דרושים » חשמל ואלקטרוניקה » Senior ATE software engineer

we are global pioneer of radar systems for active military protection, counter-drone applications, critical infrastructure protection, and border surveillance. We are seeking an Electronics NPI Engineer to join our NPI (EMD) Engineering team. In this role, you will bridge R&D and Manufacturing, taking an active role in early production builds and driving product readiness from development through successful transition to serial production. Key Responsibilities
* Lead the electronics NPI activities of new Radars Systems from development through production readiness and ramp-up.
* Work closely with R&D teams to ensure manufacturability and testability, driving DFM and DFT considerations early in the development process.
* Support prototype, engineering, and pilot builds, identify technical and manufacturing gaps, and drive them to closure.
* Define and establish the manufacturing and integration processes required for new electronic products and assemblies.
* Investigate and resolve electronic, integration, TEST, and manufacturing issues during the NPI phase.
* Ensure readiness of relevant product documentation, manufacturing instructions, tools, fixtures, and TEST requirements prior to transfer to serial production.
* Drive continuous improvement based on lessons learned from builds, integration, testing, and early production.

We are a global pioneer of RADAR systems for active military protection, counter-drone applications, critical infrastructure protection, and border surveillance. As a QA Engineer focused on software and system quality , you will join the R&D engineering team to drive Quality Assurance, testing lifecycles, and verification processes for advanced radar and defense systems. This role requires experience and meticulous attention to detail across complex hardware-software environments. You will collaborate closely with systems engineers and software development teams to ensure the highest standards of reliability, safety, and operational performance. Key Responsibilities: End-to-End Testing: Design, develop, and execute comprehensive TEST plans, TEST scenarios, and TEST cases for complex Embedded software, system applications, and system -of-systems integrations. system Verification & Validation (V&V): Validate system requirements against operational use cases, ensuring strict compliance with defense standards, performance metrics, and customer specifications. Bug Management & Lifecycle: Execute bug tracking, root-cause analysis, and defect lifecycles using Jira in alignment with company procedures. Cross-Functional Collaboration: Work hand-in-hand with R&D engineering teams, system engineers, and developers to ensure quality gates are successfully met from early design phases through deployment.

Join our company as a Hardware Board Design Engineer, where you will contribute to complex design projects and the development of cutting-edge communication systems. In this role, you will design high-performance boards for advanced avionics systems, working as part of a professional hardware design team. Your expertise will drive innovation and ensure the highest standards of quality in our products.
Responsibilites
End to end boards design.
Starting from the component's selection and evaluation, schematic design, thermal considerations, mechanical constraints.
Layout design, production supervision, bring-up on lab.
Including all the relevant document writing and conducting the design reviews needed until the product is finished.
Leading products from the definition until their release.
Supporting production when needed.

Join our company as a DFT Engineer, where you will lead the design for testability (DFT) efforts to ensure optimal manufacturing and quality assurance processes for complex electronic systems.
Responsibilites
Implement DFT methodologies to improve the testability and manufacturability of electronic products and PCB assemblies.
Review schematics and PCB layouts, ensuring compliance with DFT guidelines and recommending improvements for enhanced test coverage.
Collaborate with hardware design teams to integrate DFT solutions during product development.
Perform test coverage analysis using TestWay or similar tools, define test point requirements, identify coverage gaps, and provide recommendations to development teams.
Define and maintain manufacturing test strategies, including ICT, Flying Probe, Functional Testing, and Boundary Scan (JTAG).
Develop, configure, and execute JTAG/Boundary Scan tests and create test programs for validation and production environments.
Lead test pattern generation, validation, and troubleshooting activities to ensure efficient and reliable testing.
Analyze and resolve DFT-related issues throughout development, validation, and production phases.
Define requirements for Automated Test Equipment (ATE) and support the deployment and maintenance of production test systems.
Provide technical leadership and mentorship to engineers while driving continuous improvements in testability and manufacturing processes.

DRS RADA is a global pioneer of radar systems for active military protection, counter-drone applications, critical infrastructure protection, and border surveillance. Join Our Team as a Project System Engineer at DRS RADA Technologies! DRS RADA Technologies is seeking a talented individual to join our team and contribute to the development of advanced radar-based electronic systems. About the job:
* Lead the development of advanced radar-based electronic systems
* Act as the primary point of contact for technical matters
* Collaborate with the R&D, engineering, and product teams to ensure timely delivery

DRS RADA is a global pioneer of RADAR systems for active military protection, counter-drone applications, critical infrastructure protection, and border surveillance. We are seeking an experienced Component Engineer to join our Engineering organization and lead component engineering activities across RF, electronic, mechanical, and material domains. In this role, you will be responsible for component selection, qualification, lifecycle and obsolescence management, alternate part approval, and supplier engagement. You will work closely with Engineering, Procurement, Quality, Manufacturing, and Program Management teams to ensure component availability, reliability, compliance, and cost-effectiveness throughout the product lifecycle. Key Responsibilities • Manage engineering component databases and approved part catalogs. • Lead component selection, qualification, approval, and lifecycle management activities. • Evaluate and support RF, electronic, mechanical, and material components for development and production programs. • Review and approve new component requests in accordance with company standards. • Monitor obsolescence and supply chain risks and develop mitigation plans. • Qualify alternate components and support engineering change . • Interface with suppliers to resolve technical issues and obtain qualification documentation. • Perform technical assessments covering performance, reliability, compliance, availability, and cost. • Support failure analysis, root cause investigations, and corrective actions. • Collaborate with cross-functional teams including R&D, Quality, Procurement, Operations, and Manufacturing.

we are seeking a highly skilled Cables & Wiring Engineer to design and implement advanced wiring solutions for our communication systems. This role requires a meticulous professional with extensive knowledge in cable engineering and a passion for innovation.
Design and develop cable and wiring systems for communication equipment.
Conduct simulations and testing to ensure system integrity and performance.
Collaborate with cross-functional teams to integrate wiring solutions into products.
Analyze and troubleshoot issues in existing wiring systems.
Prepare technical documentation and specifications for wiring designs.
Responsibilites
Review, release, and maintain cable and harness documentation, including drawings, BOMs, wiring data, connector lists, assembly instructions, and inspection requirements.
Provide technical support to production, integration teams, subcontractors, and suppliers during manufacturing, assembly, inspection, testing, and acceptance activities.
Review drawings and production documentation for completeness, manufacturability, testability, and alignment with approved engineering data.
Support supplier clarifications, production feedback, alternative component reviews, FAI activities, and implementation of approved engineering changes.
Investigate and resolve nonconformities, supplier deviations, production issues, and field findings related to cables, connectors, shielding, grounding, routing, labeling, and workmanship.
Work closely with engineering, quality, procurement, production, suppliers, and configuration management to ensure timely and compliant delivery.

we are a leading global provider of innovative communication solutions for airborne, maritime, ground-station, satellite-tracking, Earth Observation, and New Space applications. The company delivers advanced, reliable, and mission-focused systems to commercial and government customers worldwide.
We are looking for a Ground Stations Solutions Engineer to join our Ground Systems and Integrated Solutions team. The role combines customer engagement, technical analysis, and solution development, serving as a bridge between customers, Sales, Engineering, R&D, Operations, and Program Management.
Responsibilites
*Engage with customers to understand mission objectives, operational concepts, technical constraints, and desired outcomes.
*Analyze requirements and translate them into practical ground segment and mission-support solution concepts.
*Develop technical solutions involving ground stations, tracking systems, RF subsystems, software applications, and supporting infrastructure.
*Support proposals, compliance matrices, customer presentations, system descriptions, and solution documentation.
*Participate in customer meetings, technical reviews, demonstrations, workshops, testing, troubleshooting, and validation activities.
*Investigate operational anomalies, signal characteristics, RF performance, mission workflows, and system performance issues.