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Niche C++ automotive systems profile at Bosch reduces applicant density despite metro and brand presence.
Automotive measurement formats, protocols, and LLVM/JIT needs limit cross-industry transferability.
Many mandatory C++ systems, automotive protocol, LLVM, and CI/CD skills create stringent screening.
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Develop and optimize advanced C++ applications using modern standards (C++11 to C++20) focused on measurement data processing and distributed systems.
Implement and maintain multi-threaded, concurrent software components with a focus on performance optimization.
Work with automotive-related data formats, logging, calibration protocols, and support simulation and just-in-time compilation techniques.
Strong experience in C++ development covering standards C++11, C++14, C++17, and C++20.
Expertise in measurement data formats such as ASAM MDF 3.x and 4.x, HDF5, and familiarity with automotive protocols including ASAP2, XCP, BLF, DBC.
Proficient with multi-threading (std::thread, pthreads), concurrency, and performance optimization techniques.
Educational Qualification: BE/BTech/MTech; Work Experience Required: Not explicitly mentioned in the JD.
Experienced working with distributed systems using ZeroC Ice middleware.
Familiar with Linux development environment, version control (git), packaging (Conan), and CI/CD practices.
Knowledgeable in discrete event simulation (DES) and just-in-time compilation (LLVM infrastructure) to support advanced application features.