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DRS RADA Technologies , a leading defense company developing and manufacturing life-saving radar systems, is seeking a Failure Analysis Engineer for its Beit She’an manufacturing facility. The Customer Complaints & RMA Engineer is responsible for the engineering aspects of customer complaints and Returned Material Authorization (RMA) processes. The role involves conducting failure Analysis, performing root cause analysis, leading corrective and preventive actions, and driving continuous improvement of product quality and reliability. The position requires close collaboration with cross-functional teams and customers worldwide to ensure professional, rapid, and effective resolution of quality issues. Responsibilities
* Conduct failure investigations for products returned through RMA processes and customer complaints.
* Analyze product failures using engineering tools and methodologies to identify root causes (Root Cause Analysis).
* Define and lead Corrective and Preventive Actions (CAPA) in collaboration with Engineering, Manufacturing, Quality, and Purchasing teams.
* Prepare detailed failure analysis reports, document findings, and present conclusions to relevant stakeholders.
* Provide engineering ownership of customer complaint investigations through to technical closure.
* Communicate with customers in Israel and internationally, presenting investigation results and providing technical recommendations.
* Support NCR, MRB, and quality investigation processes as required.
* Analyze recurring failure trends and lead initiatives to improve product quality and reliability.
* Coordinate with testing laboratories, suppliers, and subcontractors to perform testing and validate findings.
* Participate in internal and external quality audits as required.
* Ensure compliance with company procedures, quality standards, and applicable regulatory requirements.

We are seeking a Product Engineer to support products throughout their lifecycle, from New Product Introduction (NPI) to mass production and sustaining activities. In this role, you will work closely with R&D, Manufacturing, Quality, Supply Chain, and Operations to ensure products are reliable, manufacturable, cost-effective, and compliant with quality standards.

Key Responsibilities
Support products through NPI, production ramp-up, and sustaining engineering activities.
Lead technical investigations, aid Jigs design for manufacturing, root cause analysis, and implementation of corrective actions.
Drive Engineering Change Orders (ECOs/ECRs) and assess impact on manufacturing and supply chain.
Provide engineering support to manufacturing and resolve complex technical issues.
Manage product documentation, BOMs, and configurations in PLM/ERP systems.
Lead validation and qualification activities related to product and process changes.
Support suppliers and contract manufacturers to resolve technical challenges.
Identify opportunities for cost reduction, yield improvement, and process optimization.

We are seeking a skilled and detail-oriented Mechanical Test Engineer to join our testing team. The engineer will be responsible for performing mechanical, environmental, and reliability tests on various products and components, ensuring compliance with company and international standards.
The ideal candidate is hands-on, precise, and capable of operating test equipment, documenting results, and supporting product development and qualification processes.
What will your job look like?
Conduct mechanical tests including tensile, compression, drop, and impact testing.
Perform environmental tests such as temperature, humidity, and thermal shock.
Operate and maintain laboratory test equipment and monitoring systems.
Prepare test setups, fixtures, and instrumentation according to test procedures.
Record and analyze test data, generate test reports, and communicate results to engineers.
Ensure tests comply with relevant standards (e.g., MIL-STD, IEC, ISO).
Support failure analysis and root cause investigations.
Maintain laboratory cleanliness, organization, and safety compliance.
Assist in developing and improving test methods and documentation.

We are looking for a mid-to-senior Mechanical Engineer who takes bold concepts and engineers them into precision-manufactured reality. The role demands mastery of opto-mechanical design, rigorous FEM-based analysis, and deep collaboration with Manufacturing and Process Engineering, pioneering mechanical solutions for next-generation consumer devices from first principles to mass production.

The Mechanical Engineer works closely with Hardware Engineering, Product Design, Electrical Engineering, and Process Engineering teams, leading design and analysis efforts across the product development cycle.

Responsibilities
Pioneering opto-mechanical designs for precision assemblies, translating ambitious concepts and optical requirements into manufacturable solutions with exacting tolerances.
Owning mechanical integration of optical components, sensors, and PCBs - encompassing fit, alignment, tolerance stack-up, and assembly sequence definition.
Partnering with Manufacturing and Process Engineering from early design stages to ensure concepts are grounded in process capability and scalable to mass production.
Leading FEM analyses across thermal, static, dynamic, and drop-test scenarios for small form factor consumer devices, ensuring structural integrity and durability under real-world conditions.
Conducting failure analysis (FA) to identify root causes and drive corrective design actions to resolution.
Driving end-to-end prototype builds, R&D setups, jigs, and fixtures in close collaboration with Process Engineering.
Defining and executing design verification and validation plans, and translating results into concrete design improvements.
Defining GD&T and collaborating with manufacturing partners to validate producibility, dimensional compliance, and process yield.
Leading design reviews, identifying risks early, and driving cross-functional resolution of complex mechanical challenges.

We're looking for an Engineering Program Manager (EPM) to lead a multidisciplinary program that takes a new sensing technology from research to product. The program covers HW, sensing, mechanical engineering, FW, SW, and ML. You will turn early research into a roadmap that can ship, and keep the teams aligned around one goal: a new kind of interaction experience for our users.
This is not a typical execution role. You'll work closely with researchers and engineers while driving and supporting execution. You'll know when to give exploration room and when to push toward productization. You'll be fluent in both scientific uncertainty and product discipline.

You'll be the central point of coordination for a program that moves through research, feasibility, prototyping, and product development at the same time. Working with world-class scientists, engineers, and ML experts in Israel and the US, you'll define the plan, make technical risk visible, and help leadership make clear decisions when the path forward isn't obvious. Along with engineering leadership, you'll be the face of the program.

Responsibilities
Build and own the program roadmap, from research milestones and feasibility checkpoints through prototype builds and productization.
Turn open-ended research questions into structured plans with clear hypotheses, success criteria, and decision gates.
Summarize research results into clear, data-driven findings and recommendations for executive audiences.
Keep a collaborative, transparent culture that respects research rigor and product urgency equally.
Align cross-functional teams across HW, physics, optics, mechanical, FW, ML/algorithms, data collection, and user experience.
Manage dependencies between ML workstreams, data collection, and HW development so learning cycles stay fast.
Run prototype and development builds with engineering teams, operations partners, and suppliers.
Spot technical and organizational risks early, and present them as strategic choices with mitigation paths.
Keep a collaborative, transparent culture that respects research rigor and product urgency equally.
Improve program methods to fit the needs of a research-to-product program.

Required System Integration Engineer
About the team:
The Data Collection (DC) group provides data for all our technologies. The group manages a global fleet of experimental vehicles equipped with our sensors, from single-camera systems to advanced surround systems, as well as ground-truth systems such as LiDAR, radar, and INS.
With teams in Israel, the US, and Europe, the DC group supports research and development by delivering diverse, high-quality datasets.
You will join the Data Collection Engineers team, a versatile and dynamic team responsible for managing the vehicle's experimental systems, analyzing collected data, and delivering it for further insights.
What will your job look like?
Install, configure and bring up HW & SW of sensors and vehicle subsystems on operational platforms.
Develop automation and AI-based tools to streamline workflows, reduce manual work, and improve engineering productivity.
Troubleshoot complex system issues, lead Root Cause Analysis (RCA), and implement corrective actions to improve reliability, performance, and readiness.
Collaborate with multidisciplinary engineering teams throughout the development and validation lifecycle.
Lead field experiments to evaluate new hardware and sensor technologies and execute complex data collection scenarios.

Required Autonomous Vehicle Validation Field Engineer
About the team:
You will be part of the Validation and Integration team. The team is responsible for online testing execution and offline validation of autonomous vehicle applications. You will play a key role in the endorsement end-to-end for the applications, interacting with cutting-edge sensors, ground truth systems, autonomous car performances, and offline analysis and validation. The team is a part of the AV product validation department.
What will your job look like:
Plan and execute a test plan based on the test requirements -outdoor Field activity.
Assess and evaluate AV online behavior and performance
Analyze, troubleshoot, and debug offline data logs and report on version performance.
Open and lead issues according to analysis and debugging.
Taking ownership on end2end validation plan.
Strong technical communication and leadership skills to lead investigations with engineers of multiple disciplines.
Must be willing to work in field conditions.
Must be willing to travel periodically based on customer/business needs - 25% abroad.

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 highly skilled and innovative Control Engineer to join our dynamic team dedicated to advancing the field of autonomous vehicles. As a Control Engineer, you will play a crucial role in designing, developing, implementing and testing hands on control algorithms to enhance the performance, safety, and efficiency of our autonomous vehicle systems.
What will your job look like:
Work on developing and optimizing control algorithms for the vehicle.
Run and analyze simulations to test autonomous vehicle in virtual environments.
Collaborate with hardware engineers to integrate control algorithms with the vehicle's hardware components, such as sensors, actuators, and onboard computers.
Working with communication protocols and interfaces for both internal and external communications with different components of the system.
Customer facing workshops to discuss and test your algorithms.
Testing your algorithms in an Autonomous vehicle.

a leading engineering company in the energy sector is developing advanced systems for deep geothermal drilling. the company focuses on designing and building complex mechanical systems that operate in extreme environments, combining hands-on development, prototyping, and full system ownership from concept to field deployment.
the company is seeking a senior mechanical engineer to take ownership of the design and development of large-scale drilling systems, working in a highly hands-on environment with end-to-end responsibility.
join us and help build the future of deep geothermal energy.
responsibilities:
lead mechanical design of drilling systems
design large mechanical assemblies including energy transmission, thermal management, and fluid-flow systems
perform structural analysis and fea
apply dfm principles and optimize for manufacturability and cost
plan and execute lab and field testing
work closely with multidisciplinary teams (thermal, RF, fluid) on system integration
coordinate with suppliers and manufacturers in israel and abroad
maintain full engineering documentation throughout development cycles
support field validation activities at the company's testing sites, including periodic travel to the u.s.

a leading defense-tech startup, developing advanced electro-optical systems for real-world defense applications, is looking for a senior mechanical design engineer to join the r&d team and take a hands-on role in designing and developing mechanical systems and assemblies, from concept through production. the role offers significant ownership and involvement in solving complex engineering challenges.
responsibilities:
lead end-to-end mechanical development, from concept and design through production and field support.
design, prototype, TEST, and validate mechanical systems and components.
design cameras, lenses, enclosures, and electromechanical assemblies.
optimize designs for performance, reliability, and manufacturability.
create and maintain technical drawings, specifications, and TEST procedures.
own multiple projects and independently drive solutions to complex mechanical challenges.
collaborate with multidisciplinary teams to deliver integrated, production-ready solutions.
work with manufacturing technologies including cnc, sheet metal, molding, and 3d printing.
design mechanisms and enclosures for harsh environmental conditions.
support vibration and shock testing and qualification.