Lead Industrial Designer, Robotics

OpenAI OpenAI · AI Frontier · San Francisco, CA · Research

Lead Industrial Designer for OpenAI's Robotics team, focusing on defining the visual identity, form language, and physical expression of robotic products. This role involves concept development, industrial design, surface development, and creating production-intent digital assets for integration into engineering workflows, aiming to shape the physical experience of future robotic systems.

What you'd actually do

  1. Define and evolve the visual identity, form language, and design principles of robotic products and supporting hardware systems.
  2. Create sketches, renderings, digital concepts, and physical prototypes to communicate design intent and explore new product directions.
  3. Develop production-intent surface geometry and digital assets that can be integrated directly into engineering CAD workflows.
  4. Partner closely with product, engineering, and leadership teams to translate product goals into compelling physical designs.
  5. Drive industrial design decisions across the product development lifecycle, balancing aesthetics, functionality, manufacturability, and system constraints.

Skills

Required

  • exceptional taste and strong intuition for proportion, form, surface quality, and physical product design
  • collaborating closely with engineers and can comfortably navigate both design and technical constraints
  • moving from ambiguous product concepts to detailed, production-ready design assets
  • thinking systematically about how design choices influence usability, manufacturability, and product perception
  • defining the identity of an entirely new class of products

Nice to have

  • Extensive experience designing consumer electronics, robotics products, transportation products, advanced hardware systems, or other highly refined physical products.
  • Strong portfolio demonstrating excellence in industrial design, form development, visual storytelling, and physical product execution.
  • Experience creating CAD geometry, Class A surfaces, or production-intent digital assets that can be directly consumed by engineering teams.
  • Proficiency with industry-standard design and surface development tools such as Alias, NX, Rhino, Blender, Gravity Sketch, or equivalent.
  • Experience working closely with hardware engineering teams from concept development through manufacturing.

What the JD emphasized

  • production-intent digital assets
  • production-intent surface geometry
  • production-ready design assets