Lead Data Scientist - Battlefield, Data and Insights (D&I)
Company: Electronic Arts
Location: Vancouver, BC
Type: Full-time
Posted: 2026-03-24
About this role
### General Information
Locations: Vancouver, British Columbia, Canada
Role ID
213127
Worker Type
Regular Employee
Studio/Department
CT - Data & Insights
Work Model
Hybrid
### Description & Requirements
Electronic Arts creates next-level entertainment experiences that inspire players and fans around the world. Here, everyone is part of the story. Part of a community that connects across the globe. A place where creativity thrives, new perspectives are invited, and ideas matter. A team where everyone makes play happen.
We are hiring a Lead Data Scientist – Battlefield to join our Data & Insights (D&I) Data Science team, reporting to a Senior Manager of Data Science. The Data Science team partners with EA studios to build scalable AI/ML solutions that enhance player experience, game design, and live service performance.
You will bring expertise in the area of AI, ML, and engineering. You will also lead efforts related to life cycle management, progression, in-game economies, and player experience, specifically, within the Battlefield franchise.
Responsibilities
- Work directly with Battlefield game team/partners (internal clients) to understand their offerings/domain and create data science products and solutions to solve for their use cases.
- Apply problem-driven, AI/ML approaches to improve player experience, engagement, retention, and monetization systems.
- Develop plans to generalize products across the franchise with our engineering partners.
- Establish rigorous experimental design standards (A/B testing, causal inference, system experimentation) to produce actionable insights.
- Collaborate with engineering partners to productionize models within live environments and gameplay systems.
- Design and enhance data pipelines that process petabyte-scale telemetry data using technologies such as AWS, S3, Kubernetes, GCP, Python, Apache Kafka, and Hive.
- Develop algorithms and statistical models for forecasting, player state predictio...