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Biography

  • Education background: BEng, Meng from Tsinghua University, China; PhD from Catholic University of Leuven, Belgium
  • Current affiliated institutions : National University of Singapore

Research Interest and Capabilities

  • Fabrication facilities for Li-ion and Na-ion electrode materials
  • Fabrication facilities for solid-state Li and Na batteries
  • Characterization equipment

Biography

  • Ph.D. UC Berkeley Materials Science and Engineering (2013-2018)
  • B.Eng. Imperial College London (2009-2012)
  • PostDoctoral Fellow. University of Toronto (2018-2019)
  • Institute of Materials Research and Engineering (2019-Present)

Research Interest and Capabilities

  • Cathode design for lithium-sulfur batteries
  • Functional anode interphases for magnesium batteries

Biography

  • M.Sc (Physics), M.Phil. (Physics), Ph.D. (Physics)
  • Associate Professor, NUS, Singapore, since July 2014
  • Assistant Professor, NUS, Singapore, Jan. 2007 – June 2014.
  • Guest Scientist, Max Planck Institute for Solid State Research, Stuttgart, Germany, 2001-2006

Research Interest and Capabilities

  • Developing ultra-safe battery materials and technologies
  • High power Li-ion batteries
  • High energy Na-ion batteries
  • Quantification of heat generation (reversible/irreversible) in commercial type cells
  • Quantification of various components contributing to internal resistance of the cells
  • Quantitative analysis of impedance data using Distributed Relaxation Time (DRT) method
  • Addressing interface properties of materials for facile ionic and electronic conduction 

Biography

  • Associate Professor at NUS Department of Materials Science and Engineering
  • Dipl. Chem. (1987) and Ph.D (1991) from Saarland State U, Saarbruecken /Germany
  • Co-Editor Acta Cryst B, Editorial Board Member Solid State Ionics
  • Secretary of the Asian Soc. for Solid State Ionics, Joint Secretary of MRS Singapore

Research Interest and Capabilities

  • Ion Transport across Energy Storage Systems, Solid Electrolytes and artificial SEI
  • Accelerated design and low cost processing routes for battery materials and devices
  • Li-/Na-based Solid State Batteries, Metal-air Batteries
  • In situ / Operando Characterisation (Solid State NMR, Diffraction, Electrochemical Cycling)  

Biography

  • Development scientist, Advanced Remanufacturing and Technology Centre
  • PhD from Graduate School for Integrative Sciences and Engineering, National University of Singapore

Research Interest and Capabilities

  • Product remanufacturing technologies and know-how 
  • Life cycle cost and environmental impact analysis
  • Reverse logistic and closed loop design

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