דרושים » חשמל ואלקטרוניקה » RT SW Developer

Power the Future with us! we are a global leader in high-performance smart energy technology, with over 3000 employees, offices in 33 countries, and millions of products installed in over 133 countries. Our diverse product offering comprises intelligent solar inverters, battery Storage, backup systems, EV charging, and complete home energy management ecosystems. By leveraging world-class engineering capabilities and with a relentless focus on innovation, we strive to create a world where clean, green energy from the sun is the primary source of power for our homes, businesses, and just about everywhere we thrive. The Embedded Infrastructure Team builds and maintains the shared Embedded software foundations used across the department. We develop reusable code and core technologies that enable multiple projects and teams to succeed, while spearheading the adoption of new technologies within the organization. By providing a robust, scalable base, we empower product teams to move faster with confidence. Key Responsibilities
* Develop and maintain Embedded software for a cross-platform SDK at the core of our company Embedded products.
* Develop bootloaders, drivers, bare-metal, and RTOS-based firmware for ARM & ARC processors.
* Collaborate across software, hardware, and architecture teams to develop and integrate features, from design through implementation and system -level validation.
* Participate in design reviews/code reviews and develop high-quality code following best practices, including unit tests and automated system tests.
* Define and improve development environments and build flows that enable efficiency and flexibility across all teams.
* Navigate a hardware-oriented environment encompassing chip bring-up, physical device integration, complex troubleshooting, and software-hardware validation.
* Apply AI-driven tools and methodologies to accelerate development and enhance code quality.
Country:
Israel
City:
Herzliya

We are seeking talented, creative and disciplined engineers to join the best-in-class team that plays a significant part in the development of new silicon for our eco-systems by engaging in a dynamic, highly collaborative environment with the focus on the following goals.

Deep understanding of components/modules within wireless communication systems and the corresponding calibration and impairment reduction techniques - Develop methods/algorithms to alleviate hardware induced impairments by calibration, cancellation and other applicable techniques - PHY firmware architecture and design, including calibrations, real-time processing flows, collaboration with RF hardware, microcode, and MAC layer.

Develop highly efficient designs delivering outstanding performance, optimizing power and memory footprints while meeting hard-realtime latency requirements.

Debug real-time systems with limited visibility, working hands-on with development boards and lab equipment.

Collaborate with Radio, MAC, and Systems engineering teams to architect, define and implement innovative algorithms, calibrations, and protocols.

Support pre-silicon validation efforts, including simulation, emulation, and FPGA prototyping.

Develop SoC test and calibration capabilities for chip, module, and product factories.

Support post-silicon bringup, validation, performance characterization, system integration and debugging. - Repeatedly measure and optimize results using various test harnesses - Automate calibration and verification processes.

We are looking for an experienced BSP Software Engineer to join our Software Engineering group. In this role, you will take ownership of our Board Support Packages (BSPs) and be responsible for carrier board bring-up, device driver engineering and integration (including custom BSP adaptation), and managing the OS foundation for our perception, control systems, and core software. Additionally, you will partner closely with NVIDIA on integrating new hardware platforms. This is a senior-level individual contributor role.
Responsibilities:
Lead end-to-end bring-up of new carrier board revisions and customize third-party BSPs for carrier boards, including kernel, device tree, and peripheral driver development.
Develop, integrate, and maintain device drivers for cameras, IMUs, motor controllers, and custom hardware peripherals.
Diagnose and resolve complex driver issues spanning the hardware, kernel, and userspace boundary.
Collaborate closely with NVIDIA and external partners to drive new board integrations and architect next-generation platforms.

We are seeking talented, creative and disciplined engineers to join the best-in-class team that plays a significant part in the development of new silicon for our eco-systems by engaging in a dynamic, highly collaborative environment with the focus on the following goals.

Deep understanding of components/modules within wireless communication systems and the corresponding calibration and impairment reduction techniques - Develop methods/algorithms to alleviate hardware induced impairments by calibration, cancellation and other applicable techniques - PHY firmware architecture and design, including calibrations, real-time processing flows, collaboration with RF hardware, microcode, and MAC layer.

Develop highly efficient designs delivering outstanding performance, optimizing power and memory footprints while meeting hard-realtime latency requirements.

Debug real-time systems with limited visibility, working hands-on with development boards and lab equipment.

Collaborate with Radio, MAC, and Systems engineering teams to architect, define and implement innovative algorithms, calibrations, and protocols.

Support pre-silicon validation efforts, including simulation, emulation, and FPGA prototyping.

Develop SoC test and calibration capabilities for chip, module, and product factories.

Support post-silicon bringup, validation, performance characterization, system integration and debugging. - Repeatedly measure and optimize results using various test harnesses - Automate calibration and verification processes

We are looking for an experienced engineer to work on systems that bring together many moving parts. Inertial sensors, visual sensors, wireless radios such as UWB, Bluetooth, and Wi-Fi, GNSS, and on-device processing all come together here, and much of what these systems do emerges from the interaction between those pieces rather than from any one of them alone. Understanding that interaction is most of the work, and it is what makes the problems here genuinely interesting.

The role has two sides, and we mean both of them equally. You will help decide how a system is put together: where functionality should live, how the components talk to each other, and what we trade away to get what we need. You will also be the one who builds it, writing production code, bringing up new hardware, and chasing down the failures that only appear on real devices. We have found that these two things belong together. The best designs come from people who have built the system, and the best implementations come from people who understand the whole of it.

Responsibilities
Help define the architecture of multi-component location systems spanning hardware, firmware, and software, and implement the interfaces that hold them together.
Write, review, and maintain production-quality code in C++, Objective-C, and Swift for systems that ship to our customers.
Design and implement how inertial, visual, and wireless sensing come together into a system that behaves as one.
Integrate and bring up new hardware and software components, working through the problems that only surface on real devices.
Weigh the tradeoffs between accuracy, latency, power, memory, and reliability, and bring partner teams along with your reasoning.
Debug complex issues across the full stack, where the root cause could sit anywhere from the sensor to the application.
Take new technologies from early prototype through evaluation and into production, fusing them with our existing capabilities.
Collaborate with silicon, hardware, firmware, and algorithms teams from first concept through shipping.
Build the tooling and instrumentation that let us characterize how a system really behaves, with data rather than intuition.
Participate in evaluating new signals and technologies as our platforms continue to evolve.

We are looking for an experienced Linux Test Automation Developer to play a key role in ensuring the quality and reliability of our next-generation silicon products.

In this position, you will be responsible for the end-to-end validation of Embedded Linux systems and BMC firmware, working at the intersection of hardware and software.

You will design automated testing environments and perform deep-dive analysis into kernel-level performance and stability.



Responsibilities:

- Environment Design: Develop, maintain, and execute QA environments specifically for testing Embedded Linux kernel and BMC firmware.

- Automation & Validation: Design and implement automated validation tests for kernel, drivers, and user-space components.

- Analysis: Perform comprehensive system performance, stability, and stress analysis on embedded platforms.

- Debugging: Analyze failures, debug kernel and user-space issues, and provide detailed root cause analysis.

- Collaboration: Work closely with development, firmware, hardware, and system teams to ensure high product quality throughout the lifecycle.

- Documentation: Document test plans, test cases, and validation results clearly and accurately.

HW Application Engineer - Job description: we are a leading supplier of microcontrollers and security hardware solutions for tier-1 customers in the computing and servers business. It is a self-contained design center, spanning from product management, system and chip architecture, through design, software development, system engineering and production. The group works closely with major customers, primarily key OEMs in the computing space, to develop semi-custom, innovative solutions for a wide range of application platforms. We are looking for a Hardware Application Engineer, to maintain and support our strong collaboration with our customers.
What You Will Be Doing
* Lead customers through all stages of designing their systems based on Nuvoton manageability and security microcontrollers (i.e., BMC, EC, SIO and TPM) from planning till production.
* Respond and resolve customer hardware related issues and requests, reported by the regional support team (FAEs) or directly by customers.
* Work closely with R&D, architects and PMs to provide issue resolutions, workarounds, and implement product features or support tools.
* Key contributor in complex debug tasks for issues found by customers; build debug strategies and hands-on work with the design team through the debug.
* Develop deep knowledge of customer applications and systems, recommend application solutions, design ideas and products to customer design teams.
* Develop and maintain technical documentation (e.g., reference schematics, application notes, design guidelines).
* Provide inputs and participate in next generation ICs definition based on customer inputs.
* Contribute to the definition of innovative and differentiated products.

We're seeking a passionate and skilled Embedded Firmware Engineer to play a pivotal role in delivering the next generation of us. In this highly visible position, you'll be at the intersection of hardware and software, collaborating closely with logic designers to deeply understand system-level operations and performance requirements for hardware validation. In this role, you will develop critical low-level embedded firmware specifically designed to validate hardware functionality, ensure conformance, and drive performance during the bring-up and testing phases of new silicon. This involves designing, developing, and integrating complex drivers, diagnostic tests, and infrastructure essential for SoC bring-up, post-silicon validation, and debugging activities. Ultimately, you'll lead hands-on firmware development, system-level validation, and problem-solving at the hardware-software interface in a dynamic, collaborative environment, with your work directly enabling the successful launch of future products by ensuring our silicon meets the highest standards.

We are looking for a visionary Senior Technical Manager to build and lead our AI software stack for our next-generation NPU platform.

This is a rare opportunity to own the full software layer - from compiler infrastructure to developer ecosystem - and make a lasting impact on how AI runs on silicon.



What You'll Do;

Build and lead a highly skilled AI software & algorithms engineering team, establishing engineering standards, development processes, and technical direction
Define the end-to-end stack - compiler, runtime, kernel libraries, and SDK - enabling efficient AI deployment on our NPU
Drive AI compiler development using technologies like MLIR, TVM, LLVM or similar infrastructures to translate PyTorch/TensorFlow models into optimized NPU execution
Champion model optimization - quantization, pruning, and hardware-aware techniques for maximum performance and power efficiency on the accelerator.
Runtime, Drivers, and Firmware Integration - scheduling, memory management, and low-level software for AI workloads on-chip
AI Kernel Libraries - Guide the development of highly optimized neural network kernel libraries and performance-critical primitives tailored to the architecture of the NPU.
Developer Ecosystem - Define and deliver the SDK, APIs, and development tools that allow internal teams and external developers to deploy AI models easily on the platform.
Cross-Functional Architecture Collaboration - Work closely with silicon architecture and hardware design teams to ensure optimal hardware-software co-design, providing feedback on architecture, performance bottlenecks, and future ISA requirements.

You will develop automation infrastructure for validating embedded camera and depth-sensing hardware. This includes device control, power sequencing, frame capture, and external instrumentation. You will make it reliable enough to run unattended, overnight, and across many units.

You will also design, write, and maintain automated test suites covering firmware, drivers, and host software. When a test fails, you will drive it to root cause alongside the firmware, hardware, and systems engineers you work closely with. Your results will directly inform release decisions.
Responsibilities
Design automation infrastructure across host software, device interfaces (USB, serial, I2C/SPI), and lab instruments
Own the automated version release process, from firmware and software builds to automated validation gates and release reports
Design and develop a Python/Pytest test automation framework that makes tests easy to write, reuse, and run across devices and stations
Write and maintain automated test suites for firmware, drivers, and host software, including functional, negative, and long-duration stability tests
Design, build, and maintain test stations, including fixtures, wiring, and supporting MCU-based hardware
Build tooling to capture and analyze data such as raw frames, timing traces, and logs, turning the results into clear pass/fail metrics
Debug and troubleshoot software and hardware issues through to root cause
Make test results visible through dashboards, trend tracking, regression detection, and triage workflows
Document test plans, test cases, and infrastructure so others can easily run and extend them