KLA Corporation

Manufacturing Design Engineering (Systems)

KLA Corporation
Equipment EngineeringSingapore, SingaporeOnsitePosted 4 weeks ago

About the role

Manufacturing Design Engineering (Systems) role based on the published job description. Key responsibilities and requirements were extracted directly from the posting for quick review.

EquipmentOnsite

Key Responsibilities

  • 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 Need to understand overall system operation, system integration, system calibrations and need to do preventive and corrective maintenance on Equipment/Machine Apply 7-step trouble-shooting, including driving learning and standardization where appropriate.
  • Drive continuous improvement of system hardware, diagnostics and software, tooling, technical documentation and knowledge management to minimize Cycle time/Quality issues.
  • Creating ECO (Engineering Change Orders), Structuring BOMs and creating test and assembly documentation as needed 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.
  • Perform First Article qualifications for parts and EOL components.
  • Provide fly and fix support on field escalations for analysis/resolution on any issue requiring in-depth knowledge on the product.
  • Systematically analyze Technical issues and Infant Mortality issues and come up with proposal and concepts to Standardize.

Requirements

  • Master's/Bachelor's Degree in Systems/Mechanical/Mechatronics Engineering with 1 or more years of experience in manufacturing.
  • Entry level candidates with good academic record are welcomed.
  • Understand the working principle of complex electro-mechanical assemblies on a high precision defect inspection equipment and how they relate to system performance.
  • Strong troubleshooting and analytical skills to support technical issues.
  • Set-up experiments, and perform data analysis.
  • Ability to read and understand technical drawings and use of precision testing and measuring instruments in solving problems.