Project Description Luxoft is one of the major software services companies worldwide. We develop high-quality software in the automotive industry for the most famous car makers.
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.
The project is dedicated to the development of tools for virtual testing of ADAS systems using a data-driven development approach. These tools will allow testing and validation of higher automation level cars. The target automation level is 3, which means that the car will be fully responsible for driving under specific conditions (highways, specific areas, traffic jams, etc.). To bring fully autonomous cars to the roads and to make the future a reality, their safety has to be proven. Testing on private grounds or on public roads is not enough, as it requires hundreds of millions of kilometers to ride. Therefore, virtual testing and data-based testing are becoming increasingly important.
For the development of the next generation tooling for ADAS (Advanced Driver Assistance Systems) and HAD (Highly Automated Driving) functions for a major German car maker, we are looking for a talented software engineer.
Join our enthusiastic and experienced team and develop software for the vehicles of the future that will be used daily by millions of drivers once the next generation of cars hits the roads starting from 2025.
Responsibilities Development and testing of C++ featuresDevelopment of a simulation tool utilized by developers of the next generation of autonomous vehiclesContribution to an open-source project for the generation of ground truth dataSkills Must have Strong C++ background, including new standards (14, 17, 20), and a solid understanding of object-oriented programming and designStrong software debugging skills and understanding of performance optimizationKnowledge of C++ unit testing frameworks (e.g., gtest, gmock)Flexibility: we work in a dynamic environment more akin to R&D than to industrial developmentVery good understanding of Agile software development processesStrong communication skills in EnglishNice to have Experience with open simulation interface, opendrive, protobufferExperience in Automotive, Robotics, or Industrial AutomationExperience using multiple IDEs and operating systemsExperience interfacing with customers and negotiationAcademic degree in computer science, electrical engineering, telecommunication engineering, or similar qualification
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