About the Role
Design user experiences for autonomous vehicle operations platforms, translating complex technical workflows into intuitive, scalable interfaces that support remote monitoring, incident resolution, and system oversight.
Responsibilities
- Develop user-centered designs for platforms managing driverless vehicle fleets
- Collaborate with engineering and operations teams to understand system capabilities and constraints
- Create wireframes, prototypes, and high-fidelity mockups for operational tools
- Conduct user research to identify pain points in current workflows
- Design interfaces for real-time monitoring and remote intervention systems
- Define interaction patterns for alert management and incident response
- Work with product managers to prioritize features based on operational needs
- Translate complex data into clear, actionable visualizations
- Ensure designs align with safety and reliability standards
- Iterate on designs based on user feedback and usability testing
- Maintain and evolve design systems for consistency
- Support the development team during implementation
- Design for both desktop and mobile operational interfaces
- Anticipate edge cases in autonomous operations and design accordingly
- Balance user needs with technical feasibility in design decisions
Nice to Have
- Experience in transportation, logistics, or mobility sectors
- Background in designing for safety-critical systems
- Familiarity with remote operations or teleoperations interfaces
- Experience working with AI-driven systems
- Knowledge of vehicle telemetry and sensor data
- Experience in a startup or rapidly scaling environment
- Understanding of regulatory considerations in autonomous systems
Compensation
Competitive salary and equity package
Work Arrangement
Hybrid
Team
Cross-functional team focused on autonomous vehicle operations
About the Team
Work within a specialized group building tools for managing autonomous fleets, combining design, engineering, and operations expertise to create reliable, scalable systems for remote vehicle oversight and intervention.
Impact
Design decisions directly influence how operators interact with driverless vehicles, affecting safety, response time, and system efficiency in real-world conditions.
Available for qualified candidates
