לוח משרות דרושים, לחיפוש זה נמצאו 34,078 משרות

The Engineering Technician is part of our company's Operations and Manufacturing function, supporting the production of medical devices used by healthcare providers and patients worldwide. The team partners with engineering and manufacturing groups to maintain equipment performance, support process improvements, and ensure reliable, high-quality production operations.
The Engineering Technician provides hands-on technical support for manufacturing equipment, production processes, and engineering initiatives. This role partners with engineers and operations teams to troubleshoot equipment issues, support process optimization activities, and help maintain safe, efficient, and compliant manufacturing operations.
This is a temporary (1-year contract), on-site position based in Yokneam.
Primary Responsibilities:
Provide technical support for manufacturing equipment, processes, and engineering projects.
Troubleshoot equipment, instrumentation, and process issues to minimize production downtime.
Monitor equipment performance and collect operational, calibration, inspection, testing, and repair data.
Perform technical investigations and resolve equipment malfunctions and process deviations.
Support process improvement initiatives focused on yield, cycle time, quality, safety, and cost.
Assist with implementation and sustainment of 5S and visual management activities.
Support workstation organization, material flow improvements, and workplace standardization.
Contribute to production line layout optimization and productivity improvement projects.

The Engineering Technician is part of our company's Operations and Manufacturing function, supporting the production of medical devices used by healthcare providers and patients worldwide. The team partners with engineering and manufacturing groups to maintain equipment performance, support process improvements, and ensure reliable, high-quality production operations.
The Engineering Technician provides hands-on technical support for manufacturing equipment, production processes, and engineering initiatives. This role partners with engineers and operations teams to troubleshoot equipment issues, support process optimization activities, and help maintain safe, efficient, and compliant manufacturing operations.
This is a temporary (1-year contract), on-site position based in Yokneam.
Primary Responsibilities:
Provide technical support for manufacturing equipment, processes, and engineering projects.
Troubleshoot equipment, instrumentation, and process issues to minimize production downtime.
Monitor equipment performance and collect operational, calibration, inspection, testing, and repair data.
Perform technical investigations and resolve equipment malfunctions and process deviations.
Support process improvement initiatives focused on yield, cycle time, quality, safety, and cost.
Assist with implementation and sustainment of 5S and visual management activities.
Support workstation organization, material flow improvements, and workplace standardization.
Contribute to production line layout optimization and productivity improvement projects.

The Manufacturing Engineering function supports the development, transfer, and optimization of manufacturing processes for medical device products. The team partners closely with Operations, Quality, R&D, Supply Chain, and Production to implement scalable manufacturing solutions, improve process performance, and support business growth through operational excellence.
As a Senior Manufacturing Engineer, you will lead and support manufacturing process development, process improvements, equipment implementation, and production support activities. This role is responsible for driving manufacturing efficiency, product quality, and compliance while serving as a technical expert across cross-functional projects and operational initiatives. This position is based in Yokneam and follows an onsite work model.
Primary Responsibilities:
Lead the design, development, validation, and optimization of manufacturing processes and production methods.
Develop and implement manufacturing solutions that improve product quality, yield, throughput, and cost performance.
Design and optimize production layouts, equipment configurations, and material flow to maximize operational efficiency.
Evaluate manufacturing equipment performance, identify process gaps, and implement corrective and preventive actions.
Partner with R&D, Quality, and Operations teams to support product introductions, design transfers, and design-for-manufacturing initiatives.
Develop and maintain manufacturing documentation, work instructions, process specifications, and validation protocols.
Apply statistical process control and data analysis techniques to monitor and improve process capability.
Provide technical leadership, mentoring, and project support to manufacturing engineering teams and cross-functional stakeholders.

The Jerusalem Manufacturing Engineering function supports reliable, compliant, and efficient production of medical devices. The team partners with Operations, Quality, Maintenance, Supply Chain, and other engineering functions to sustain manufacturing processes, introduce equipment, expand capacity, and drive continuous improvement. This position follows a hybrid work model, with onsite presence required to support manufacturing activities.
The Manufacturing Engineer will provide hands-on engineering support for production processes and equipment. The role monitors process performance, leads equipment and capacity projects, investigates manufacturing failures, prepares and maintains engineering documentation, and ensures that processes comply with applicable medical-device manufacturing requirements. The successful candidate will help improve process stability, productivity, quality, and manufacturing readiness through data-driven problem solving and effective cross-functional collaboration.
This is a temporary, 9-month contract position.
Primary Responsibilities:
Monitor manufacturing processes using statistical process control and develop effective process-monitoring techniques
Lead small to medium projects for the selection, installation, qualification, and implementation of new manufacturing equipment
Investigate process and equipment failures using structured root-cause analysis and support nonconformance, corrective action, and preventive action activities
Create and maintain engineering change orders, work instructions, equipment files, validation protocols, and validation reports
Manage manufacturing equipment and capacity requirements in accordance with production demand. Ensure manufacturing processes and procedures comply with applicable regulations and quality-system requirements for medical devices
Collaborate with Operations, Quality, Maintenance, Supply Chain, and other stakeholders to resolve production issues and implement sustainable improvements
Prioritize engineering deliverables based on business needs, project criticality, product quality, and production continuity.

In this role, you will join a world-class team of engineers within the Surgical Operating unit responsible for developing medical devices that focus on lung cancer diagnosis.
our companys Surgical Operating Unit is a new, powerful operating unit bringing together the people and product portfolio of Surgical Robotics and Surgical Innovations. With the company Mission as our North Star, we will build on our legacy of proven surgical solutions and advance the promise of robotics and digital solutions to benefit our customers and patients.
Make your impact by exploring a career with the worlds leading Medical Device company, striving to alleviate pain, restore health, and extend life.
As a Sr Software Engineer, you will design, develop, test, and deploy software solutions for complex products and systems. You will collaborate across software, hardware, systems, and algorithm teams, taking technical ownership of features and solutions from architecture and design through deployment and support
Primary Responsibilities
Design, develop, test, and maintain software applications using modern .NET and C# technologies.
Develop, optimize, and support software running on Linux-based systems.
Collaborate with software, hardware, systems, and algorithm engineering teams to deliver integrated solutions.
Design and implement cloud-native architectures using KEDA for scalable workloads and Terraform for infrastructure automation
Troubleshoot and resolve software issues across development, testing, and production environments.
Build, deploy, and maintain Docker-based containerized applications.
Drive technical decisions and own solutions from architecture and implementation through deployment and lifecycle support.
Contribute to code reviews, testing strategies, and software quality initiatives.

We are looking for a Windows platform expert with deep, hands-on scripting skills (PowerShell preferred) to own the security hardening, imaging, and deployment automation of the Windows environment underlying our FFRangio system.
You'll work at the intersection of low-level Windows internals (boot security, disk encryption, image management) and modern Windows virtualization and DevOps practices (CI/CD pipelines), helping us build a secure, locked down, and reliably reproducible Windows environment for a regulated medical device product.
You should be comfortable going deep - from BIOS settings and TPM chains up through image-building and pipeline automation - and who treats scripting as the primary tool for making security and deployment repeatable, auditable, and reliable, in service of a real clinical product used in the Cath lab.
Responsibilities may include the following and other duties may be assigned:
Design, implement, and maintain PowerShell-based automation for system configuration, hardening, and deployment of FFRangio Windows workstations
Define and enforce BIOS/UEFI security settings and TPM-based trust chains (Secure Boot, measured boot, TPM attestation)
Implement and manage BitLocker and other Windows encryption mechanisms, including key management and recovery strategies
Build and maintain Windows hardening baselines using Group Policy, AppLocker, custom Shell/UI restrictions, and Kiosk (Assigned Access) mode suited to a clinical, cath-lab environment
Manage user/account permission models and least-privilege access schemes across managed devices
Create, manipulate, and maintain VHD/VHDX-based images for deployment, recovery, and testing workflows
Build and maintain CI/CD pipelines in Azure DevOps for automated build, test, and deployment of Windows images and configurations
Collaborate with software, QA, and regulatory/quality teams to ensure hardening and deployment practices
Document configurations, scripts, and processes for reproducibility and audit purposes, consistent with medical device quality system requirements.

Were looking for experienced full-stack engineers to join the Weave team. Whether you're enabling real-time collaboration for thousands of designers, building systems that make design tools robust, performant, and scalable, creating new ways for teams to design and share ideas seamlessly, or powering the features that drive product growth, your work will directly impact the experiences of our users - from startups to Fortune 500 companies.

Youll contribute to our core mission by designing and scaling reliable, secure, and intuitive systems across our Weave. Our teams are highly collaborative, work cross-functionally, and focus on building features that support our rapid growth, global expansion, and evolving product surface area.

What youll do:
Design, build, test, and ship high-quality features across the stack, using technologies like TypeScript, React, Ruby, Go, and more.
Own key parts of the product that impact user experience, internal productivity, or revenue operations.
Collaborate with cross-functional partners in product, design, data science, support, and sales to shape product direction and solve complex problems.
Operate and monitor the systems you build, with a strong focus on reliability, security, performance, and user experience.
Contribute to team culture by mentoring peers, providing feedback, and helping foster a collaborative and inclusive engineering environment.