we are seeking an Optical Engineer to support qualification, integration, and manufacturing readiness of advanced optical subsystems.
In this role, you will work within the Hardware Engineering Matrix, collaborating across multidisciplinary teams to ensure robust and repeatable system performance throughout the full lifecycle - from characterization and qualification to integration and production support.
You will take ownership of optical subsystem activities, driving technical improvements, leading qualification efforts, and working closely with internal teams and external suppliers.
This position involves cross-functional collaboration with R&D, Production, Service, Materials & Logistics, Purchasing, and optical suppliers, contributing to the performance, reliability, and continuous improvement of semiconductor metrology systems.
What will you be doing:
Conduct lab tests for root‑cause analysis, optical module qualifications, and ongoing production support.
Collaborate closely with R&D and Manufacturing to support the transfer of optical subsystems from development to production.
Participate in and support Manufacturing Engineering activities, including ECO, EOL, cost‑reduction initiatives, documentation updates, work‑procedure revisions, and failure analysis.
Act as the technical focal point for optical suppliers, including qualification, performance monitoring, and technical alignment
Support design reviews with R&D for optical components and assemblies, while collaborating with Purchasing to evaluate suppliers and ensure technical compliance.
Develop and maintain test jigs and fixtures for Production, and assist Service teams with troubleshooting and improving system robustness.
Work with Materials & Logistics to identify and qualify EOL alternatives and second sources.
Analyze engineering and production data (e.g., Python) to identify trends, root causes, and opportunities for improvement.
Take ownership of optical engineering projects including supplier qualification, second‑source introduction, and EOL replacement activities.
Coordinate and direct integration and validation activities for optical modules within complex systems.
Use excellent engineering knowledge to evaluate and improve optical performance throughout the product lifecycle.

The Motion Control & Electronics department is seeking a Motion Control Engineer to develop complex metrology systems for ultra-high-precision measurements of semiconductor manufacturing processes.
These systems incorporate high-end performance motion devices whose development requires proficiency in motion control systems.
In this role, you will join Motion Control group. You will be designing, developing, and implementing advanced motion systems for the next-generation Optical Critical Dimension metrology tools, as part of a world-class R&D division.
What will you be doing:
Develop and implement unique solutions that integrate advanced motion control technologies, delivering innovative and out-of-the-box approaches using cutting-edge, high-end technology.
Leverage strong engineering expertise to develop and optimize servo control systems, including algorithm design and custom solution implementation.
Analyze and optimize motion control system performance to ensure compliance with specifications and stability requirements.
Take ownership of suppliers and manufacturers, define equipment specifications, and stay up to date with the latest technological developments.
Present and explain product specification definitions and design reviews from a motion and electronics engineering perspective.
Conduct testing, inspection, and troubleshooting of motion control and electronics modules and subsystems.
Collaborate closely with R&D teams on motion control and servo solutions, supporting lab setups, prototypes, and jigs.

We are looking for a researcher to join the R&D group that develops the DLP printer. The position summary (Insert Summary 2-3 lines)
Roles and responsibilities within this role:
Responsible for developing and testing concepts for the next generation of DLP printers.
Leading System development activities E2E from the definition stage till implementation, including requirements definition, simulations, planning, design, validation, and implementation
Defining, leading, and performing tests and research activities in R&D labs and on printers.
Improving printing sequence and the part quality via defining novel sequences\ algorithms and by process parameter manipulation
Point of knowledge for System aspects of the printing process requires an understanding of the mechanics, electronics, and printing SW
Defining high-level system requirements and software requirements for printers
Qualifying new system modules (DLP Projector, LCD screen, Diaphragms from different types of materials, technology and size, Automatic resin feeding system, mechanics, electronics, optics & SW)
Initiating new system-related ideas and innovations to support SSYS roadmap and future needs
Working in full alignment with all R&D matrix, project managers, Chemistry researchers, and system engineers.

The service team is looking for a Service Product Expert to provide product support customers.
In this role you'll be joining the Global Service Group. We provide service to a large-scale install base, at leading semiconductor manufacturers worldwide.
Responsible for training, installing, and supporting all products at customer sites worldwide.
We foster teamwork, excellence, and innovation, making customer success our main goal.
What you will be doing:
Implement the Customer Support Policy for the OEM End User. Supervise, maintain, and support company systems in the field.
Support OEM partners, and End Users internal service as defined under warranty and service support agreements.
Maintain, support, and guide proper training to all users, including OEM and End User personnel. (Training will be provided, in most cases, by an engineer dedicated to training).
Maintain proper reporting methods for all activities of customer support as defined by the Territory Service Manager/Customer Support Manager.
Maintain companys parts inventory under the positions control. Maintain proper level of stock in accordance with company spare parts tock policy, as set from time to time.
Assist in new equipment integration, add-ons, and upgrades.
Provide feedback to the headquarters based on experience gained with customers.
Support the customer beyond the defined working schedule as required.

Perform preventive, predictive, and corrective maintenance on rotating equipment such as Pumps, Compressors, Blowers, Engines, gearboxes, and related mechanical systems.

Troubleshoot mechanical issues using diagnostic tools, vibration analysis, and equipment history.

Support overhauls, breakdowns, and planned shutdown activities.

Ensure all work is performed according to engineering drawings, OEM (Original Equipment Manufacturer) manuals, and maintenance procedures.

Identify recurring mechanical problems and recommend long‑term solutions.

Safety & Compliance

Execute maintenance work in strict compliance with safety procedures MOC (Management of change), JRA (Job Risk Analyses), Control of Work, Start Work Checks.

Participate in toolbox talks and actively contribute to a safe working environment.

Maintain accurate records of inspections, repairs, and compliance checks.

Ensure proper hazardous energy isolation and safe work practices.

Project & Integrity Support

Assist with mechanical scopes of projects, upgrades.

Support asset integrity programs including vibration monitoring, lubrication management, and equipment condition assessments.

Participate in commissioning and start-up of new rotating equipment.

Collaborate with inspection teams on mechanical integrity and equipment health assessments.

Collaboration with Supply Chain

Identify required spare parts and support procurement of mechanical components and consumables.

Ensure proper storage and preservation of spare parts.

Assist with coordination of specialized vendors and third‑party maintenance services.

Maintenance Planning & CMMS

Provide feedback to planners and CMMS (Computerized Maintenance Management System) superusers for scheduling improvement.

Update CMMS with detailed work order information.

Support continuous improvement of job plans, procedures, and maintenance strategies.

Ensure maintenance frequencies follow regulatory, and reliability best practices.

Required Maintenance Specialist
Job Summary
As a Maintenance Specialist, you will be responsible for the installation, maintenance, troubleshooting, and repair of complex medical imaging equipment, ensuring optimal performance and patient safety.
Job Responsibilities
Perform scheduled preventative maintenance on a variety of equipment and systems
Diagnose and resolve technical issues quickly and efficiently, utilizing schematics, diagnostic tools, and technical manuals.
Conduct corrective maintenance and emergency repairs to minimize equipment downtime and ensure continuous operation.
Document all service activities, including maintenance, repairs, and part replacements, accurately and thoroughly.
Maintain a comprehensive understanding of our product lines, software, and upgrades.
Adhere to all company safety policies, quality standards, and regulatory guidelines (e.g., ISO, FDA).
Manage spare parts inventory and order necessary components for repairs.
Collaborate effectively with cross-functional teams, including engineering, sales, and customer service.
Participate in on-call rotations and be available for emergency service requests outside of regular business hours.

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
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.

Demonstrates ability to monitor and operate plant equipment and conduct routine duties and non-routine Operations activities.

Maintain a clean and organized work environment to identify hazards.

Toolbox talk and last-minute risk assessment using COW processes for a specific activity.

Demonstrates basic technical competencies and capabilities in upstream/ midstream/ downstream and manufacturing plant operations, including pipeline and hydrocarbon behavior

Demonstrates ability to troubleshoot and solve basic operational problems by teaming and collaborating with cross-functional teams

Supports and properly responds to unplanned events and their impact on equipment and operations.

Comply with the Companys safety standards, policies, and regulatory requirements

Identify and describe basic step-by-step maintenance requirements in Gas and chemical streams

Report and identify the source of surface staining on tanks and equipment.

Maintain, record, and inventory production supplies

It has basic ability to read/interpret/field as-built P&IDs, SAFE Charts, Cause & Effects.

Basic abilities to analyze trends of efficiency degradation on production equipment

Performs basic analysis of Process Safety Management (PSM)

Utilization of computerized systems, including SAP, D2 (document control), Enablon (E-PTW), and Bluebeam Revu.

Execute and understand MOC and RIK processes

Execute level 1 and level 2 Hazard analysis in general work, breaking containment, isolation of hazardous energy, bypass critical protection, and stop work authority to ensure safe operation.