Location: Oakland, CA
Cap-Exempt H-1B Position — No lottery required
**About The Role** We’re looking for a highly capable Mechanical Engineer to own the design and integration of lighting and audio systems for our autonomous delivery robot, DOT. This role requires a balance of strong mechanical fundamentals, system-level thinking, and an eye for human-robot interaction. You will lead the development of DOT’s interactive lighting systems—ranging from expressive “eyeballs” to headlights and taillight strategies—as well as the mechanical integration of audio hardware that enables clear, reliable two-way communication with customers and law enforcement. You’ll work both independently and with partners to bring these systems from concept through production. **What You’ll Do** - Own end-to-end development of DOT’s lighting systems, including: - Interactive “eyeball” lighting elements that convey intent and state - Headlight and taillight architectures balancing safety, compliance, and brand expression - Integration of LEDs, light pipes, diffusers, and housings - Lead the mechanical design and integration of audio systems, including: - Speaker enclosures optimized for clarity and environmental durability - Microphone placement and packaging for effective two-way communication in real-world conditions - Translate product and UX requirements into robust mechanical designs that enable intuitive interaction through light and sound - Develop detailed CAD models, assemblies, and production drawings, and drive design reviews - Collaborate cross-functionally with EE, firmware, industrial design, and product teams to ensure seamless system integration - Work with external vendors and partners to co-develop components, manage design trade-offs, and ensure quality - Drive prototyping, testing, and validation, including environmental (weather, vibration, ingress) and performance testing - Make informed decisions around materials, manufacturing processes, and cost, ensuring designs are production-ready - Contribute to system architecture and help defin