Full name: Assoc. Prof. Dr. Nguyễn Thu Hà
Position: Lecturer
Belongs to the unit: Department of Chemistry
Email address: ha.nguyenthu5@hust.edu.vn
| Year | Degree | Education organization |
| 2017 | Post-doctoral | Tokyo Institute of Technology, Japan |
| 2015 | Doctor | Nagaoka University of technology, Japan |
| 2009 | Master of Science | Hanoi National University of Education, Vietnam |
| 2007 | Bachelor of Science (high quality programme) | Hanoi National University of Education, Vietnam |
| Time frame | Occupation | Organization |
| 2015-now | Lecturer | Hanoi University of Science and Technology, Vietnam |
| 2012-2015 | PhD Student | Nagaoka University of technology, Japan |
| 2008-2012 | Lecturer | Hanoi University of Science and Technology, Vietnam |
| Course ID | Course name | Program |
| CH3051 | Physical Chemistry I | Chemical Engineering |
| CH3052 | Experiment of Physical Chemistry I | Chemical Engineering |
| CH3061 | Physical Chemistry II | Chemical Engineering |
| CH3062 | Experiment of Physical Chemistry II | Chemical Engineering |
| CH3072 | Experiment of Physical Chemistry | Environmental Engineering |
| CH3007E | Experiment of Physical Chemistry | ELITECH program of Pharmaceutical chemical engineering |
| CH3081 | Physical Chemistry | Food and Biotechnology |
| CH3082 | Experiment of Physical Chemistry | Food and Biotechnology |
| CH3081E | Physical Chemistry | ELITECH program of Food engineering |
| CH4330 | Electrochemical Processes | Chemistry |
| CH4332 | Physico-chemical and Physical Methods for Studying on Matter Structure | Chemistry |
| CH6704 | Soft materials | Master of Chemistry |
| CH6801 | Seminar 1 | Master of Chemistry |
| CH6802 | Seminar 2 | Master of Chemistry |
| CH6021 | Physico-chemical phenomena of surface | Master of Chemistry |
| CH6601 | Seminar 1 | Master of Chemical Engineering |
| CH6602 | Seminar 2 | Master of Chemical Engineering |
| Type of project | Name of project | Role | Time frame |
| Ministry of Training and Education | Prepartion of electrical conductive membrane based on cellulose for the purpose of lithium-ion battery application. | Principle investigator | 2022-2024 |
| Bilateral programme | Creation of novel polymer material by crosslinking with cellulose and natural rubber. | Principle investigator | 2023-2025 |
| International collaboration | Innovation of Science and Technology on Natural Rubber for Global Carbon Process |
Key member | 2022-2027 |