
- מיקום
- כל הארץ
- היקף משרה
- משרה מלאה
- תפקיד
- ראש צוות
תיאור המשרה
Key Responsibilities
- Lead the design and implementation of embedded software running on NVIDIA Jetson platforms, leveraging CUDA for GPU-accelerated workloads
- Own board bring-up activities — bootloader configuration, peripheral validation, driver development, and hardware-software integration
- Architect and optimize DSP pipelines for real-time sensor data processing, filtering, and fusion
- Build, customize, and maintain Yocto-based Linux distributions tailored for production deployment
- Own performance profiling, optimization, and debugging across CPU, GPU, and DSP domains
Requirements
- 8+ years of professional embedded software development experience
- Expert-level C++ %28C++17/20%29 — deep understanding of memory management, concurrency, real-time constraints, and modern idioms
- NVIDIA Jetson platform experience %28Orin/Xavier%29 — CUDA kernel development, JetPack SDK, TensorRT integration
- DSP fundamentals — real-time signal processing, filter design, FFT, sensor data conditioning
- Board bring-up experience — U-Boot/bootloader, device tree configuration, peripheral drivers %28SPI, I2C, UART, CAN%29, hardware debugging %28JTAG, logic analyzers%29
- Yocto Project / OpenEmbedded — custom layer creation, recipe development, BSP integration, and image optimization
- Strong understanding of Linux internals — kernel modules, device drivers, systemd, real-time scheduling
- Experience with cross-compilation toolchains, debugging embedded targets, and remote development workflows
- Proven track record of technical leadership — architecture ownership, mentoring, and driving engineering excellence
Nice to Have
- Rust experience — especially in embedded/systems contexts %28no_std, embedded-hal, safe concurrency patterns%29
- Knowledge of functional safety standards %28ISO 26262, DO-178C%29
- Exposure to ZeroMQ, gRPC, Protobuf, or inter-service/inter-process communication in embedded environments
- Experience with AWS IoT,or cloud-edge hybrid architectures