Imagine a world where all your mobility needs are conveniently accessed through an app on your smartphone and delivered with zero emissions, zero ownership, and zero accidents.
This is the reality the automotive industry is waking up to today. It is our mission to design and co-create products and services, empowering our customers to make the transformation to sustainable mobility.
LUXOFT is one of the major software services companies world-wide. We deliver professional software services in multiple business verticals such as finance, automotive, and digital transformation. Supporting large vehicle manufacturers in the area of development, production and aftersales is LUXOFT's ambition.
The software inside a vehicle was traditionally expected to be a very controlled and self-contained environment. Equipping cars with perception and machine intelligence changes a lot in the overall picture of the vehicle manufacturer. LUXOFT's goal is to empower our customers, with deep domain knowledge and smart solutions, to develop cars of the future. Great mechanical engineering is not the only criteria anymore for delivering the best cars in the world. Using state of the art software technologies are key to provide the requested user experience.
The job is to provide support to the Luxoft and client feature teams for the definition and development of ADAS/AD Motion & Act Algorithms. Join our team of enthusiastic and experienced software developers in Turin and develop software for an entire driver assistance area of future vehicles of a renowned global automotive manufacturer. Develop challenging features that will be used on a daily basis by millions of drivers once the next generation of vehicles hit the roads in the next future!
You will work with seasoned professionals and young top-talents from all over the world, in a truly international environment that will enrich you skills day by day and contribute to your human and professional growth. The project team believes in a work climate that values people and encourages innovation, collaboration and professionalism.
The activity includes the development of defined Motion Planning and part of the Motion Control algorithms in an Adaptive & Classic Autosar environment. The support will include:
• Development of C++ code
• Development of Unit & Component Tests, Simulations and KPI analysis
• Analysis of requirements
• SW Integration into ECU target
• Presentation of results and activities performed, as well as improvement suggestions
The activities must be performed following Agile SW development methodologies.
- Knowledge of Maneuver Planning and Motion Control Algorithms
- Strong statistical and mathematical knowledge
- Robotics algorithms background
- Advanced programming skills: C++ 14/ Python
- Experiences with standard SW development tools and platforms, (e.g. GIT, Google Test, Bazel, Linux etc.)
Nice to have
- Autonomous Driving Stack
English: B2 Upper Intermediate
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