Systems Engineer - Test Platform Verification

Waabi Waabi · Robotics · Phoenix, AZ +1 · Systems Engineering

Systems Engineer focused on test platform verification for autonomous vehicles, ensuring safety and reliability through rigorous testing, requirements tracing, and fault injection.

What you'd actually do

  1. Own the creation, documentation, alignment and verification of autonomous platform requirements at Waabi and define ways for how to describe and evaluate them efficiently and effectively
  2. Act as a central point of contact at Waabi for specific platform-related verification methods and tests and communicate updates, progress and potential roadblocks to stakeholders at all levels
  3. Define necessary improvements for our highly realistic simulator to effectively verify most autonomous platform aspects under all required conditions and work with other teams at Waabi to get these improvements designed and implemented; this includes HIL/SIL verification methods
  4. Own the writing and tracking of tests and test executions in line with company project milestones
  5. Implement tools and methodologies to streamline and automate the Waabi platform verification processes where applicable

Skills

Required

  • Undergrad required
  • 3+ years of automotive, robotics, aerospace or related industry experience
  • Experience with requirements-specifications and metrics
  • Knowledge of the typical autonomous vehicle stack
  • Systems engineering and verification and validation experience
  • Experience with executing complex vehicle test campaigns
  • Experience with functional safety, i.e. ISO 26262
  • Strong fundamentals in mathematics, engineering and physics and basic understanding of vehicle dynamics
  • Excellent data analysis skills with modern tools such as Python or Matlab
  • Experience with vehicle actuation (brakes, steering, propulsion)
  • Bring an in-depth understanding of sensors, compute and actuators used in the self-driving vehicle scope

Nice to have

  • Masters or PhD within an engineering discipline preferred
  • Having a good understanding of how trucks work and are operated will also be helpful to be successful in this role
  • Experience in launching a driverless product
  • Experience in the automotive self driving industry
  • Experience building software systems from scratch
  • Experience in robotics or machine learning
  • Proficiency with data mining, mathematics, and statistical analysis

What the JD emphasized

  • verification methods
  • developing and executing tests
  • fault injection tools and techniques
  • verification of autonomous platform requirements
  • platform-related verification methods and tests
  • simulator to effectively verify most autonomous platform aspects
  • autonomous platform verification processes
  • verified and validated to support a strong safety case