
  • Marketing analytics
  • Channel performance breakdown and marketing funnel analysis
  • Marketing strategy: Marketing best practices, copywriting, CTA optimization, and value proposition messaging

Nice to have

  • Hadoop/Hive
  • Oracle
  • ETL
  • PHP
  • Python
  • MicroStrategy
  • predictive modeling