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We are seeking a dynamic Field Service Engineer to join our team at our company, playing a critical role in advancing our renewable energy solutions. As a Field Service Engineer, you will contribute significantly to the future of various renewable energy products and solutions, serving as an interface between our customers and our company.

Ideal Candidate:
The ideal candidate will have a background as a practical Electrical Engineer or Electrical Engineer with a valid electrical license and comprehensive understanding of AC/DC, Low/Medium Voltage systems, networking and system controls. Proficiency in both Hebrew and English languages at a minimum of C1 level is required. The role will require on-call duty and the ability to oversee critical customer situations. Experience with Battery Storage solutions is highly beneficial, and a valid driving license is essential due to frequent travel requirements.
Responsibilities:
Serve as the primary interface between customers and our company, taking ownership of dispatched customer issues across various renewable energy solutions.
Provide comprehensive service and customer support during field visits or dispatches, running diagnosis on errors or technical problems.
Deliver on-site installation, repair, maintenance, testing tasks, upgrades, or rework activities for diverse renewable energy products.
Provide remote support to clients as needed.
Leading projects during commissioning and site acceptance services for various renewable energy solutions.
Adhere to operational procedures, processes, and practices consistently, ensuring compliance.
Follow applicable health and safety instructions and regulations for various renewable energy installations and services.
Maintain updated documentation, work instructions, and processes for existing and upcoming service contracts and agreements, including reports creation.

We are looking for a Senior Network System Architect to define and drive the communication architecture of complex automotive embedded platforms. You will translate product, vehicle and customer needs into scalable network concepts, interfaces and requirements, and lead technical decisions across in-vehicle communication, compute platforms.
The role spans Automotive Ethernet, CAN and CAN FD, network topology, switching, routing, time synchronization, diagnostics, service-oriented communication, bandwidth and latency analysis, network management, security, wake-up behavior and system integration. You will work across system, hardware, software, safety, security, validation, program teams, customers and technology partners.
What will your job look like:
Own the end-to-end communication and network architecture for complex automotive platforms and major platform capabilities.
Translate product, vehicle and customer needs into network concepts, logical and physical topologies, interface definitions and clear system requirements.
Drive architectural decisions across Automotive Ethernet, CAN and CAN FD, SOME/IP, DoIP, UDS, TSN and gPTP time synchronization.
Perform bandwidth, latency, jitter, utilization and availability analysis, including worst-case behavior, startup and degraded modes.
Define network management, wake-up and sleep concepts, including partial networking and Ethernet wake mechanisms.
Align networking requirements with functional safety, cybersecurity, performance, reliability, cost and product constraints.
Lead technical alignment with ECU, SoC, hardware, embedded software, middleware, diagnostics, safety, security and validation teams.
Define verification strategy and acceptance criteria for communication performance, interoperability, conformance and fault handling.
Identify architectural gaps and risks early, define mitigations and drive complex cross-domain issues to closure.
Collaborate with customers, semiconductor vendors, switch vendors and tool providers on interfaces, capabilities and integration.

Required Senior Mechanical Engineer
About the team:
The Mechanical Engineering team develops practical solutions for a wide range of our systems, including vehicle and sensor integration, opto-mechanical systems, electronic packaging, prototypes, and test equipment.
We are a small, experienced, hands-on team working closely with system engineering, hardware, algorithm, optics, vehicle, and manufacturing teams, as well as suppliers. Our work covers the full development process-from requirements and concept design through analysis, prototyping, validation, and production support.
In this role, you will focus mainly on integrating a wide range of sensors across diverse platforms while contributing to other mechanical engineering projects as needed.
What will your job look like:
Design mounts and installation solutions for cameras, lidar, radar, computing units, and related hardware.
Develop projects from requirements and concept through detailed design, prototype, validation, and release.
Perform initial structural analysis and validation of designs for vehicle loads, vibration, and durability.
Prepare 3D models, drawings, GD&T, tolerance analyses, and production documentation.
Build and test prototypes and installation kits.
Work closely with vehicle, hardware, system, manufacturing, purchasing, and supplier teams.
Support manufacturing and resolve design and installation issues.

We are seeking a Delivery Project Manager to join our team, overseeing and commissioning projects while ensuring their successful execution. This role demands a highly organized individual with a data-driven mindset, substantial experience in managing complex projects, and the ability to lead effectively in a dynamic, multicultural environment. The ideal candidate will exhibit strong technical acumen, adaptability, and excellent problem-solving skills, alongside the capacity to work independently and collaboratively under pressure.

Your mission:
As a Project Manager, you will be at the forefront of ensuring the successful delivery of diverse projects, aligning with organizational goals, and fostering a culture of operational excellence and continuous improvement.

Responsibilities:
Develop and execute comprehensive project plans, ensuring timely delivery within scope, budget, and quality standards.
Coordinate internal and external resources for seamless project execution.
Build and maintain strong relationships with clients and stakeholders.
Oversee critical project milestones, including FAT, commissioning, SAT, and handovers.
Monitor project performance, manage KPIs, and create detailed documentation.
Resolve technical and operational issues in coordination with relevant divisions.
Ensure timely collection of payments aligned with project milestones.
Manage project resources, including engineers, contractors, and equipment.
Lead on-site supervision of delivery and commissioning processes.
Drive continuous improvement and development of organizational processes.

We are looking for a Senior Embedded System Architect to define and drive the architecture of complex embedded computing platforms, from product needs through design, integration, validation and production. You will translate customer and product needs into clear architectures and requirements, lead cross-domain technical decisions and ensure our systems are robust, scalable, observable, diagnosable, testable and maintainable throughout their lifecycle.
The role spans hardware, embedded software, SoCs and MCUs, networking, memory and storage, power management, boot and update flows, diagnostics, safety mechanisms and system integration.
** This role requires working from our Petah-Tikva site 1 day per week.
What will your job look like?
Own system architecture for complex embedded platforms and major platform capabilities.
Translate product and customer needs into system concepts, architectures, interfaces and clear requirements.
Define functional decomposition, hardware and software partitioning, responsibilities, data flows and control flows.
Drive architectural decisions across compute, memory, storage, networking, power, boot, diagnostics, software update, security and monitoring.
Lead technical alignment across system, hardware, embedded software, validation, safety, security, program teams, customers and technology partners.
Analyze system performance, availability and reliability constraints and convert them into architectural decisions.
Identify architectural gaps and risks early, define mitigationsand drive complex cross-domain issues to closure.
Balance functionality, performance, cost, complexity, safety, reliability and product constraints.

We are looking for a talented Senior Backend Python Developer to join our team building a next-generation, large-scale Data Platform.
The autonomous vehicle industry generates massive amounts of data. Our challenge is to make this data accessible, reliable, and usable across the organization, empowering AI/ML developers, validation teams, analysts, and more.
We are building a cloud-based, distributed platform using modern technologies, with a strong focus on scalability, performance, and innovation.
What will your job look like?
Design and develop large-scale, cloud-based backend services and data processing platforms.
Build scalable, high-performance solutions based on microservices architecture.
Take ownership of features and services, from architecture and implementation to production.
Explore and integrate modern technologies, including LLM-powered applications and AI agents.
Collaborate with talented engineers, solve complex technical challenges, and continuously improve engineering practices.
Tech Stack: Python, FastAPI, PostgreSQL, Spark, AWS, Docker, Kubernetes, LLMs & AI Agents.

Required Senior Backend Engineer
About the team:
You will be part of our REM (Road Experience Management) department, which is responsible for the automated creation of High-Definition (HD) maps, a key technology powering our autonomous driving and advanced driver-assistance systems (ADAS).
The map-building process involves executing advanced algorithms and processing massive amounts of data in parallel. This requires sophisticated distributed systems, Big Data technologies, and a deep understanding of both the map creation process and its underlying infrastructure.
Our team is responsible for developing and maintaining the core frameworks and infrastructure that enable large-scale, parallel execution of map-building jobs. We design and build scalable, reliable, and efficient platforms that orchestrate, execute, and monitor thousands of computational jobs, supporting both production and development environments.
Our infrastructure serves as the backbone of the map creation process, with a strong emphasis on scalability, performance, reliability, observability, and advanced debugging capabilities for both map data and algorithmic code.
This role is best suited for engineers with strong system-level thinking, a can-do approach, and a hands-on mindset, with the ability to design, build, and optimize complex systems operating at scale.
What will your job look like?
Design, develop, and maintain Python backend services and frameworks that power our large-scale HD map creation platform.
Optimize systems and code across multiple layers - from architecture to implementation.
Take ownership of REM's workflow management platform, including its core Python framework, backend services, and APIs, enabling rapid development and reliable execution of computational jobs at production scale.
Develop scalable, reliable, and high-performance backend solutions for distributed computing and large-scale data processing.
Continuously improve system architecture, performance, stability, and observability to meet evolving production and development needs.
Collaborate with engineers, algorithm developers, and stakeholders across the department to design and deliver infrastructure solutions.

We are looking for a Semiconductor Quality & Reliability (Q&R) Engineer with experience in yield analysis and semiconductor device physics. The role focuses on analyzing silicon data, identifying yield and reliability issues, and supporting root-cause investigations and continuous improvement.
What will your job look like:
Perform semiconductor yield analysis and identify yield-loss mechanisms, parametric trends, and outliers.
Analyze test, wafer, and silicon data to support quality and reliability investigations.
Apply device physics knowledge to understand electrical behavior, process variation, and potential failure mechanisms.
Support root-cause analysis and corrective actions for yield and reliability issues.
Collaborate with design, product, test, process, and manufacturing teams to improve product quality and yield.
Prepare technical analyses, reports, and recommendations based on silicon data.

Required Reinforcement Learning Researcher | Learned-Policy Group
About the team:
Build the intelligence behind the next driving decision.
Were building a reinforcement-learning driving planner for complex, interactive road scenarios. Were looking for a researcher to help take it from simulation to real vehicles.
Youll develop policy models, rewards, and training methods. Youll define how driving behavior is evaluated, analyze failures in closed loop, and validate improvements on the road. Youll work in a small team and collaborate with control and other algorithm teams.
This is a high-impact role with direct influence on a core part of our
driving technology and its future products.
What will your job look like?
Research and develop reinforcement-learning planning algorithms, including policy architectures, reward design, training objectives, and optimization methods.
Train and evaluate RL policies for difficult, interactive driving scenarios, building on the existing learning-based planner and complementary classical components.
Develop evaluation methods and relevant metrics for safety, progress, comfort, and interaction quality, and use them to guide experiments and analyze failures.
Build simulation-based training and closed-loop evaluation workflows.
Turn research ideas into reliable components of the driving stack.