DRS RADA is a global pioneer of RADAR systems for active military protection, counter-drone applications, critical infrastructure protection, and border surveillance. As the Senior System Engineer, you will be the architectural anchor for our next-generation interceptor and tactical UAS program. You will bridge the gap between operational requirements and multidisciplinary engineering execution. This is a foundational role requiring a systems-thinking mindset to navigate strict SWaP-C constraints, manage complex subsystems interfaces, and drive the product from conceptual design through successful field integration and flight testing. Key Responsibilities System Architecture & Design: Lead the definition of the overall system architecture (interceptor, ground control station, and data links). Translate operational needs into high-level System Requirement Documents (SRD) and Subsystem Specifications. SWaP-C Budget Management: Own and track critical system-level budgets including Size, Weight, Power, and Cost (SWaP-C), balancing trade-offs between battery life, propulsion, payload, and structural limits. Interface Control (ICD): Define, document, and manage physical, electrical, and software interfaces between avionics, GNC algorithms, power management, communications, and payloads. Engineering Governance: Lead formal technical milestones and design reviews (SRR, PDR, CDR) with cross-functional teams and external stakeholders. V&V and Integration: Develop the system-level Verification and Validation (V&V) strategy. Write System Test Plans/Descriptions (STP/STD) and spearhead laboratory, Hardware-in-the-Loop (HIL), and open-air flight test campaigns. Vendor & Subcontractor Management: Define technical statements of work (SOW) and preliminary specifications for critical tier-1 suppliers (propulsion, sensors, battery technology).

We are looking to hire an experienced Solutions Engineer in the field of Mobile Satellite Communications (SATCOM) antenna system growing business line to work alongside our passionate sales team for Land, Maritime and Airborne applications. You will be required to conduct meetings with our prospects and customers, draft and deliver presentations, demonstrate the features of company products, manage, and write winning proposals including detailed block diagrams and key features.
To ensure success, you should have in-depth knowledge of complex systems that includes mechanics, software, electronics and RF, and high-level communications and writing skills in English and Hebrew.
The ability to understand customer requirements, determine the best solutions and effectively communicate the value proposition of those solutions are critical skills.
This is a key position that will bare impact on the companys growth and ability to do business.

Responsibilities:
Solutions Engineer is subject matter experts (SME) with specialized technology experience in complex systems, which involves mechanics, electronics, software and RF.
The processes of preparation of all assigned proposals, from requirement analysis and Bid-No-Bid processes, through solution/offering concept, proposal integration and write-up, and up to completion of the proposal documentation, risk analysis, competition analysis, costing and presentation to the customer.
Work closely with technical specialists, product managers, subcontractors / potential 3rd party solution partners, sales, finance, R&D, operations, executive team and with other company team members.
Ensure that the proposal conforms to the requirements, instructions, evaluation criteria and the SOW.
Develop and maintain proposal generation processes and tools, as well as proposal templates.
The Solutions Engineer must be well-versed in the selling companys portfolio of products and services and keep up with new technologies entering the market.
Provides coaching and professional development to the sales team member associates to enhance their product knowledge, technical acumen, and technical sales skills.
Perform Link Budget Analysis

. Join Our Team as a system architect at DRS RADA Technologies! Technical Characterization and system Design:
* Spearhead the technical characterization, system design, and architecture of radar-based electronic systems.
* Drive innovation and efficiency in system design processes, ensuring optimal performance and reliability. Leadership in Field and Lab Experiments:
* Lead field and lab experiments to validate and optimize system functionalities.
* Collaborate with cross-functional teams to plan system tests layout, ensuring comprehensive and insightful results. Performance data Analysis:
* Analyse system performance data to derive meaningful insights and recommendations.
* Implement data -driven improvements and optimizations to enhance overall system efficiency.

Overall responsibility for precision tracking technical project management at R&D including planning and monitoring of all R&D activities, planning and monitoring of project R&D budget (material and hours), lead of technical activities with the customer including design reviews, acceptance testing and system assimilation.
Overall responsibility of the system level architecture of complex systems
Overall responsibility for System, Software and Hardware level specifications and requirements.
Overall responsibility and active participation in the Integration and Proof of Design phases.
Overall responsibility for electrical connectivity design between LRUs

we are looking for a Electronic Engineer.
This position is a key part of the engineering department that is responsible for multidisciplinary products through the Product Life Cycle (PLC).
The position involves extensive communication with local and worldwide R&D departments, parties in operation, subcontractors, production floors, and others.
The company is based in Netanya.
Responsibilities:
Lead the HW change on new and legacy products (EOL, Layout update)
Leads DFx and NPI procedures for new products
Leads failure analysis and reliability testing on all critical aspects of product design
Components engineer for new and existing products
Support projects and teams to ensure the design of new and existing products meet quality and reliability and apply validation tests to ensure products meet company standards
Support local and worldwide production floors
Published effectively report results to peers and management
Leads compliance Safety and Radio
Manage the Spec and requirements of the Battery and NFC

Overall responsibility of the development of complex Airborne Communication systems.
Lead the System level architecture of complex systems, and be an expert in the System, Software and Hardware specifications.
Coordinating internal R&D resources and third parties/vendors for the flawless execution of projects
Ensure that all projects are delivered on-time, within scope and within development budget
Matrix structure management of Hardware, Software, Mechanics and Verification teams for several projects in parallel - different requirements, use cases and customers.
Lead an internal and external design reviews, pre and post sales activities with various customers.

Review of Contract ,Customer SOW and SPEC requirements to ensure compliance of design and production.
Approve gates review at R&D
PLCM (Project Life Cycle Management) - process control, full partnership in project management during the development, testing, production, customer delivery and customer support phases throughout the product life
Identifying regulatory Gaps in new and carrent projects
Perform Internal and External Audits
QA presence in R&D process (capacity) and ability to prevent errors in design
Follow up after R&D corrective and preventive actions and Improvement Plans
Transfer products from development to NPI and serial production (QA activities)
Review and approval ECO / MCO / ATP/ATR, Waiver relate to R&D , ENG
Writing QA procedures
FRACAS Management
Quality Assurance Program Plan (QAPP) and the Quality Allocation Tasks for the program.
Customer complince - relate to NPI , Pre production , design errors
Perform Quarterly data analysis for QBR

End to end boards design. Starting from the components 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 and supporting production when needed.