G. Shimon

MRAM | SMTS | Everspin | Engineer | R&D Manufacturing | Process Integration | Device | Research | Semiconductor

Singapore

About

Dependable, conscientious and proficient materials engineer with particular interests and skills related to magnetic materials, MRAM, microelectronic, semiconductor, process integration, new product development and device data characterization.

Experience

  • Everspin Technologies (Full-time · 10 yrs 10 mos)
    • Senior Member of Technical Staff
      Jun 2022 - Present · 4 yrs 1 mo

      -Develop manufacturing process for next-gen & first-to-market STT MRAM products (incl. 256 Mb, 1Gb, industrial xSPI) -Manage key activities, in-line manufacturing process, fabout schedule with joint-collaboration partner -Root cause analysis and implement process improvement based on inline manufacturing data. -Process defect reduction and shift left activity for yield improvement. -Data trend analysis and report automation, process variability and process capability analysis. -Design DOE based on predictive modeling and variable screening of product data input.

    • Member of Technical Staff
      Sep 2015 - Jun 2022 · 6 yrs 10 mos

  • Research Engineer at National University of Singapore
    Aug 2014 - Sep 2015 · 1 yr 2 mos

    -Characterized dynamic behavior of magnetic nanostructures using laser probing technique. -Authored first-tier scientific journals, book chapters and conference publications. -Safety lead in the group. -Super-user of integrated PVD chamber, EBL, MOKE and BLS. -Mentored PhD, M. Sc. research projects.

  • PhD Candidate at National University of Singapore
    Jul 2010 - 2014 · 3 yrs 7 mos

    - Developed self-aligned angle deposition technique in two-components nanostructures fabrication to resolve multi-level lithography alignment problem. - Designed properties-modulated magnetic nanostructures to achieve better control of magnetization states in application of magnetic memory, logic and magnonic devices. - Mentored M. Sc. research projects

  • Research Intern at Institute of Chemical and Engineering Sciences, A*STAR
    Jan 2008 - Jun 2008 · 6 mos

    Developed heterogeneous catalyst to directly synthesize hydrogen peroxide from oxygen and hydrogen gas to be used as an alternative industrial production method.