Lead Product & Design for Urban Robot Delivery

Serve Robotics Inc; United States; À distance; USD 210 000 - 320 000; Plein temps

Résumé du poste

Serve Robotics is seeking a product and design leader to head its sidewalk delivery robot business. You will lead the product management and design teams, set quality standards, and translate company strategy into coordinated execution across engineering, operations, data, safety, policy, and commercial teams.

The role centers product and design to make urban robot delivery usable for merchants, customers, pedestrians, and internal operators, turning field learnings into roadmap decisions for a

Qualifications

• Executive product or design leadership experience in complex technology products.
• Strong judgment around product strategy, validation, and cross-functional execution.
• Ability to raise team quality while keeping decisions measurable and accountable.
• Comfort working across robot operations, public-space UX, safety, and business tradeoffs.

Responsabilités

• Lead and scale Serve's product management and design organization.
• Identify high-impact product bets for sidewalk logistics and robot delivery.
• Set the bar for product quality, validation, requirements, and design craft.
• Align product priorities across engineering, operations, data, safety, policy, and commercial teams.
• Turn field learnings into roadmap decisions for a growing robot fleet.

Connaissances

Executive leadership

Product strategy

Cross-functional execution

Stakeholder communication

Description du poste

Serve Robotics is seeking a product and design leader to head its sidewalk delivery robot business. You will lead the product management and design teams, set quality standards, and translate company strategy into coordinated execution across engineering, operations, data, safety, policy, and commercial teams.

The role centers product and design to make urban robot delivery usable for merchants, customers, pedestrians, and internal operators, turning field learnings into roadmap decisions for a