Join our HIL (Hardware-in-the-Loop) team part of our companys Simulation Group and help build cutting-edge simulation tools that enable the development of our companys autonomous vehicle solutions. Our HIL product replays real-world sensor data in the lab, accelerating development across the AV stack.
What will your job look like?
Design and develop a high-performance HIL system in C++17+ for real-time drive simulation.
Build the core data injector engine to replay recorded vehicle signals with precise timing.
Solve complex SW-HW integration challenges involving performance, timing, and networking.
Debug and optimize system performance, identifying and resolving bottlenecks.
Collaborate with algorithm developers and systems engineers to deliver robust, scalable tools.
Stay current with advancements in C++, simulation technologies, and real-time systems.
What will your job look like?
Design and develop a high-performance HIL system in C++17+ for real-time drive simulation.
Build the core data injector engine to replay recorded vehicle signals with precise timing.
Solve complex SW-HW integration challenges involving performance, timing, and networking.
Debug and optimize system performance, identifying and resolving bottlenecks.
Collaborate with algorithm developers and systems engineers to deliver robust, scalable tools.
Stay current with advancements in C++, simulation technologies, and real-time systems.
Requirements:
6+ years of hands-on experience in modern C++ (C++17+), STL, move semantics, and memory management.
Strong background in Linux environments (CMake, Conan) and tools like GDB, perf, and Valgrind.
Experience with high-performance, real-time systems and network-level programming.
Expert-level profiling of Linux systems across user & kernel space
Proven experience debugging latency spikes that originate in drivers, scheduler, or memory-management subsystems
Solid problem-solving skills and a strong end-to-end system understanding.
Bonus points for:
Experience with embedded systems and Linux kernel or driver development.
Familiarity with QDMA (Queue Direct Memory Access).
Background in simulation, robotics, or complex system integration.
6+ years of hands-on experience in modern C++ (C++17+), STL, move semantics, and memory management.
Strong background in Linux environments (CMake, Conan) and tools like GDB, perf, and Valgrind.
Experience with high-performance, real-time systems and network-level programming.
Expert-level profiling of Linux systems across user & kernel space
Proven experience debugging latency spikes that originate in drivers, scheduler, or memory-management subsystems
Solid problem-solving skills and a strong end-to-end system understanding.
Bonus points for:
Experience with embedded systems and Linux kernel or driver development.
Familiarity with QDMA (Queue Direct Memory Access).
Background in simulation, robotics, or complex system integration.
This position is open to all candidates.
