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We are looking for a Systems Engineer to join the Integrated Metrology team, a multidisciplinary group of physicists and engineers working together to implement cutting-edge metrology technologies in the semiconductor industry from a unique and innovative perspective.
The role combines theoretical and experimental system engineering and provides the opportunity to work on advanced multidisciplinary optical measurement products throughout their lifecycle, from customer needs and early development stages through integration, product transfer to manufacturing, and support at customer sites.
Responsibilities
What you will be doing:
Perform theoretical and experimental systems engineering to support state-of-the-art new and existing multidisciplinary optical measurement products.
Drive the full system lifecycle, from understanding customer needs through feasibility and concept evaluation, translating them into cross-disciplinary system requirements, while defining and managing system KPIs.
Conduct laboratory and on-site system diagnostics, troubleshooting, and problem-solving, including root-cause analysis, mitigation plans, implementation of robust system calibration methods, and product transfer to manufacturing.
Work closely with multiple disciplines, including physics, optics, algorithms, mechanics, electronics, and software.
Translate customers high-level requirements into detailed technical specifications.
Support system integration, validation, and product maturity throughout the development lifecycle.
Travel to customer sites worldwide approximately 2-3 times per year.

We are looking for a Systems Engineer to join the Integrated Metrology team, a multidisciplinary group of physicists and engineers working together to implement cutting-edge metrology technologies in the semiconductor industry from a unique and innovative perspective.
The role combines theoretical and experimental system engineering and provides the opportunity to work on advanced multidisciplinary optical measurement products throughout their lifecycle, from customer needs and early development stages through integration, product transfer to manufacturing, and support at customer sites.
Responsibilities
What you will be doing:
Perform theoretical and experimental systems engineering to support state-of-the-art new and existing multidisciplinary optical measurement products.
Drive the full system lifecycle, from understanding customer needs through feasibility and concept evaluation, translating them into cross-disciplinary system requirements, while defining and managing system KPIs.
Conduct laboratory and on-site system diagnostics, troubleshooting, and problem-solving, including root-cause analysis, mitigation plans, implementation of robust system calibration methods, and product transfer to manufacturing.
Work closely with multiple disciplines, including physics, optics, algorithms, mechanics, electronics, and software.
Translate customers high-level requirements into detailed technical specifications.
Support system integration, validation, and product maturity throughout the development lifecycle.
Travel to customer sites worldwide approximately 2-3 times per year.

We are seeking an experienced and innovative R&D System Scientist to join the System Engineering Stand-Alone team within the Research & Development organization. In this role, you will become an integral part of a multidisciplinary team of physicists and engineers responsible for developing advanced metrology technologies, from early-stage research through product delivery.
The team develops cutting-edge metrology solutions for the semiconductor industry, combining expertise in physics, optics, mechanics, electronics, motion control, algorithms, and software. You will lead complex system investigations, transform customer and business requirements into technical solutions, and drive scientific innovation that directly impacts our next-generation products.
Responsibilities
What you will be doing:
Perform theoretical and experimental systems engineering to support state-of-the-art new and existing multidisciplinary optical measurement products.
Define, lead, and oversee the implementation of innovative system solutions.
Collaborate with hardware, software, optics, and algorithm engineering teams to deliver multidisciplinary solutions.
Analyze complex datasets and perform advanced statistical evaluations to support product and technology development.
Investigate critical system behaviors, perform root-cause analysis, and establish robust mitigation and calibration methods.
Support product transfer to manufacturing, service, and production organizations while serving as a technical expert for complex challenges.
Translate customer needs and high-level requirements into detailed technical specifications and system designs.
Travel to customer sites worldwide as needed, approximately 2-3 times per year.

We are pushing the boundaries of semiconductor metrology by combining expertise in physics, optics, algorithms, hardware, and software to solve some of the industry's most complex challenges. As part of this mission, we are looking for a Product Expert to serve as a key technical authority within one of our product lines.
This role is designed for an experienced multidisciplinary professional who enjoys understanding complex systems, connecting technical details into a complete picture, and driving solutions from concept through implementation. Acting as a bridge between R&D, Service and Application teams, you will play a critical role in ensuring product performance, customer satisfaction, and successful delivery.
Beyond technical excellence, we are looking for someone who can translate deep expertise into shared organizational knowledge, influence without authority and lead cross-functional efforts to resolve complex technical challenges.
Responsibilities
What You Will Be Doing:
Serve as a senior technical authority and subject matter expert for multidisciplinary system challenges.
Define the optimized solution for the customer, which involves system and application performances
Collect feedback on customer needs and work with software, hardware, and algorithm teams to align the product roadmap.
Drive root-cause analysis and develop effective end-to-end solutions across system, software, hardware and algorithm domains.
Lead troubleshooting efforts and support critical customer and field escalations.
Define and execute validation strategies and effective test plans.
Maintain a broad system-level perspective throughout the product lifecycle, from project initiation through Alpha and Beta testing.
Act as a product super-user, mentoring peers and supporting knowledge sharing across the organization.
Create clear technical documentation and communicate complex topics to diverse stakeholders.
Lead cross-functional task forces and align multiple functions around technical solutions.
Partner closely with R&D, Application, Service, NPI and Marketing teams to drive successful product outcomes.

Our Optics Group is looking for a Senior Optical Engineer to lead a range of development activities involving critical modules in our advanced, multidisciplinary metrology systems. This is an opportunity to shape optical concepts from early feasibility through final design and qualification, and to translate deep scientific understanding into state-of-the-art system performance.
Youll be joining the Optics Group:
Own the complete optical path of our tools-from light sources, through optical channels, to sensors.
Work with diverse, high-end technologies spanning multiple optics disciplines to deliver state-of-the-art system-level performance.
Contribute across the full development lifecycle, from concept and feasibility through final design and qualification.
Operate in a dynamic, multidisciplinary environment, managing research, design, and engineering activities in parallel.
Responsibilities
Analyze complex physical effects that influence tool performance.
Design the optical architecture and configuration of our tools.
Develop new optical concepts and translate them into practical system solutions.
Lead feasibility studies for new concepts and configurations.
Define rigorous test plans and design the required experimental setups.
Verify results both off-tool and on-tool, ensuring alignment with system-level requirements.
Select vendors and provide ongoing technical leadership and management.

We are looking for an experienced Mechanical Engineer Tech Lead to join our HW R&D team and help drive the development of advanced opto-mechanical systems for semiconductor applications. In this role, you will become an integral part of a multidisciplinary environment, working closely with optics, electronics, lab, manufacturing, and integration teams to translate complex system needs into robust mechanical and opto-mechanical solutions.
Responsibilities
What will you be doing:
Develop and implement multidisciplinary system architectures with a focus on opto-mechanical solutions.
Take ownership of complex system integration frameworks and precision motion system development.
Apply advanced engineering expertise to design, analyze, and optimize mechanical systems for semiconductor applications.
Lead design reviews, technical assessments, and engineering trade-off discussions.
Coordinate and support production, assembly, and system integration activities.
Ensure system designs comply with relevant industry standards, safety regulations, and cleanroom requirements.
Analyze and implement cost-optimization strategies using Design for Cost principles.
Present and explain technical specifications, design considerations, and test procedures to cross-functional teams.
Collaborate closely with lab teams to validate system performance and resolve integration challenges.

The Engineering department is looking for a Product Leader to be responsible of End-to-End system engineering related aspects
our Engineering department is part of DMD division.
You will be responsible for overseeing all NPI-related processes, ensuring manufacturability and sustainability across our multidisciplinary products, including both hardware and software.
Responsibilities
What will you be doing:
Responsible of System aspects in Production line, through product cycle- NPI to End of Life
Lead NPI activities from the early design phases (DFx, prototyping) through the first article stage, implementation (High Volume Manufacturing), and ongoing sustainability
Support Production requirements, jigs/ test tools, troubleshooting, cost reduction activity and reliability
Lead and support aspects of existing products through ECO, including new Design, Failure Analysis, Wavers review, End Of Life substitute, Procedures
Act as a focal point with Supply Chain, Purchasing, Quality, Logistics, Service and R&D.

Required Quality & Reliability Lead
What we are looking for:
The Quality & Reliability Engineer is responsible for driving product quality, manufacturing excellence, and reliability performance across our products and operations.
Working closely with Engineering, Manufacturing, Supply Chain, Service, and R&D teams, this role leads quality and reliability initiatives that improve process capability, manufacturing yields, product robustness, and customer satisfaction through data-driven decision making, structured problem solving, and continuous improvement methodologies.
The role is also expected to leverage AI and advanced analytics tools to accelerate insights, improve decision making, and enhance operational effectiveness.
Responsibilities
What will you be doing:
Responsibilities - Quality:
Lead quality improvement initiatives focused on yield enhancement, defect reduction, process stability, and continuous improvement across DMD operations.
Establish and maintain Statistical Process Control (SPC) and drive process capability analysis using statistical methods and data-driven quality metrics.
Lead root cause investigations utilizing methodologies such as 8D, 5 Why, Fishbone Analysis, Pareto Analysis, DOE, and FMEA.
Drive NCR, CAPA, and corrective action processes, identify trends, prioritize actions using evidence-based analysis, and verify effectiveness of implemented solutions.
Partner with Manufacturing, Engineering, Service, and Customer Support teams to resolve product quality issues, customer complaints, field incidents, and escalations.
Collaborate with suppliers to improve quality performance, drive supplier corrective actions, and reduce supplier-related quality risks.
Conduct supplier audits and assessments, including evaluation of manufacturing controls, process capability, inspection methods, and process discipline.
Review supplier quality documentation including CoC, CoT, ATR, inspection records, and quality reports to identify risks, trends, and improvement opportunities.
Lead internal and external audits, ensuring compliance and effective corrective actions.
Responsibilities - Reliability:
Partner with Engineering and R&D teams to define reliability qualification plans, test strategies, acceptance criteria, and reliability requirements for new and existing products.
Ensure reliability testing programs are properly executed and that test results are systematically reviewed, analyzed, and translated into actionable improvements.
Partner with Service and analyze reliability, field performance, MTBF, and MTTR data to identify trends, emerging risks, and improvement opportunities.
Lead investigations of reliability failures and support identification of physical, mechanical, electrical, optical, material, and process-related failure mechanisms.

The Production team is looking for a Production Integration Engineer to join the integrated metrology line and work on state of the art tools in the semiconductor industry.
Your role will be to manufacture the company products while maintaining highest quality and on-time delivery.
As part of your job you will interact and work with the Engineering, R&D and QA departments to solve complicated on tool problems and test new tools and features as part of the transfer to production process.
Responsibilities
What will you be doing:
Lead tool manufacturing process from start to end (1-2 weeks project).
Integration of multidisciplinary systems (optical, electronic, pneumatic, computing, and mechanical) according to predefined procedures.
Ability to solve complex system challenges, constantly learning and striving to independence.
Working with engineering and R&D to address systems/production process challenges.
Addressing quality issues and repair recommendations for suppliers by nonconformance report.
Working in an organized way using digital procedures and flow management system.
Always striving to reduce cycle time and improve working process.
Helping and consulting team members to overcome challenges on their tools.