C++ Software Engineer (m/f)

In this position, you will be focused on creating and developing the next-generation autonomy stack. You will work with cross-functional teams, helping create the architecture that will represent the brain of the autonomous system with the ability to make safety critical decisions in a matter of milliseconds. You will need to thoroughly understand the problem space and work with cross-functional teams in order to design and implement solutions under various performance and safety constraints. Responsibilities we’ll trust you with: - Own development activities related to the C++ codebase of the autonomous system - Establish best practices in coding and ensure the creation of strong technical documentation - Architect and develop software for the C++ modules of the full autonomy stack - Develop vision and direction for performance, reliability, scalability and deployment of software to production environment - Cooperate with system engineers and robotics domain engineers - Specification of internal and external communication interfaces and technologies - Improve and deliver reliable automated software testing and code reviews - Continuously reviews the development process and determine the improvement areas - Participate in hiring processes and new team member training

Your area of expertise: - MSc or Ph.D. in Computer Science/Engineering or a related field   - +2 years of industry work experience writing production-quality code in C++ - Exceptional C/C++ architecture, debugging, performance, diagnostics measurement skills - Knowledge and experience in real-time, low-latency applications, high-rate packet processing, and high-performance computing - You are comfortable using version control (Git, SVN…) - Proficiency in Agile development and testing methodologies and best practices - Excellent communication skills and fluency in English Bonus points: - Work experience in robotics software and environments, including ROS, Gazebo, etc - Practical experience with sensors such as camera, Lidar and other autonomy-enabling systems