Senior Product Designer – Autonomous Mobility and Delivery

Senior Product Designer – Autonomous Mobility and Delivery Department: Design Team: Product Design Location: New York, United States Type: Full-Time **About the Role** The Autonomous Mobility and Delivery (AM&D) Design team is looking for a Senior Product Designer to help shape the future of how people and goods move through the world. This is a rare opportunity to work at the forefront of mobility, designing for a new paradigm of transportation powered by autonomy, AI, and robotics. The work you do here will define the experience of an entirely new mode of movement. Autonomous mobility and delivery at Uber is a bold, fast-paced, and high-impact space. We are building from the ground up, exploring new surfaces, interaction patterns, and service models that span both the physical and digital worlds. Whether enabling a seamless autonomous ride or coordinating the handoff of a delivery from a self-driving vehicle, your work will shape foundational experiences and define how humans interact with intelligent systems in complex real-world environments. We are looking for a designer with strong 0-to-1 experience, a passion for human-centered design, and the ability to navigate ambiguity while moving quickly. You should be comfortable operating within a large, multi-team organization, collaborating across functions and product surfaces to ensure cohesive, scalable, and well-integrated user experiences. **What You Will Do** - **Lead human-centered experience design in a frontier domain**: Shape how people engage with autonomous mobility and delivery, from first interaction to trip completion. Define new interactions, flows, and systems where none exist today, while ensuring the experiences are inclusive, trustworthy, and grounded in real human needs. - **Balance near-term execution with long-term vision**: Design practical, scalable experiences for today while helping envision the future of autonomy in a multi-modal platform. - **Design across digital, physical, and spatial touchpoints**: Consider vehicle interfaces, mobile apps, location-aware systems, and human-robot interaction. Translate complex physical and lo