DrFangfang Chen
Senior Research Fellow
Faculty of Science Engineering and Built Environment/Institute for Frontier Materials
Orcid identifier0000-0002-8004-1720 (opens in a new tab)
- Senior Research FellowFaculty of Science Engineering and Built Environment/Institute for Frontier Materials
- +61 3 924 45114 (Work)
- Melbourne Burwood Campus, 221 Burwood Highway, Burwood, Victoria 3125
TEACHING EXPERTISE
Dr. Chen is an experienced research supervisor and educator. She has successfully supervised five PhD students to completion and is currently supervising three more. In addition to her doctoral supervision, she has mentored numerous Master’s and Bachelor’s students through research internships. Dr. Chen is dedicated to interdisciplinary training, regularly teaching computational methods and scientific programming to experimental students and postdoctoral researchers, helping them integrate modeling approaches into their research.
TEACHING ACTIVITIES
- CURRENT DOCTORAL SUPERVISIONDesign and Characterization of Ionic Liquid Electrolytes and Interfaces for Alkali Metal Batteries
- CURRENT DOCTORAL SUPERVISIONPolymeric ionic liquid for battery electrolytes
- CURRENT DOCTORAL SUPERVISIONElectrolyte design for high-performance, sustainable sodium batteries.
- CURRENT DOCTORAL SUPERVISIONDevelopment and Optimization of Poly(Ionic Liquids) as Electrolytes for Sodium Batteries.
- CURRENT DOCTORAL SUPERVISIONDesign and Understanding of Non-Fluorinated Electrolytes Utilizing Novel Ion Structures
- COMPLETED DOCTORAL SUPERVISIONMolecular Dynamics Study of Ion Dynamics in Ionomer Electrolytes
- COMPLETED DOCTORAL SUPERVISIONThe Physics of the Electrode-Electrolyte Interface in Ionic Liquids
- COMPLETED DOCTORAL SUPERVISIONMolecular Modelling Studies of an Organic Ionic Plastic Crystal for Gas Absorption and Electrolyte Applications
- COMPLETED DOCTORAL SUPERVISIONMolecular behaviour of electrode/ionic liquid electrolyte interface for rechargeable batteries
- COMPLETED DOCTORAL SUPERVISIONUnderstanding Structural, Dynamics, and Temperature-Dependent Phase Behavior of Ammonium-based Organic Ionic Plastic Crystals