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Tier-1 employer and metro location increase density, but niche C++/automotive/LLVM skills narrow the candidate pool.
Highly specific automotive and low-level C++ systems expertise makes cross-industry transferability low.
Deep, specific requirements in modern C++, LLVM/JIT, DES, and automotive protocols create high shortlist rigidity.
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Develop and optimize C++ applications using modern standards (C++11/14/17/20) focusing on measurement data processing formats like ASAM MDF and HDF5.
Implement and maintain distributed systems utilizing ZeroC Ice and enhance multi-threading and concurrency for performance improvements.
Work with automotive logging and calibration protocols, integrating discrete event simulation and just-in-time compilation techniques.
Strong C++ development experience including C++11/14/17/20 standards.
Expertise in measurement data formats such as ASAM MDF 3.x & 4.x and HDF5.
Experience with multi-threading, concurrency, and performance optimization in Linux environments.
Education: BE/BTech/MTech degree.
Proficient in modern C++ with solid understanding of STL, Boost, and best practices for maintainable code.
Experienced in distributed system frameworks, specifically ZeroC Ice, and comfortable with CI/CD pipelines using git and Conan tools.
Familiar with automotive domain protocols and file formats (ASAP2, XCP, BLF, DBC) and capable of applying discrete event simulation and LLVM for just-in-time compilation.