Total 11 design art job vacancies in Singapore

Optics are critical at KLA and at the core of our tools that are finding defects on wafers and reticles that aren’t visible with the human eye. We do this by using different light sources and nanophotonics to capture images. As an optical engineer at KLA, you’re responsible for developing ultra-high precision optical systems and component designs for complex systems, conducting key optical simulations, modeling and analysis as well as identifying manufacturing issues and developing solutions for these.

Responsibilities:

• Facilitate the optical specifications, lens design, and supplier integration of new optics enabled products for the Optics Development Engineering group.
• Effective use of Code V or Zemax to design low residual aberration generating imaging lenses, relays, spatial/polarization beamsplitters and zoom lenses both from nominal design process to final Monte Carlo tolerance analysis and error budgeting.
• Construct complex system models using above components having all imaging paths with critical parameters needed to produce accurate and efficient raytracing simulations of Strehl/WFE performance, coherent and incoherent PSF size/shape, focal depth of field and pupil, multiple bounce ghost and non-sequential stray light analysis, and polarization ray tracing to quantify transmission, retardance, diattenuation.

Education or experience should include:

• Designing, modeling and analyzing optical systems
• Optical manufacturing processes
• Code V or Zemax Optical software advanced user
• Statistical lens tolerancing
• Ghost and stray light analysis
• Design for manufacturing based on capabilities of Optical metrology
• Specification of precision opto-mechanical assemblies; and
  Data analysis using Matlab or other programs. Any suitable combination of education, training, or experience is acceptable.

Minimum Qualifications

• Doctorate (Academic) Degree and 0 years related work experience; Master's Level Degree and related work experience of 3 years; Bachelor's Level Degree and related work experience of 5 years

Job Description

• Interface with Design Engineering team for the release of new products (NPI) into Manufacturing
• Involve in product development and evaluate the design for manufacturability and reliability by participating in design reviews and the assembly of the prototype units.
• Drive continuous improvement to minimize Cycle time/Quality issues.
• Perform First Article qualifications for parts and obsolescence components.
• Generate and Maintain process and equipment work instructions, drawings, and other production document to conform to specifications.
• Work with suppliers to resolve component/yield/part problems in a timely manner and assist purchasing teams in driving supplier quality improvements and cost reductions efforts.
• Provide strong technical support to production team to resolve issues and ensure on time shipment.
• Perform detailed Failure analysis on Infant Mortality parts and come up with proposal and concepts to enhance performance.
• Apply 8D troubleshooting, including driving learning and standardization to improve spare part quality.
• Create ECO (Engineering Change Orders), Structuring BOMs and creating test and assembly documentation as needed.
• Provide fly and fix support on field escalations for analysis/resolution on any issue requiring in-depth knowledge on the product.

Job Requirements

• Master’s/bachelor’s degree in mechanical engineering/Mechatronics Engineering with 2 or more years of experience in high-mix-low-volume manufacturing
• Strong mechanical engineering fundamentals, including design principles, machine elements, materials, and fabrication methods.
• Proficient with CAD, ProE/Creo/Solidworks.
• Good Understanding of the Pneumatics, Computers, controls systems and sensors involved in Electromechanical stage/Robot.
• Strong troubleshooting and analytical skills to support technical issues, set-up experiments, and perform data analysis.
• Ability to read and understand Mechanical drawings and use a variety of precision testing and measuring instruments as needed.
• Experience in semiconductor equipment industry /manufacturing is preferred.
• Team player, Self-driven, Willing to learn.
• Expected to travel up to 20% of the time.

Job Description

• Interface with Design Engineering team for the release of new products (NPI) into Manufacturing
• Involve in product development and evaluate the design for manufacturability and reliability by participating in design reviews and the assembly of the prototype units.
• Drive continuous improvement to minimize Cycle time/Quality issues.
• Perform First Article qualifications for parts and obsolescence components.
• Generate and Maintain process and equipment work instructions, drawings, and other production document to conform to specifications.
• Work with suppliers to resolve component/yield/part problems in a timely manner and assist purchasing teams in driving supplier quality improvements and cost reductions efforts.
• Provide strong technical support to production team to resolve issues and ensure on time shipment.
• Perform detailed Failure analysis on Infant Mortality parts and come up with proposal and concepts to enhance performance.
• Apply 8D troubleshooting, including driving learning and standardization to improve spare part quality.
• Create ECO (Engineering Change Orders), Structuring BOMs and creating test and assembly documentation as needed.
• Provide fly and fix support on field escalations for analysis/resolution on any issue requiring in-depth knowledge on the product.

Job Requirements

• Master’s/bachelor’s degree in mechanical engineering/Mechatronics Engineering with 2 or more years of experience in high-mix-low-volume manufacturing
• Strong mechanical engineering fundamentals, including design principles, machine elements, materials, and fabrication methods.
• Proficient with CAD, ProE/Creo/Solidworks.
• Good Understanding of the Pneumatics, Computers, controls systems and sensors involved in Electromechanical stage/Robot.
• Strong troubleshooting and analytical skills to support technical issues, set-up experiments, and perform data analysis.
• Ability to read and understand Mechanical drawings and use a variety of precision testing and measuring instruments as needed.
• Experience in semiconductor equipment industry /manufacturing is preferred.
• Team player, Self-driven, Willing to learn.
• Expected to travel up to 20% of the time.

Job Description

• Accountable for all technical and quality issues which are related to assigned electron optics subassemblies.
• To handle daily production escalation. Provide strong technical support to production team to resolve issues and ensure system meeting shipment schedule as planned.
• Dispose non-conformance products and closely work out with supplier on the quality and process continuous improvement.
• Response to failure analysis and provide comprehensive analysis report to field support team or customers. Provide and implement the corrective action to fix the problem in systematic way.
• Work with material team on the product cost reduction, EOL component replacement, relocation of manufacturing site, and any engineering support needed from them.
• Writing ECO on any product change and ensure ECO implemented properly.
• Answerable to supplier quality and OOBQ yield. Audit supplier’s process and quality control if necessary.

Job Requirements

• PhD/Master’s/Bachelor’s Degree in electron Optics/Mechanical engineering / System Engineering or equivalent
• Knowledge in high-vacuum systems and experience in high voltage electronics
• Preferred experience in electron optics system including hardware handling experience, such as electron source, column and objective lens
• Ability to work in a clean room environment.

Main job responsibilities would include:

• Define electrical subsystem requirements, specifications, and interfaces based on system requirements and specifications.
• Design/prototype analog/digital circuits, schematics capture; direct PCB board layout.
• Develop test fixtures, test procedure and test scripts for PCB board prototype and FPGA functional tests, qualification, and characterization.
• Participate in various design activities, such as PCB design and FPGA design reviews.
• Conduct subsystem and system integration, test, and troubleshooting.
• Write design and test documents and release and handoff to manufacturing.
• Interact with manufacturing, service teams to support a smooth product transition into manufacturing and fields.

Minimum Qualifications:

• Strong knowledge of analog circuits design and noise analysis
• Experience with mixed analog and high-speed digital circuit design
• Experience in schematic capture, and PCB board layout tools including OrCAD & Cadence Allegro.
• Experience with FPGA design and implementation is a plus.
• Ability to multi-task and sense of ownership to drive work done.
• BSEE with 4+ years, or MSEE with 3+ years or PhD EE with 1+ years’ experience in electrical engineering

Responsibilities:·

• Solve complex system integration issues on an optical wafer/component inspection tool· Develop product specifications based on system requirement
• Involve in product development through release and will be expected to champion his/her technical solution
• Provide feedback on design changes by working closely with Development Engineering teams (M.E., E.E., and S/W Eng.) and creating ECO and documentation as needed
• Provide fix support on field escalations for analysis/resolution on any issue requiring in-depth design know-how on the product and support beta testing at customer sites
• Reviewing marketing requirements, develop system critical design specifications and design test methods

Requirements:·

• Master’s/Bachelor’s Degree in Mechanical/Mechatronics/Electrical Engineering or related fields with 3 or more years of experience in Design/System Engineering
• Ability to read technical drawings, understand BOMs, and use a variety of precision testing and measuring Instruments
• Must possess strong troubleshooting and analytical skills to support technical issues, set-up experiments, and perform data analysis
• In-depth understanding of optical, mechanical, electrical, and software components involved in the design and development of optical-based, semiconductor inspection equipment or equivalent is a plus
• Expected to travel up to 10% of the time where applicable

Optics are critical at KLA and at the core of our tools that are finding defects on wafers and reticles that aren’t visible with the human eye. We do this by using different light sources and nanophotonics to capture images. As an optical engineer at KLA, you’re responsible for developing ultra-high precision optical systems and component designs for complex systems, conducting key optical simulations, modeling and analysis as well as identifying manufacturing issues and developing solutions for these.

Responsibilities:

• Facilitate the optical specifications, lens design, and supplier integration of new optics enabled products for the Optics Development Engineering group.
• Effective use of Code V or Zemax to design low residual aberration generating imaging lenses, relays, spatial/polarization beamsplitters and zoom lenses both from nominal design process to final Monte Carlo tolerance analysis and error budgeting.
• Construct complex system models using above components having all imaging paths with critical parameters needed to produce accurate and efficient raytracing simulations of Strehl/WFE performance, coherent and incoherent PSF size/shape, focal depth of field and pupil, multiple bounce ghost and non-sequential stray light analysis, and polarization ray tracing to quantify transmission, retardance, diattenuation.

Education or experience should include:

• Designing, modeling and analyzing optical systems
• Optical manufacturing processes
• Code V or Zemax Optical software advanced user
• Statistical lens tolerancing
• Ghost and stray light analysis
• Design for manufacturing based on capabilities of Optical metrology
• Specification of precision opto-mechanical assemblies; and
  Data analysis using Matlab or other programs. Any suitable combination of education, training, or experience is acceptable.

Minimum Qualifications

• Doctorate (Academic) Degree and 0 years related work experience; Master's Level Degree and related work experience of 3 years; Bachelor's Level Degree and related work experience of 5 years

Responsibilities:

• Develop concepts and designs for the next generation system and sustaining engineering
• Design datapath architecture
• Representing electrical engineer in other sub-system architecture and design reviews
• Define interfaces with other critical sub-systems
• Work with other engineering groups such as Mechanical, Optical, Software, Systems and Manufacturing engineers to ensure detailed integration and test at the subsystem and system levels
• Solve challenging engineering problems by characterizing components, designing or prototyping analog front-end circuits, generating schematics, directing PCB layout, and debugging PCBAs in the labs.

Qualifications:

• Minimum Bachelor’s degree in electrical engineering or system engineering
• At least 3 years’ experience with proficiency in these areas:
• Mixed signal board design
• OrCAD\Cad tools and electronic simulation tools.
• Analog and Power design, ADCs, DACs, DC\DC, OP Amplifiers and sensors.
• Full cycle of PCB design from Schematics through Layout to Manufacturing.
• Electronic fundamentals (Signal integrity, Power integrity, EMI\EMC etc.)
• Low noise linear analog circuitry, characteristics of analog components,
• CCD/TDI sensors and image acquisition
• Understand capabilities and coding techniques of advanced FPGA devices
• Proficient with the use of electronics laboratory equipment, bring up and troubleshoot PCBAs

Self-driven, independent and possess excellent oral and written communication skills to successfully collaborate with our accomplished engineering team

Responsibilities:

As part of our small and dynamic team you play a key role in the design and development of our Inspection and Metrology machines. In your role you will work hands-on on the mechanical integration, process optimization and automation of the machine. Your work will involve integration of the mechatronic, optical and SW building blocks and will hence work closely together with Mechanical design, Hardware, Optics and SW teams.

It is your job to analyse customer requirements, build up a deep understanding of the problem and translate these in automated solutions that you detail clearly in measurable design requirements. To verify the solutions, you will build and test high-speed mechatronic setups for spec validation and critical parameter analysis. Once these are confirmed, you will coordinate the design and implementation in the different teams to eventually integrate tested modules and building blocks in the machine and assess the impact of the integration on the overall machine performance.

You get the chance to confirm high speed Pick and Place handling capabilities at key customers on site and broaden your customer and application know how along the way.

Furthermore you seek the challenge of understanding, analyzing, (re-)defining, and implementing sophisticated material handling flows until the level of detailed micro-sequences.

You will often write PLC level test sequences for mockup validation and data collection. Once the system is validated, translate these sequences into SW requirements.

You consider the total system life cycle, the birth to death concept extends to maintenance, replacement and decommission.

Requirements:

• MS degree or BS degree with outstanding skill in electro-mechanical, electronics, software or mechanical engineering.
• 7+ years relevant experience in an automation oriented engineering role in a high-end equipment company, covering most of following technical domains: machine conceptual and mechanical design, setting up specifications, PLC controller hardware and software design, user interface, SW (describing, testing of flows), conversion, test protocols, debugging, characterization, lead improvement projects
• Strong analytical capabilities
• Programming skills are a plus (PLC controllers, C, C++ Python, VBA, …)
• Independent thinking, challenging existing ideas and approaches
• Hands-on, self-organized, taking initiative and ownership
• Occasional travel within Asia & Europe
• Proficient in English

Responsibilities:

Work in a fast-pace dynamic environment developing complex semiconductor equipment. This is a collaborative, multidisciplinary group focused on designing groundbreaking metrology products. Design state of the art mechanical sub-systems and perform first-principal analysis for sizing components. Release complete documentation package and work with the new product group to generate the necessary documentation.

Desired skills and expertise:

• Deep understanding of mechanics and physics
• Proficiency in CAD software, preferably CREO
• Deep understanding and proven expertise in Finite Element Analysis is required (Ansys/COMSOL), especially in structural, thermal, vibration and air flow analysis
• Good knowledge of GD&T in both part and assembly level
• Familiarity with manufacturing processes such as machining, welding, sheet metal forming and 3D printing
• Knowledge of precision machine design is an advantage
• Good communication and interpersonal skill, ability to collaborate with counterparties with diverse background
• Proficiency in both oral and written English

Minimum Qualifications:

• Doctorate (Academic) Degree and related work experience of 3 years; Master's Level Degree and related work experience of 6 years; Bachelor's Level Degree and related work experience of 8 years

KLA Singapore is seeking an outstanding System Design Engineer with physics/engineering background, to join the hardware and systems engineering team for design and develop state-of-the-art optical metrology system for semiconductor industry. As a key member of a multidisciplinary R&D team, the successful candidate will be expected to understand system-level function, performance & requirements, work closely with different parties, to support the business priorities and product development roadmap.

The job duties of System Design Engineer include but not limit to:

• Design, assembly, test, analysis, and characterization of optical systems, especially interferometry, illumination, and sensing systems.
• Conduct optical system architecture analysis.
• Conduct system error budget and specs allocation to each subsystem.
• Lead product prototype integration and its performance characterization.
• Develop and test on algorithms of interferometric data processing and image processing.
• Drive innovation in related fields such as optics and algorithm. Explore feasibility to adapt other technologies such as machine learning and data science.
• Document design, testing and diagnosis procedures to transfer the design to manufacturing.
• Support manufacturing and field service team on system/optics related escalations.

Requirements:

• Competence and passion in building advanced optical instruments (interferometer/microscopy/spectroscopy)or other scientific instruments, with comprehensive understanding in its physics.
• Solid knowledge of geometry and wave optics.
• Proficiency in common programing language for data analysis or modeling, such as Python/Matlab/C.
• Experienced in product prototyping: experiment design, test bench setup, error budget analysis.
• Systematic thinking with good sense of statistics.
• Good communication and collaboration, comfortable in working with multidisciplinary team and different functions.
• Good perseverance.
• PhD in relevant science or engineering fields. Preferably PhD
• Experience in optical system design is a plus.
• Experience in laser/camera qualification and characterization is a plus.

Minimum Qualifications:

• Doctorate (Academic) Degree and related work experience of 4 years