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Aurora Innovation

Licenses autonomous driving technology for vehicles

Staff Hardware Reliability Engineer

Hardware Validation & TestingConfirmed live in the last 24 hours
Full-time

About the Job

Requirements

  • Proven track record developing and validating hardware products such as compute systems, automotive sensors, and relevant systems, including thermal management and sensor cleaning; expertise driving root-cause analysis to inform design improvements.
  • Deep understanding of the physics of failure for electronic, mechanical, and optoelectronic components as applied to hardware systems.
  • Ability to design and execute reliability test flows, including shock, vibration, and thermal tests, suitable for contract manufacturing environments.
  • Proficiency analyzing hardware performance data to generate actionable insights.
  • Direct experience improving the reliability of mass-produced optomechanical assemblies and managing feedback loops with external vendors.

Responsibilities

  • Conduct reliability evaluations and design test campaigns for internal and external hardware designs to ensure they meet automotive standards.
  • Own complex reliability failures and drive corrective actions, including near-term containment and longer-term design or process mitigations.
  • Lead Design Failure Mode and Effect Analysis sessions and implement corrective action plans based on prior experience and testing.
  • Create predictive models for failure rates of single and integrated modules across diverse climates and road conditions.
  • Collaborate with Hardware Design, Systems Engineering, Hardware Safety, Field Operations, Embedded Software, and contract manufacturers to integrate reliability findings into design and manufacturing processes.

Desired Qualifications

  • Prior experience leading research and development at automotive companies.
  • Familiarity with AEC-Q, ISO-16750, and other relevant automotive reliability standards.
  • Experience evaluating manufacturing and assembly process reliability as a product moves toward large-scale production.
  • Working knowledge of interactions between hardware and firmware that are critical to hardware performance.
  • Conceptual understanding of materials science, PCBAs (including BGA structural integrity), and the impacts of conformal coating on humidity exposure.

About the Company

Aurora Innovation

Licenses autonomous driving technology for vehicles

Aurora Innovation develops and licenses self-driving technology for vehicles. Its main product, the Aurora Driver, is embedded into partner vehicles to move people and goods autonomously, serving logistics, ridesharing, and fleet-management needs. How it works: The Aurora Driver combines a sensor suite—notably FirstLight Lidar—with software for perception, planning, and control. The system is tested extensively with a Virtual Testing Suite to ensure reliability before deployment. Revenue comes from licensing the Driver as a service to partners, along with ongoing support and updates. How it differs from competitors: Aurora emphasizes its high-performance FirstLight Lidar, a strong safety culture, and a collaborative business model that partners with vehicle makers, logistics firms, and network operators to accelerate commercialization of autonomous driving. Goal: To make transportation safer and more efficient by expanding access to autonomous mobility and logistics solutions.

Company size
1,001-5,000
Company stage
IPO
Headquarters
Pittsburgh, PA
Founded
2017

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