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Eitan Medical is a fast-growing global medical device company, developing and manufacturing innovative infusion solutions across the continuum of care- from the hospital to the home. We are seeking an experienced Manufacturing Engineering Manager to join our team and report directly to the COO. The Team leader will manage all Engineering activities, employees, and projects, ranging from Design Transfer and cost reduction to production stability. The Team leader will be a significant member of the Operations management team. Job Description: 1. Manages the day-to-day activities of the Engineering team as well as the management and execution of team’s projects against project plans and company goals. 2. Provides guidance and direction, as well as hands-on resource and project management, for all Engineering activities. 3. Optimizes the manufacturing lines, continuously support and improve efficiency, quality, and safety. 4. Analyse and resolve process issues, ensuring consistent and reliable production output. 5. Organize manufacturing validation activities for new and existing products to ensure product specifications and procedures are achieved. 6. Lead investigations of manufacturing deviations (NCMR) and process failures and identify root causes that will lead to applicable corrective actions. 7. Work closely with R&D on product deviations investigations and troubleshooting resulted from the production line. 8. Extending process and product Engineering controls to outsourced manufacturing of administration sets (single use sterile products), ensuring alignment with company standards and regulatory requirements. 9. Managing design transfer processes from design freeze to the implementation of stable and validated production line. 10. Lead Engineering changes (ECO) and process experiments. 11. Provide guidance on the Engineering workshop activities, including equipment/ fixtures (Jigs) purchasing, calibration and maintenance. 12. Collaborate with cross-functional teams, including R&D, manufacturing, quality, and supply chain, to implement process corrective actions and improvements. 13. Supporting the Quality and production departments as needed. 14. Proactively leads cost reduction initiatives and supports operational excellence projects.

This position is responsible for designing and developing new and improved manufacturing processes and ensuring efficient and effective product transfer into production within the medical disposable devices industry.  Improve existing processes and implement new processes in the production line.

Job Responsibilities:

Develop and implement new manufacturing processes for production.

Perform Design of Experiments for process definition and optimize equipment parameters for new and/or existing processes.

Create documentation to support new and improved manufacturing processes.

Write and perform process validations (IQ, OQ, PQ) and validate methods for inspection, verification, and process controls.

Interface directly with assemblers, production supervisors, leads, and engineers.

Assesses process capabilities, innovates, and implements process improvements on key projects.

Applies technical knowledge to innovate, design, and develop processes, procedures, tooling, and/or automation.

Executes the functional deliverables associated with the NPI, Design Control, CAPA, and all Quality Systems.

As needed; plan, organize, and participate in all aspects of technical reviews.

Collaborate to ensure proper documentation is completed to meet quality systems requirements. (e.g., GOIs, BOMs, Routers, FMEAs, etc.).

As the industry leader in surgical kidney stone treatment, we are on a mission to empower physicians to treat more cases, more efficiently, with better outcomes; To help patients in need get back to their daily lives. As a Principal Design Quality Assurance (DQA) Engineer, youll be at the heart of that mission to develop and support best-in-class products to bring advanced, safe innovations to the clinic. You will also be leading the effort to develop MEE / MES. Your contributions will directly impact patient care at a company widely regarded as being a quality leader in the medical device industry.

Your responsibilities include:
Lead product teams within the BSC Quality System to develop new MEE and MES as part of a core group of DQA Engineers supporting the Laser Therapies franchise. Special focus on:
Engagement with project teams for Systems Engineering and Systems Risk Management as a Subject Matter Expert (SME).
Utilize Systems Engineering practices to lead efforts for requirements management/system architecture to align risk mitigations with design inputs, design outputs at different levels (e.g., system / sub-system) for products that are both stand alone, and network connected.
Lead NPD projects as a DQA SME and work with R&D Product Development Engineers to review Hardware/Software systems architecture(s) and identify possible failure modes/risk control opportunities for these complex systems.
Lead Risk Management activities during all phases of Electrical HW/SW design, using design quality assurance principles applicable to FDA/EUMDR-Regulated Class II Medical Device environments (including interconnected software systems).
Participate and lead in the creation and maintenance of Risk Management and Usability deliverables.
Lead and/or support development of NPD Reliability Engineering Program Plans and related reliability program activities.
May perform other duties as directed.

We are looking for a System Verification Engineer.
About The Position:
Define System Verification based on System (SW/HW) Design Inputs:
Study design/reliability requirements.
Take part in design reviews.
Define and execute feasibility experiments for proof of concept/design.
Establish Verification Equipment, Verification Methods and Infrastructure:
Define, develop, and maintain testing equipment and methods to provide the means to execute verification.
Collect and analyze data for improvement of methods/processes.
Plan and execute Design Verification and Process Validation for:
Developed products and processes.
Engineering Change Orders.
Service/Manufacturing equipment and processes.
Prepare and release Verification Reports:
Based on collected, analyzed data vs. pre-defined acceptance criteria.
In compliance with companys QMS and applicable standards/regulations.
Participate in the following forums:
Design reviews
Product development gates and milestones.
Initiate, manage, and monitor external testing contractors, such as Testing Houses and Labs.
Define and prepare testing to be performed by external contractors.
Identify and study relevant standards and guidelines (e.g. transportation/shelf-life standards).
Track, review and approve external testing reports.
Working according to Quality Policy, relevant Quality Procedures & Standards, and privacy & safety rules.

Main Responsibilities:
Manage, planning and execution of components level and E2E system tests with documented test results.
Participate in the verification and validation testing of the current and future products.
Ownership of designing, planning, and writing verification and validation testing documentation for existing and future products/features/modules, according to requirements.
Provide effort and time estimations of testing process for existing and future products/features/modules.
Lead the maintenance and definition of SW life-cycle related tasks including documentation and other regulation related issues.
Collaborate with Development, Applications, Project Management and Customer Support team members throughout the lifecycle of a project/product.
Assist other testing engineers with testing assignments and/or training.
Participate in customer and field issues support investigation.

We are looking for a highly skilled Application Engineer to join our Product & Projects Group and play a critical role in developing and deploying our advanced automotive inspection solutions.
A day in the life and how youll make an impact:
Develop deep technical expertise in multi-disciplinary inspection systems to support product development and customer implementations.
Collaborate with R&D teams (Hardware, Software, AI, Computer Vision & Data Science) to define and develop new features, from the initial design until full execution at the customer site.
Lead and manage Alpha and Beta testing of new products and features at customer sites, both remotely and onsite.
Support the seamless transition of new products and processes from R&D to full-scale deployment, working closely with Customer Support and Engineering teams.
Act as a technical liaison, communicating and collaborating with customers, vendors, and third-party partners.
Drive Agile R&D matrix work, ensuring timely and high-quality execution of the product roadmap.

We are looking for a System Physicist- M.Sc. Student to be responsible for a novel product throughout its life cycle from the development stage to installation and support at customer sites, as part of a team.
The student system engineer will practice innovative and critical thinking together with methodological and precise scientific investigation, both broad and in-depth investigation of complex multi-disciplinary systems acquiring strong insight of the physics and algorithms defining its performance.
Responsibilities
What you will be doing:
Theoretical and experimental study of new system methods and algorithms to support state-of-the-art solutions
Define and oversee the implementation of your solutions
Hands on tool experiments and testing in clean-room environment
Service and production guidance and support on challenging topics
Collaboration and system lead with HW and SW engineers
Data and statistical analysis
Advanced logic and sequence design
Algorithm development
Performance and critical behavior testing and design
Developing practical solutions and methods for critical challenges
Conduct lab and on-site system diagnostics, troubleshooting, and problem-solving. Tasks include root-cause analysis, mitigation plans, implementing robust system calibration methods, and product transfer to manufacturing.
Intensive interface with diverse disciplines: physics, optics, algorithms, mechanics, electronics, and software.
Transform customers high-level requirements into concrete technical specifications and design.