Systems Engineer

Applied Intuition Applied Intuition · Robotics · Stuttgart · SDS Systems Engineering

Systems Engineer with automotive background in ADAS and/or autonomous driving, responsible for driving the entire system engineering workflow, defining system requirements, generating safety concepts, and implementing a V&V strategy. The role involves working with simulation and data tools to assure progress towards automotive series-release, and understanding regulations and standards.

What you'd actually do

  1. Drive the entire system engineering workflow: defining and managing system requirements, generating safety concepts and implementing a V&V strategy, with focus on Active Safety Functions or Parking
  2. Assure structured & fast progress towards an automotive series-release, by measuring and tracking KPIs over a vast set of digital tests and a very large real world data set.
  3. This will supercharged by using Applied Intuition’s simulation and data tools , allowing you to keep an eye on condensed high-level KPI, while intuitively digging into the details of every single test, all guided from one unified web frontend
  4. Unfold existing standards and regulations into the whole development process, deriving functional requirements, defining & setting test cases from regulations and voluntary assessments like NCAP
  5. Have direct customer contacts and exposure

Skills

Required

  • 4+ years of experience in a system engineering role
  • Experience with world-wide regulation and standards relevant for driver assistance
  • Knowledge and deep understanding of architectural design of ADAS/AD systems
  • Demonstrated ability to be a self-starter
  • Strong collaboration skills

Nice to have

  • Series project experience with Active Safety functions like AEB, LKA, etc
  • Previous experience working in a high-paced environment
  • Experience working hands-on on prototype vehicles
  • Experience working with simulation tools

What the JD emphasized

  • bringing safety critical ADAS functions all the way into series-release
  • owning system requirements
  • testing systems for verification & validation
  • designing safety critical systems
  • world-wide regulation and standards relevant for driver assistance
  • architectural design of ADAS/AD systems
  • novel end-to-end architectures