I was privileged to work as a part-time instructor at UniV's Department of Skill Development from May 2023 to May 2024. In this role, I conducted classes on Geospatial Science and the English Language, employing cooperative learning exercises to evaluate and enhance student progress.
I served as a Junior Geophysicist in the Quality Control (QC) Section for the project ‘3D Seismic Survey over Zakiganj and Patharia West Structure’ with Bangladesh Petroleum Exploration and Production Company Limited (BAPEX). In this capacity, I played a crucial role in GIS tasks, including creating drilling and shooting maps and identifying suitable borehole locations. Additionally, I demonstrated expertise in identifying subsurface lithology and successfully performed borehole logging and interpretation. Furthermore, I monitored the activities of the drilling and recording teams, developed programs for them, and evaluated the outputs of the survey, drilling, and recording sections.
I have been serving as a research associate at the Department of Geology and Mining at the University of Barishal under the guidance of Associate Professor Abu Jafor Mia. Throughout my tenure, my responsibilities have remained multifaceted, including crafting research proposals, conducting literature reviews, performing data analysis and interpretation, and drafting research reports. These experiences continue to enhance my expertise in conducting research and prepare me to pursue advanced opportunities.
I worked as a research assistant at the Department of Geology and Mining at the University of Barishal under the mentorship of Assistant Professor Md. Abdullah Salman. In this role, I showcased proficiency in various tasks, including scientific data collection, statistical data analysis, interpretation, visualization, and validation, conducting literature reviews, and contributing to article writing. Additionally, my involvement extended to co-authoring 2 research articles in peer-reviewed journals.
The 7-day fieldwork took place in the South-Central Region of Bangladesh from July 31st to August 6th, 2022. The primary objective of the fieldwork was to investigate fluvial erosion-accretion rates and trends, along with coastal recession in the region.
The study revealed that the rivers in the area have experienced more accretion than erosion over the past two decades, contrasting with the scenario observed at the beach during the same timeframe. Read the full report here.
The fieldwork occurred at Kuakata Beach, Bangladesh, from 21 to 27 September 2021. This expedition aimed to explore the region's physiographic conditions, geomorphic features, and geological resources. Following the fieldwork, sediment grain size and seawater hydrochemical analyses were conducted.
The study unveiled that the sediments were deposited in a beach environment, while the seawater exhibited slight salinity. Read the full report here.
This fieldwork was conducted on the Sitapahar Anticline in Kaptai, Bangladesh, from 9 to 14 February 2019. The primary objectives were to deepen practical understanding of the depositional environment of the major rock units and their lithostratigraphic succession.
This study suggests that the sediments were deposited in fluvial to shallow marine environments. Read the full report here.
This fieldwork was conducted on the Sitakund Anticline in Chittagong, Bangladesh, from 5 to 11 January 2018. The study aimed to study the anticline's physiographic, structural, stratigraphic, sedimentological, and geomorphic characteristics.
The findings indicate that the area forms an asymmetric fold trending NNW-SSE, comprised mainly of sedimentary rocks, particularly sandstone and shale. Read the full report here.