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Scd is Hiring Mixed-Signal Test & Validation Engineer (IR ROIC) Job Description: We are looking for a hands-on Test & Validation (post silicon) Engineer to join our VLSI design group, focusing on Infrared Readout Integrated Circuits (IR ROICs).
This role sits at the intersection of circuit design, silicon validation, and system-level characterization. You will work closely with analog and mixed-signal designers to ensure testability is built into the design from early stages, and later take ownership of silicon bring-up, validation, and electro-optical characterization.
Responsibilities: • Define and drive DfT for analog/mixed-signal: observability, controllability, test modes, and measurement access • Contribute in design/layout reviews to ensure testability; define validation strategy pre–tape-out • Lead first silicon bring-up; execute block and full-chip validation; debug with design teams • Plan and run characterization across PVT and modes; analyze noise, linearity, DR; correlate sim ? silicon • Collaborate with Physics/System teams on electro-optical and radiometric performance of the hybridized ROIC • Build and maintain lab setups; develop automation (Python) for data acquisition and analysis; document methods/results • Perform failure analysis and debug issues to identify root causes and implement corrective actions. • Document test results, methodologies, and procedures for future reference. • Stay updated with the latest advancements in VLSI testing technologies and methodologies.

DRS RADA is a global pioneer in radar systems for active military protection, counter-drone applications, critical infrastructure protection, and border surveillance. We are seeking a Junior Automatic Test Equipment (ATE) Software Engineer for an on-site position at our manufacturing facility in Beit She'an. As a Junior ATE Software Engineer, you will take part in the development and maintenance of advanced ATE software for electronic cards and calibration systems used in our cutting-edge Active Electronically Scanned Array (AESA) radar technology. You will collaborate closely with a multidisciplinary team to ensure the functionality, accuracy, and performance of our ATE systems. Key Responsibilities: ATE Software Development: Participate in the design, development, testing, and maintenance of software for Automatic Test Equipment used in electronic card)PCBA( testing and AESA radar calibration. Integration: Work collaboratively with hardware/system engineers to integrate ATE software with testing equipment and devices, ensuring seamless operation. Debugging and Troubleshooting: Support identification and resolution of software issues, system failures, and compatibility problems. Documentation: Maintain accurate and up-to-date technical documentation. Quality Assurance: Support quality control activities to ensure that ATE software meets project requirements. Team Collaboration: Work closely with cross-functional teams, including hardware engineers, software developers, and project managers. Continuous Learning: Stay up to date with industry trends and emerging technologies and contribute to the improvement of ATE software and testing methodologies.

We are looking for NPI Project Manager! Primary Function of Position: Lead New Product Introduction (NPI) processes, transitioning new products from development to production, while meeting quality, cost, and schedule targets.

In this fully onsite role, the Manufacturing Quality Engineer will own all qualiy activities at one of the manufacturing sub-contractors, support the validation process to the contract manufacturing and provide quality oversight to the engineering department, while working within a multi-functional team environment for medical devices. The Manufacturing Quality Engineer will lead projects and tasks, from product validation through transfer to the production and play an active role to ensure products meet quality standards consistent with internal procedures and acceptance criteria. Additionally, this role will identify and implement improvements to the production processes. The Manufacturing Quality Engineer will be the products and production focal point for our sub-contractors and will be responsible for projects related to the production and machines, including training, audits, stop and renew the production.

Essential Duties and Responsibilities
Exhibit a strong quality first mentality and ensure that product and quality are held to the highest standard.
Work cross-functionally with individuals or extended teams to provide guidance and ensure success of projects.
Responsible to write, review and approve pilot documents (including reports).
Write and approve various department and production procedures and forms.
Lead investigation processes for deviations and nonconformities in production and create analysis reports.
Responsible to train the sub-contractors according to QA procedures and VoE.
Support special processes such as sorting or rework in production.
Own all production activities at one of the subcontractors to ensure manufacturing is held according to West procedures and GMP/GDP standards
Responsible for stopping and renewing production with accordance to West requirements and with MQ manager approval.
Manage production related projects and act as MQ focal point in various internal and external projects- such as Data Integrity, CoPQ, production improvement plans, etc.
Provide Quality oversight of validation activities and processes.
Lead pilot processes that include change and approval of quality aspects in pilot protocols and reports and assure that pilot processes are conducted according to West guidance and protocols.
Attend production pilot meetings as the MQ focal point.

This role is located in Shlomi, Israel and must live close to the site to be considered. This role is a hybrid model (3 days on-site/2 remote) However, during onboarding and when required, will need to be onsite.





This fully onsite role will assist in the application of manufacturing systems as well as maintain current systems in the manufacturing process to improve process control and finished goods quality while maintaining high standards of quality and safety on all phases. Provide technical assistance to the manufacturing engineering team, Quality, Global, and production as needed.

Essential Duties and Responsibilities
Ability to specify, test and design machine systems and components, including the ability to write and revise software configurations.
Support lean manufacturing initiatives, identifying reduction opportunities through process improvements, tuning of configurations, or other strategies. Improve the speed and reliability of vision system change-overs.
Responsibility for engineering projects as assigned, allowing the achievement of maximizing output and / or minimizing cost by either the implementation of new equipment and / or methods or the improvement of existing equipment and / or methods.
Plan, schedule, and perform sub-project details; follow-up on new and revised improvements to assure proper implementation.
Support and operate as needed within approved time schedules and project budgets.
Assist coordination of testing new systems before release to production.
Consult and cooperate with corporate / customer / supplier personnel as authorized and required. Maintain effective communication and working relations.
Keep team advised of any unusual situation, which might require additional attention from the project group so that they may act accordingly.
Assist newly trained West Pharmaceutical Services personnel in the use of any special equipment required for project completion.
Provide engineering guidance to assure plant, machinery, and processes are optimized.
Aid in electrical, electronic, mechanical, pneumatic, and hydraulic design modifications.
Help define projects via specifications or drawings before releasing to a vendor.

In this internship role, you will be involved in engineering activities such as issuing technical documentation, supporting equipment validation, production floor supporting and more.

Essential Duties and Responsibilities
Tech Office activities such as Documentations and Drawings.
Supporting Tooling and production processes enhancements (Automation, Jigs and Fixtures- design and built).
Supporting West IL engineers with Equipment and processes qualifications including, documentation, validation support on site, coordinate activities with subcontractors and additional tasks as assigned.
Sustain engineering support for production processes (Machines Maintenance, repairs, spare- parts and enhancements).
Additional Responsibilities
Follow Lean problem-solving techniques.
Some flexibility in schedule is required as needed for new facilities / equipment installation.
Other duties as requested and/or assigned to support the Manufacturing Engineering department.

We are looking for NPI/Sustain Mechanical Engineer! Job description: The NPI/Sustain Mechanical Engineer is responsible for supporting new product introduction (NPI) from design through production, ensuring manufacturability, quality, and cost targets are met. The role includes sustaining engineering activities such as troubleshooting field issues, implementing design improvements, and supporting continuous product optimization. The engineer works cross-functionally with R&D, manufacturing, quality, and suppliers to resolve technical challenges and drive product readiness. Develop and maintain documentation, including drawings, TEST protocols, and validation reports.
Responsibilities:
Collaborate with the design engineering team to review and improve mechanical designs for manufacturability and cost-effectiveness.
Support the development of prototypes and testing of new designs. Plan, design, and perform prototype builds, including tests for functionality, durability, and reliability.
Ensure product designs are optimized for manufacturing.
Support production lines across multiple contract manufacturers, implement design improvements, and drive continuous product optimization.
Work with suppliers and manufacturers to ensure they understand the design and meet required specifications.
Identify and resolve mechanical design issues and challenges during the transition from prototype to production.
Prepare and maintain comprehensive product documentation, including technical drawings for tools, specifications and manufacturing instructions.
Conduct process validation IQ, OQ, and PQ activities to ensure that all systems and processes meet regulatory standards and deliver products of the highest quality.