Senior Product Manager, Avatar Movement

About the Role:

As a Senior Product Manager for Avatar Movement, you will help drive the vision and strategy for how avatars move, feel, and interact within the world. You will own key components of the character controller and movement systems, ensuring developers have the engine capabilities needed to tune user control, physics, and presence, delivering a seamless and expressive experience across millions of immersive 3D worlds.

You Will:

• Serve as the Product DRI for Avatar Movement initiatives, collaborating with leadership to define the roadmap for character control, physics interactions, and spatial presence.
• Engage deeply with the Roblox developer community to understand their needs for tuning, customizing, and scaling avatar movement in their unique experiences.
• Partner with engineering teams to dive into the technical nitty-gritty, making the right architectural and API design decisions for our proprietary engine that anticipate needs 1-3 years into the future.
• Write detailed product specifications that clearly align the roadmap and technical needs of Avatar Movement to executives, engineers, designers, and the broader product team.
• Build frameworks to drive alignment, then define and track key performance indicators (KPIs) for complex movement systems, using both qualitative player feedback and quantitative data to iterate on the "feel" of movement.
• Act as a mentor and role model for junior product and engineering team members, fostering an inclusive environment of continuous learning and high-quality execution.

You Have:

• 5+ years of product management experience, specifically working on game engines, 3D character controllers, avatar animation, or core gameplay systems.
• A Bachelor’s degree or equivalent experience in Computer Science, Computer Engineering, or a similar technical field. Shipped real products in this or an adjacent domain (e.g., AAA character controllers, game engines, multiplayer movement systems), where technical nuances like network replication or input lag fundamentally changed your approach.
• The ability to navigate domain-specific constraints (e.g., strict backward compatibility for millions of existing games, strict mobile performance budgets, proprietary engine limits) while still driving meaningful outcomes.
• A deep understanding of the users, workflows, and use cases in concrete detail—both the end-players who demand a highly responsive "feel," and the developers who need robust APIs and parameters to tune custom movement.

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