About The Position

We are seeking a C++ Software Engineer specializing in Autonomous Driving functions, specifically within Virtual Integration. This role involves developing and validating C++ tooling software for closed-loop reprocessing, addressing bug fixes, optimizing performance, and ensuring the software's validation. A key aspect of this position is the deep validation of virtual software behavior against real-world software behavior, identifying discrepancies, and deriving improvements for the tooling. The engineer will apply best practices, including optimal algorithms and coding standards, and will own assigned activities, ensuring timely delivery and proper documentation. Collaboration with stakeholders to align requirements, changes, and roadmaps for complex solutions is also a crucial part of this role.

Requirements

  • B.Tech (or preferably M.Tech/PhD) in Informatics, Electrical and Computer Engineering, Robotics or a related subject
  • At least 3 years of extensive professional experience in the field of software development mainly with Embedded C++
  • Experience in automated driving software: Behavior Planning, Motion Planning, SAE Level2-4 Functions
  • Experience in middleware, vehicle dynamics and coordinate transformations
  • Experience in SW development tools and CI systems (e.g. Git, Bazel, Zuul)
  • Understanding of concepts and practical experience in software engineering, modelling, modern C++ (11, 14 or 17) and design patterns, as well as clean code and documentation
  • Proven experience with test driven development
  • Ability to Review Code fulfilling automotive SW quality standards e.g. MISRA
  • Independent work and team and communication skills

Nice To Haves

  • Experience with Python is an added value

Responsibilities

  • Development of C++ tooling software for closed-loop reprocessing
  • Bug fixes, performance optimizations and validation of the tooling software
  • Deep validation of the virtual software behavior versus the real-world software behavior
  • Identification of differences between virtual and real-world behavior and derivation of tooling improvements
  • Apply best practices including optimal algorithms as well as comply with the coding standards
  • Ownership of the assigned activities and ensure timely deliveries including documentation
  • Alignment of requirements, changes and roadmap with stakeholders to deliver complex and successful solutions
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