About

As a river engineering researcher, I have used flume experiments and numerical simulations to study turbulent flows and sediment transport in channel bends. I have always been fascinated by the various responses of meander rivers to erosion control measures in nature, and have long dreamed of conducting research using a physical model of a river. Fortunately, the PhD program at the University of British Columbia provides me with the opportunity to work with such a model, which will help me gain a better understanding of river bank stability. By combining my engineering knowledge with what I am learning from fluvial geomorphology, I hope to achieve the professional perspective needed for analyzing the responses of a river system.

Career Type:

Scientist/Researcher/Academic

Organization Type:

Universities and Academia

Expertise Fields/Interests:

River Engineering Hydraulic Structures Sediment Transport Turbulent Flow

Major Achievements:

- Author and Co-author of more than 25 published papers (2013-2021) (h-index: 11 and Citations: 314) - Youngest Lecturer and Researcher at the Civil Engineering Department of Persian Gulf University (since 2016) - Reviewer at International and National Hydraulic and Civil Engineering Conferences (since 2015) - Ranked 1st in the Best M.Sc. Thesis in the Field of Hydraulic and Water Engineering, Selected by Iranian Hydraulic Association (2015) - Selected Researcher at "16th Festival of Research and Technology in Bushehr Province" (2016) - Ranked 1st in M.Sc. of Water & Hydraulic Structures Engineering at Persian Gulf University (2015) - Top Student-Researcher at Persian Gulf University (2014) - Cooperation in the Construction of the First 180-degree Sharp Bend Channel In Iran with the Aim of Conducting River Engineering Experiments (2012-2013) - Ranked 1st in B.Sc. of Civil Engineering at Persian Gulf University (2012)