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About Me

Professional ​
info​​

I am a chemical engineer with expertise in simulating electrokineitc phenomana in Lab-on-a-Chip devices. I received my BS and MS degrees in Chemical Engineering at National Taiwan University where I worked on diffusiophoretic behaviour of biomolecular particles in electrolyte solutions in 2007 and 2009, respectively. My MS thesis was the winner of the dissertation award from Chinese Chemical Society, Taiwan in 2009. I started my PhD at Department of Chemical and Biomolecular Engineering, University of Melbourne in 2011 after finishing my one year compulsory military service in Taiwan. My PhD research focus was on electrokinetics of the silica and electrolyte interface with application to protein focusing and separation in a nanofluidic channel. In 2013, I visited the University of Tokyo to investigate the viscoelectric effect due to water polarisation in electric double layers via molecular dynamics. I am now completing my PhD, and expected to obtain my degree in March 2015.  

Research Interests
Education

 

PhD in Chemical and Biomolecular Engineering

University of Melbourne

Mar/2011 - present

Thesis Title: Electrokinetics at the Silica/Water Interface, with Application to Protein Focusing and Separation in a Nanofluidic Channel

 

MS in Chemical Engineering

National Taiwan University

Sep/2007 - Jun/2009

Thesis Title: Boundary Effect on Diffusiophoresis: Sphere in a Spherical Cavity or a Cylindrical Pore

 

BS in Chemical Engineering

National Taiwan University

Sep/2003 - Jun/2007

Electrokinetics

Colloid and Interface Science

Computational Fluid Dynamics

Molecular Dynamics

Lab-on-a-Chip

Nanofluidics

BioMEMS

Micro-Total-Analysis-Systems

Desalination

Nanofluidic Batteries

Molecule Separation

 

 

 

 

Industry Experience

IBM Research Australia - BioNanosensor Group

Jul/2014 - Dec/2014

The Multiphysics Fluid Dynamics Group at Department of Chemical and Biomolecular Engineering, University of Melbourne collaborated with IBM research and Victorian Life Sciences Computational Initiative on a project: Protein translocation in a nanopore. My role was to investigate electrophoretic behaviour of a biomolecule in a silica nanopore in the presence of electroosmotic flow via computational fluid dynamics.

 

Taiwan Semiconductor Manufacturing Company Limited

Jul/2008 - Aug/2008

As a summer intern at Department of Advanced Assembly Technology, TSMC, I investigated the novel three dimensional flip-chip assembly technology via experimental approaches. 

Teaching Experience​

Teaching Assistant

University of Melbourne

 

Project Co-Supervisor:

Jul/2014 - Dec/2014

Industry Project: Protein translocation in a nanopre

Jul/2013 - Dec/2013

Research Project: Electrokinetics in cylindrical geometries

Jul/2012 - Dec/2012

Research Project: Computational fluid dynamics benchmarking

 

Tutor:

Jul/2012 - Dec/2012

Subject: Transport processes

 

 

Honours
and Awards
  • Chemical and Biological Microsystems Society Travel Grant, Chemical and Biological Microsystems Society, 2013.

  • Melbourne Abroad Travelling Scholarship, University of Melbourne, Australia, 2012.

  • Clive Pratt Scholarship, University of Melbourne, Australia, 2011.

  • Melbourne International Research Scholarship, University of Melbourne, Australia, 2011.

  • Melbourne International Fee Remission, University of Melbourne, Australia, 2011.

  • Research Higher Degree Studentship, Department of Chemical and Biomolecular Engineering, University of Melbourne, Australia, 2011.

  • Dissertation Award, Chinese Chemical Society, Taiwan, 2009.

  • International Conference Travelling Scholarship, National Science Council of the Republic of China, Taiwan, 2009.

  • Outstanding Students Travelling Scholarship, Foundation for the Advancement Outstanding Scholarship, Taiwan, 2009.

 

 

 

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