We are looking for a hands-on systems engineer to join the development of a multi-RAT digital twin for our Open RAN solution. The role will involve contributing to the integration of production RAN software with PHY, channel, UE, traffic, and network models, and supporting the development of simulation capabilities for LTE, 5G NR, and 2G. This is a great opportunity to gain hands-on experience in RAN systems, simulation, and AI/ML within a highly technical environment.
What will you do:
Contribute to the development of a modular, multi-RAT RAN digital twin covering LTE and 5G NR.
Develop and integrate production software components with simulation and analysis tooling using stable and maintainable interfaces.
Work with software and system teams to model communication-system behavior, including traffic, mobility, scheduling, interference, and performance KPIs.
Support the extension of existing LTE simulation capabilities and reusable components for additional radio technologies.
Develop software components and tools in C/C++ and Python for simulation, automation, data processing, and analysis.
Support the development and evaluation of AI/ML-based capabilities for communication systems and network optimization.
Build datasets, experiment pipelines, and automated analysis tools to evaluate system behavior and algorithm performance.
Create reproducible tests and experiments across software builds and algorithm versions using defined scenarios, configurations, and KPIs.
Support simulation verification and validation activities, including comparison with lab results and analysis of model behavior.
Build automated unit, component, end-to-end, regression, and performance tests and integrate them into CI/CD workflows.
Improve simulation speed, usability, observability, and automation so engineering teams can run repeatable experiments independently.
Debug issues across C/C++, Python, MATLAB, system software, configuration, and reference measurements.
Document assumptions, supported scenarios, limitations, and experiment results in a clear and structured way.
Work closely with RAN, PHY, system, AI/ML, automation, and validation teams to turn engineering questions into measurable experiments.

We are looking for a highly motivated and passionate Sr. AI PHY System Engineer to design, implement, and integrate advanced cellular communication systems for our next-generation base-station products. The role leads PHY activities from feature development through integration, with a strong emphasis on automation and the use of modern AI tools to accelerate development, debugging, and validation.
What you'll do:
Leverage existing AI tools (AI coding assistants, LLM-based workflows) to speed up development, code comprehension, debugging, and documentation.
Provide technical leadership and mentorship to junior engineers within the PHY team, including sharing best practices for automation and AI-assisted development.
Act as the focal point for all PHY and RF-related aspects.
Define and write system-level requirements.
Continuously optimize and fine-tune PHY-layer algorithms to enhance the performance and efficiency of base-station products.
Build automation and internal tooling to streamline PHY development, integration, and lab testing - reducing manual effort and improving repeatability.
Work within existing codebases and repositories: understand the current architecture quickly, extend it responsibly, and add new capabilities without destabilizing established flows.
Design and develop new tools (test harnesses, analysis utilities, reporting dashboards) to support PHY bring-up and validation.
Collaborate closely with cross-functional teams to ensure seamless integration of PHY components with software, digital signal processing (DSP), and other subsystems.
Hands-on lab work.

We are looking for an Electro-Optical Engineer to join the LYNX development team and lead hands-on research, characterization, testing, and integration of advanced electro-optical technologies into complex multidisciplinary systems.

The role combines practical lab work, system-level design, execution, and technological innovation. Role includes leading design and implementation of sensors, lenses, cameras, thermal systems, optical measurement, image quality, sensor accuracy, and integration with broader platform technologies.

As part of the LYNX team, the engineer will support component-level and system-level design, experimentation, integration, supplier technical discussions, test planning, documentation, and collaboration with mechanical, electronics, software, system engineering, and validation teams.



Responsibilities

Characterize, evaluate, and integrate electro-optical components such as sensors, lenses, cameras, compasses, thermal imaging modules, and related optical subsystems.
Plan, develop, and execute component-level and system-level experiments, including optical bench testing, optical measurements, and system integration activities.
Define and implement optical test methodologies for image quality, sensor accuracy, optical performance, environmental behavior, and system-level functionality.
Support the integration of new technologies into existing LYNX systems and future developments, including interfaces with IMU, GPS, laser range finders, compass modules, and additional platform sensors.
Work with suppliers and subcontractors on requirements definition, design reviews, performance evaluation, technical trade-offs, and issue resolution.
Write technical specifications, test plans, experiment reports, analysis summaries, and supporting engineering documentation and transfer to production processes.
Support system integration, troubleshooting, verification, validation, and field-testing activities.
Collaborate closely with multidisciplinary teams, including mechanics, electronics, software, system engineering, QA, and operations.

We are looking for an Electrical & Electronics Engineer to join our R&D department in Kfar Saba.
This is a varied, technical role supporting development, integration, testing, and troubleshooting of electronic systems - an opportunity to grow professionally while working on challenging, advanced projects.
About us
An established technology company specializing in motion control and intelligent power management systems.
We develop and manufacture advanced motor controllers, power management systems, and smart circuit protection solutions tailored to the unique requirements of the defense and industrial markets.
What will you do?
Provide ongoing support to the development team in development, integration, and testing
Perform hardware testing and troubleshooting of electronic boards and systems
Analyze faults, perform root-cause analysis, and propose solutions to hardware issues
Read and interpret electrical drawings and electronic schematics
Perform measurements and tests using lab equipment such as DMMs, oscilloscopes, power supplies, spectrum analyzers, and other instruments
Perform lab tests and functional checks on products and systems
Support product qualification, verification, and validation testing
Document test results, faults, and solutions
Write and update technical documents, test procedures, and reports
Work closely with hardware, software, and systems engineers

We are looking for a highly motivated and passionate Sr. system engineer to design, implement, and integrate advanced cellular communication systems for our next-generation base-station products. Leading system activities from feature design and development to integration.
Job Responsibilities:
Defining and writing system-level requirements and high-level designs. Continuously optimize and fine-tune PHY layer algorithms to enhance the performance and efficiency of the products. 
Provide technical leadership and mentorship to junior engineers within the team, fostering skill development and knowledge sharing. 
Focal point for all system, PHY and RF-related aspects.
Collaborate closely with cross-functional teams to ensure seamless integration with HW, SW, FPGA and other subsystems. 
Hands-on Lab work.

We are looking for an experienced control engineer to join our multidisciplinary R&D department and contribute to the development, integration, and testing of advanced electro-optical systems.
:Responsibilities
Develop and implement control and stabilization algorithms. Model and analyze dynamic systems using MATLAB/Simulink. Generate control SW from Simulink models and support its integration into Embedded software. Participate in system integration, simulations, laboratory experiments, and field tests. Analyze system performance and support troubleshooting and root-cause analysis. Collaborate with software, electronics, mechanical, systems, and production teams. Support products throughout development and production.

You will guide and mentor our electrical technicians and manage subcontractors, vendors, and suppliers to ensure high-quality, on-time delivery. The role requires deep experience working with EO system electronics, including board-level definitions, mixed-signal design, high speed cameras pipeline, and complex system integration. Your leadership will directly impact on the reliability, performance, and operational capabilities of our tactical EO products.



Responsibilities

Lead end-to-end electrical design of complex EO systems, from concept to validation
Define board-level architecture across analog, digital, power, and high-speed domains
Oversee PCB design and collaborate with external partners and manufacturers
Drive bring-up, debugging, and validation of mixed-signal boards
Perform root-cause analysis and resolve complex electrical issues
Work cross-functionally to ensure seamless system integration
Develop and execute test plans at board and system level
Manage component selection (BOM), vendors, and suppliers
Mentor technicians and support lab activities

For an innovative start-up company that develops revolutionary 5G private network software solution, were looking for a technical enthusiastic senior software engineer experience with Linux based real time applications, Kernel optimizations, virtualization and SRIOV networking as well as Kubernetes and containers run time environments. In this position, you will define the technologies and architecture for the product and lead the implementation and field testing and deployments.

The Configuration Control Engineer is responsible for managing configuration control and product build processes within the PLM system. This role involves documenting products throughout their lifecycle, collaborating with R&D, marketing, manufacturing, and subcontractors.

Key Responsibilities:

Oversee configuration control and product release in the PLM system.
Document products throughout their lifecycle, working closely with R&D, marketing, manufacturing, logistics, QA and subcontractors.
NPI- Support products from development through to mass production.
Integrate manufacturability and testability considerations (DFM, DFA, DFT, DFC) during design reviews.
Provide technical support related to PCB topics.
Oversee First Article production and feedback for corrections.
Define manufacturing processes, prepare instructions, assembly drawings, and related documentation (Manufacturing procedures, Fabrication flow, PRR, etc.).
Manage engineering change processes in PLM-ORACLE.
Collaborate with various company departments and interfaces.
Build manufacturing files and support subcontractors (including supporting production line issues).
Optimize production lines and improve engineering processes using new technologies, cost reduction, and time-saving initiatives.
Write procedures and ECR/ECN documents