Full name: Assoc. Prof. Dr. Hoang Thi Thu Huong
Position: Head of Department of Environmental Science and Technology
Belongs to the unit: Department of Environmental Science and Technology
Email address: huong.hoangthithu@hust.edu.vn
Specialized group: Energy - Environment and Climate Change; Environmental science; Pollution Control
Year | Degree | Academic Institution |
2009 | Ph.D. in Applied Biological Science | Ghent University, Belgium |
2001 | Master of Applied Science in Soil and Water | Adelaide University, Australia |
1995 | Engineer of Chemical Engineering | Odessa State Academy of Refrigeration, Ucraine |
Time | Position | Organization |
2003-now | Lecturer, Researcher | Hanoi University of Science and Technology |
2001-2003 | Researcher | Institute of of Environmental Science and Technology, INEST, HUST |
1996-2000 | Environmental Engineer | FPT Corp., Việt Nam |
Course name | Program |
Environmental Chemistry | Environmental Engineering, Environmental and Natural Resources Management |
Environmental Toxicology | Environmental Engineering, Environmental and Natural Resources Management |
Soil Remediation | Environmental Engineering |
Emerging pollutant | Environmental Engineering |
Ecological statistics | Environmental and Natural Resources Management |
Integrated management for river basins and coastal areas | Environmental and Natural Resources Management |
Application of Data-driven Approach to Assess Ecological Behaviors | Environmental Engineering |
Type of project | Name of project | Role | Time frame |
NAFOSTED | Applying artificial intelligence technology integrating remote sensing methods and monitoring data to develop methods to assess and monitor eutrophication at Hoa Binh hydropower plan reservoir to serve sustainable aquaculture | PI | 2023-2026 |
USAID through Laser Pulse | Decentralized water resource circulation as a sustainable solution for plantation | PI | 2022-2024 |
NAFOSTED | Amplifying Waste Recovery Solutions - Towards a Circular Society (AWARE) | Participant | 2021-2024 |
Global Challenges Research Fund | CATALYST: Transforming resilience across water and food systems - Mã số: JA2300RD15 | Participant gia | 2020-2021 |
Funded from MOET | Research on building a model to predict the toxicity of metals to aquatic species in Hanoi lakes based on the application of Bioligand model | PI | 2019-2021 |
NAFOSTED | Researching the characteristics of eutrophic lakes in the Hanoi area and developing an artificial intelligence model to classify the eutrophication level of water bodies | PI | 2013-2016 |