Fan Zhang

Mechanical Design Engineer at ASML

Eindhoven, North Brabant, Netherlands

About

Mechanical Design Engineer Yieldstar at ASML

Experience

  • Mechanical Design Engineer for YieldStar Metrology System at ASML
    Nov 2020 - Present · 5 yrs 8 mos

    Mechanical construction and layout design of Yieldstar metrology machine

  • Inalfa Roof Systems Group (Venray, Limburg, Netherlands)
    • Senior Project Engineer
      Dec 2019 - Oct 2020 · 11 mos

      Lead engineer of R&D project team developping sunroof systems for EU & CN OEMs - Study customer requirements and define internal planning and strategy - Coordinate with other regional project teams on technical data and quotation - Conceptual design of sub-assemblies and components - Analytical engineering calculations and risk analysis (dFMEA) - Communicate with customers and coordinate various departments concerning timing, cost, quality

    • Project Engineer
      Apr 2015 - Nov 2019 · 4 yrs 8 mos

      Develop kinematic sun-blind systems for EU OEMs and standardize core technologies - Conceptual design of modules and components for new generation systems. - Constructing development process & validation to verify performance (reliability, aesthetic and acoustic analysis) - Problem solving & root cause analysis - Write and publish requirements, technology dashboards, lessons learned, and preferred designs - Product lifecycle management (Enovia SmarTeam)

  • ArcelorMittal (1 yr)
    • Internship R&D as Steel Forming Research Engineer
      Mar 2014 - Sep 2014 · 7 mos

      Research of steel formability at cutting edges to predict cracking behavior during stamping process - Simulate nonlinear and large deformation of steel blanks via FEM tools (Abaqus, AutoForm) - Perform sheet metal drawability tests to validate and compare with the assumption model - Measure strain values via optical device (Aramis-GOM), analyze pre-hardening effect

    • Participant in the competition of Automotive Innovation Challenge
      Oct 2013 - Feb 2014 · 5 mos

      Project: Design a new front bumper, respecting low-weight and meet RCAR 100% bumper test - Evaluate steel material and classify performance index - Design and model various shapes of bumpers - Evaluate structural feasability and meet the specifications of RCAR - Perform digital dynamic simulation of RCAR 100% bumper test, analyze the structure strength under impact