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Did you ever wonder, how does the software look like in the modern car? All these autonomous features like Lane Trace Assist, Adaptive Cruise Control requires a lot of sensors, LiDARs, cameras, which in turn produce massive amounts of data. Imagine that these data are processed by the High Performance Computer with multicore CPUs, FPGA cores and GPUs. Such a computer may host multiple operating systems on top of the hypervisor – Linux distributions, QNX and Android do not close the list. Software-defined vehicles established on AUTOSAR-based ecosystem cannot work without automotive Ethernet, which provide fast and reliable communication. Working on in-car software, you can be a part of the great cooperation between industry and open-source community. Security is a key feature of connected cars! Ethernet switches isolating network domains via VLANs, containerized secure environment, encrypted, authenticated communication not only within the Car, but also with Backend servers in the Cloud are every day’s reality. Automotive developers and testes can sometimes feel like hardware hackers.
Quality of the hundreds of thousands of lines of C and C++ code is a consequence of the well-defined V-model based process: starting from requirements analysis, specification of design, implementation, verification at multiple levels and finally strict quality checks and audits. Bringing the software components to the system, debugging the issues, sorting out the OEMs problems, measuring and improving the performance. Those and many more challenges are a part of usual work of Automotive software developers, testers, and managers. Creating reliable, secure, and safe software is challenging (especially with ASPICE, ISO 26262 standards, UNECE regulations and cybersecurity aspects), but it is a fantastic opportunity to learn above all! It is especially nice to feel proud that you will know the answer for questions, for which even the Stack Overflow is useless. Take a journey in Automotive development and you will become the one who creates the future of the Car within the Connected World.
If you are a C/C++ software developer with a will for an exciting experience it is a world for you.
Job description:
- Customer face to face communication
- Implementing, configuration, integrating, and debugging project specific software modules in automotive part of the business
- Working with Tier-1 customers providing excellent solutions for OEMs
- Engaged in a cutting-edge telematics ECU projects for international premium OEMs
- International project team across sites and customer domains
Know-how requirements:
- You have experience with embedded software development using C based µC
- Knowledge about HW debugging
- Communicative English
Nice to have:
- AUTOSAR Classic experience
- You have knowledge in AUTOSAR and related SW components of diagnostic ECUs
- Unified Diagnostic Services Protocol (UDS) according to ISO 14229-1
- Knowledge of automotive standards and protocols is advantageous e.g. ASPICE, MISRA, CAN, Ethernet
- You have a degree in computer science, electrical engineering, mathematics, physics