Function and Responsibilities:

- PhD student, Section 1.1: Space Geodetic Techniques

- Lecturer, Hanoi University of Natural Resources and Environment (HUNRE), Vietnam

Research Interests:

- Deformation monitoring, Geohazards. 

-  Mathematical Geosciences, Machine Learning.

- Space geodesy.

- Geodetic engineering.

Career:

- Since 2010: Lecturer at Hanoi University of Natural Resources and Environment (HUNRE), Vietnam.   

- Since 01/2021: Research assistant & PhD student at Section 1.1 Space Geodetic Techniques, GFZ - Potsdam - Germany.

Education:

- Since 5/2020: PhD, TU Berlin, Germany.

- 2009 - 2011: Master's degree, Engineering in Geodesy, Hanoi University of Mining and Geology (HUMG), Vietnam.

- 2004 - 2009: Bachelor's degree, Surveying and Mapping, Hanoi University of Mining and Geology (HUMG), Vietnam.

Projects:

- 2021 - 2024: Building a scientific basis to determine the sea surface models for the investigation, exploitation, and integrated management of marine environmental resources in Vietnam, (Ministry of Natural Resources and Environment - Vietnam).

- 2017 - 2020: Apply RS and GIS to determine the quantity, demand, and allocation of surface water for water resource management and river basin planning (Ministry of Natural Resources and Environment - Vietnam).

- 2016-17: Automation of statistical hypothesis testing by MATLAB to analyze geodetic data (HUNRE - Vietnam), the head of the project.

- 2015-17: - Establish the absolute shifting velocity function of crustal motion in Vietnam (HUNRE - Vietnam).

                 - Improve the quality of the Total Station accuracy test (HUNRE - Vietnam).

                 - Processing control networks in deformation monitoring with different reference systems (HUNRE - Vietnam), the head of the project.

- 2014-15: Investigating the applications of the spatial triangulation method to test the verticality of skyscrapers (HUNRE - Vietnam), the head of the project.

- 2013-15: - Study the application of the time-series method to establish mathematical models in deformation forecast  (HUNRE - Vietnam).

                - Improve the accuracy of setting out the construction main axis on floors by the free-network adjustment algorithm and the method of reverting to the original state (HUNRE - Vietnam), the head of the project.

- 2012-13: Investigating the Pelzer method to analyze the stability of control stations in the deformation monitoring (HUNRE - Vietnam), the head of the project.

Awards: