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What Youll Be Doing:

Lead a team of 10+ mechanical design engineers.

Define priorities, create project plans, and allocate resources for mechanical programs in coordination with Product Managers.

Drive all electro-mechanical and thermal design aspects, of switches and ensure readiness of test and assembly infrastructure for high-volume manufacturing.

Develop multiple early design concepts in fast-paced product development cycles.

Lead task forces to investigate and resolve production issues, reliability concerns, and conduct failure analysis.

Perform risk assessments and implement mitigation strategies during product design.

Power the Future with us! We're a global leader in smart energy technology, with over 3,000 employees, offices in 34 countries, and millions of installations worldwide. Our innovative solutions include solar inverters, battery Storage, backup systems, EV charging, and AI-based energy management. We're committed to making clean, green energy the primary power source for homes, businesses, and beyond. With the growing demand for electricity, the need for smart, clean energy sources is constantly rising. We offer amazing opportunities to develop your skills in a multidisciplinary environment, covering everything from research and development to production and customer supply. Work with talented colleagues, tackle exciting challenges, and help create a sustainable future in an industry that's always evolving and innovating. Join us and be part of a company that values creativity, agility, and impactful work. We are looking for a hands-on Technical Marketing Manager who enjoys working closely with people, technology, and real-world challenges. In this role, you will collaborate daily with Sales teams, customers, and partners, serving as a trusted technical point of contact throughout the pre-sales and solution design journey. You will help shape technical solutions for solar and Storage projects, support customers in making confident decisions, and share knowledge through training, guidance, and problem-solving. Role Overview
* Provide on-site technical pre-sale services to customers, sales managers, and distributors, with a strong focus on customer satisfaction and service excellence.
* Perform simulations for standard and complex solar projects, including Storage solutions, using our Designer and PVSYST.
* Manage technical escalations with product managers and headquarters, including topics related to Storage products, certifications, and innovation.
* Conduct competitor and market analysis, including the preparation of Fight Guides.
* Deliver professional training and Technical Support for new products to sales teams and customers, including translation and clear technical explanations.
* Respond to tenders and RFQs by providing technical solutions, including the preparation of preliminary designs and technical reviews.
* Demonstrate full proficiency in our Designer and PVSYST for site and project simulations.
Country:
Israel
City:
Herzliya

Skincare technology expert Pollogen is a dynamic subsidiary of our company, a global pioneer in energy-based technology for the aesthetics and vision domains with sales in nearly 100 countries, a large and growing installed-base, and strong presence in the US, Europe, and Asia. Pollogen offers a fresh approach to innovation, specializing in professional-grade and home-use devices that provide real results. Combined with our companys six decades of market leadership, 330+ patents, 500+ clinical publications, Pollogen and our company offer the perfect balance of scientific artistry and creative excellence.
Basic Job Purpose
The Project Manager is accountable for end-to-end delivery of multidisciplinary medical device development projects, ensuring alignment between business needs, technical execution, regulatory compliance, and product lifecycle objectives.
Key Responsibilities
Full ownership of product development projects from initiation through market release and lifecycle management
Planning and execution of project scope, budget, resources, milestones, and schedules
Close collaboration with Product, Business Development, and Marketing to translate market and customer needs into technical deliverables
Leadership of multidisciplinary teams, including R&D, software, regulatory, clinical, operations, and external subcontractors
Definition and control of system-level requirements, including hardware, software, and integration aspects
Continuous monitoring of execution, risks, dependencies, and mitigation plans, with proactive decision-making
Enforcement of medical device development processes, quality systems, and regulatory standards across all disciplines
Ownership of development documentation, including DHF, DMR, and software lifecycle documentation
Accountability for verification and validation activities at system, hardware, and software levels
Leadership of transition to manufacturing, including test strategies, production readiness, and change control
Support of regulatory submissions, safety testing, root cause analysis, and implementation of corrective actions.

We are seeking a highly skilled and motivated Mechanical Systems Engineer to join our Silicon Photonics Engineering team in Haifa, Israel. This role supports the development of advanced micro-mechanical and macro-automation systems for photonics and semiconductor test equipment. You will collaborate globally, reporting to the SiPh Engineering Manager in North Reading, MA, USA.



In this role, you will design and develop precision mechanical systems that enable high-performance optical and semiconductor testing. Your work will directly support the rapid growth of AI and integrated photonics technologies.



Design micro-mechanical systems using 3D CAD tools such as NX, AutoCAD, or SolidWorks
Develop micro-actuation hardware for photonic integrated circuit (PIC) optical connections, including fiber-to-chip and connector-to-receptacle interfaces
Engineer macro-automation solutions for integrated circuit (IC) handling from JEDEC trays
Model and characterize complex mechanical systems using FEA tools such as COMSOL or Ansys (preferred)
Use structural analysis and CAD tools to architect new modules and evaluate performance and limitations
Define and implement critical metrics and specifications aligned with product requirements and characterization methods
Influence product-level decisions through simulation, prototyping, and lab-based validation
Build custom unit tests and metrology hardware; perform hands-on measurements in the lab
Collaborate with suppliers to develop actuation modules, bring up test platforms, and conduct statistical analysis of performance and quality
Travel to supplier sites to support engineering builds and assist in failure analysis activities

We are seeking a highly motivated and collaborative Mechanical Engineer to support our Silicon Photonics Engineering group in Haifa, Israel. Development occurs in a dynamic and challenging global multi-site environment. This role will report to the SiPh Engineering Manager in North Reading, MA, USA.



You will lead and/or participate in platform product development initiatives within our Silicon Photonics product team. In the SiPh Engineering group, we focus on developing state-of-the-art Optical Instruments for our Semiconductor Test Equipment products. This optical test equipment is essential for the massive expansion in AI that the industry is currently experiencing.



You will create innovative and sound technical solutions to complex engineering problems. You will also identify essential requirements and key technical risks. You will work closely with Electrical Engineers, Systems Engineers, and Optical Engineers to design solutions for New Product Introduction and High-Volume Manufacturing.



Develop detailed mechanical designs using 3D CAD, along with creating 2D fabrication drawings
Create Engineering Change & Release documents (ECN / ECO)
Participate in internal design reviews
Work with Systems Engineering team to help define sub-systems, establish technical direction, and develop product strategies and long-term product roadmaps
Build, debug, and test prototype designs
Assist NPI team with the build and debug of customer early access units
Collaboration with procurement & supply chain to identify alternative vendors and suppliers

Joining us is a chance for you to do important work that creates change and shapes the future of healthcare. Thinking differently is what we do best. To us, change equals opportunity. Every day, more than 4,000 of us are challenging whats possible and making headway to help improve outcomes.
The Senior Engineer I - LCM, Testers & Calibration systems is responsible for extending the longevity, reliability, and compliance of Testers & Calibration systems across production, supplier, and R&D environments. This includes leading technical initiatives, managing system upgrades, supporting production and customer issues, and driving continuous improvement projects.
This role will be based in Haifa following our planned office relocation in 2026.
Responsibilities
Manage Life Cycle activities for Testers & Calibration systems, including End-of-Life (EOL) planning and upgrades.
Lead Proof of Design (POD) activities for hardware, software, and process updates.
Develop and improve production support systems, testers, jigs, tools, and documentation.
Drive Cost Improvement Projects (CIP) focused on yield, quality, efficiency, and data management.
Provide system engineering expertise and calibration guidance.
Lead configuration control and spare parts strategy.
Execute Engineering Change Orders (ECOs) and ensure quality of system engineering deliverables.
Initiate and manage CAPA activities related to yield and customer feedback.
Solve technical issues and analyze system data.
Ensure compliance with company and regulatory standards.

The Production Engineer is responsible for defining, maintaining, and continuously improving production processes to ensure quality, efficiency, and scalability. The role focuses on process ownership, implementation of engineering methodologies, and supporting stable production while enabling yield, cycle time, and cost improvements.
Key Responsibilities
Own and maintain production processes, process flows, and work instructions.
Define and implement production engineering methodologies to improve quality, yield, and efficiency.
Provide daily engineering support to production lines, including hands-on troubleshooting.
Lead root cause analysis for process-related issues and implement corrective and preventive actions.
Drive yield improvement, scrap reduction, and cycle time optimization initiatives.
Support introduction of new products and processes in collaboration with NPI and R&D teams.
Define process parameters, control plans, and acceptance criteria.
Lead process validation, qualification, and change management activities (ECO).
Collaborate with Quality to ensure compliance with internal and customer requirements.
Support production ramp-up, line balancing, and capacity planning activities.
Work with Maintenance and Test Engineering to ensure equipment and test readiness.
Drive standardization and best practices across production lines.

we are looking for a Test Equipment design and Maintenance Engineer.
Job Description:
Define test specifications, acceptance criteria, limits, and control methods based on product and quality requirements.
Support design, validation, and release of new test fixtures, jigs, and automated test systems.
Function as the technical owner for new production testing requirements.
Define, implement, and maintain preventive, predictive, and corrective maintenance activities for production and test equipment.
Own maintenance plans, schedules, checklists, and work instructions.
Monitor equipment performance, analyze downtime, and lead root cause analysis and corrective actions.
Provide hands-on troubleshooting and engineering support to production lines.
Own test-related documentation, change management (ECO), and version control.
Support production ramp-up, yield improvement, and test stability activities.
Drive continuous improvement initiatives for equipment reliability, test robustness, and maintenance efficiency.
Collaborate closely with Production, Process Engineering, NPI, Quality, and external vendors

The NPI (New Product Introduction) Engineer is responsible for ensuring a seamless transition of new products from development to full-scale production. This role involves:
Production Line Setup: Design and implement new production lines, including defining jigs, fixtures, and automated processes.
Global Line Duplication: Duplicate existing production lines in overseas facilities (Far East), requiring strong planning and coordination skills.
Process Qualification: Validate and optimize production processes to ensure efficiency, quality, and compliance.
Project Management: Lead end-to-end NPI transfer projects, covering layout planning, process design, supply chain coordination, and quality assurance until changes are released through the ECO process.
Failure Analysis: Investigate and resolve production issues to maintain continuous operations.
Cross-Functional Collaboration: Work closely with R&D, project managers, quality, planning, and purchasing teams to achieve production goals.
Job Responsibilities
Design and implement new production lines, including jigs, fixtures, and automation.
Validate and optimize manufacturing processes for efficiency and quality.
Lead end-to-end NPI transfer projects, from layout planning to ECO release.
Conduct failure analysis and resolve production issues promptly.
Collaborate with R&D, project management, quality, planning, and purchasing teams.
Duplicate existing production lines in overseas facilities (Far East).
Coordinate global implementation and ensure alignment with company standards.
Travel internationally for extended periods to support line duplication and setup.

We are looking for a highly motivated and experienced Senior Verification Engineer to perform and guide design verification for the electro-mechanical portions of the system design.
For this role, were focusing on electrical and mechanical parts, assembly and functional aspects of the system design. This is an ideal opportunity for someone who is motivated and passionate to make an impact in leading the development of the next generation of ophthalmic robotic surgery.
Responsibilities
Create verification protocols based on electromechanical design input requirements.
Identify applicable standards for each electromechanical aspect and define how they are addressed in verification activities.
Establish statistical sample sizes according to the risk level associated with each part, assembly, and feature.
Lead protocol development and test execution for sterilization validation.
Guide a team of verification engineers and testers in creating test protocols, executing tests, reviewing results, and generating reports.
Participate as a team member in the development of new features related to electromechanical assemblies and associated robotic capabilities.

We are looking for an experienced Opto-Mechanical Designer to join our R&D team. You will be part of the design and development of opto-mechanical systems, with a focus on medical device development. With a strong background in mechanical engineering and experience in opto-mechanical design, you will contribute to the creation of cutting-edge medical devices that positively impact dental healthcare worldwide.
Key Responsibilities
Design and develop and integrate opto-mechanical systems for medical dental devices.
Collaborate with cross-functional teams on multidisciplinary systems.
Utilize CAD software (SolidWorks is advantage) to create detailed designs, prototypes, and engineering drawings.Design and execute tests across multiple disciplines and methodologies.
Conduct feasibility studies, risk assessments, and performance evaluations for opto-mechanical systems.

We are seeking a process and mechanical engineer to join our dynamic Test Engineering team. As a key member you will be responsible for solving production failures, increase our yields, reduce MRB and initiate cost reduction activities, design tools, fixtures, and jigs to support robust manufacturing of our companys products.
The production engineer will have a full ownership over the testers in the production line, including a full understanding of their processes, products and BOMs to ensure a high yield with a high-quality product.
Key Responsibilities
Define and design jigs, tools and fixture to allow repetitive and robust manufacturing with mass production orientation.
Lead investigations and find solutions to improve manufacturing yield and product quality
Work on production line escalations to resolve short and long-time issues.
Leading Engineering changes as the prime interface to introduce necessary engineering/R&D changes while understanding the implications in Logistic, Testing and Production.
Have knowledge and involvement in all disciplines (Electronics, Mechanics, and Optics) and attendance in production to improve Production processes.
Construct and maintain complex Bills of Materials (BOM).
ECOs Leading and writing DVP/IOQ/PQP protocols and reports for change validations at production line.
Work closely with other disciplines in the organization to coordinate various activities such as purchasing, R&D, Quality, Planning, Production etc.
Conduct risk assessments and implement mitigation strategies to minimize integration challenges.

The Sr NPI Engineer will be responsible to represent the Operation and lead new projects and transfer them to production including the following:
E2E OPS rep for all New Products Introduction cross functional, following our company PLCM.
Responsible for building Product/Production file, Product documentation, BOM, jigs/tools/Fixtures design
Manage TK vendors and Critical vendors
Responsible for moving from prototype to mass production, including PL establishment and manufacturing strategy
Responsible of full Design transfer process during the PLC stages.
Full cooperation under Program and Project managers guidance
In this role, you will
Responsible for leading the transfer of a new product from development to production. Leading and implementing NPI processes for a multidisciplinary product.
Create Product Portfolios and write Testing requirements.
ECOs Leading and Process/Mold Validation Protocols leading End to End ( write, execute)
Supply solutions to production failures.
Construct and maintain complex Bills of Materials (BOM).