Diaa Sheishah

• The project is entitled "Using Ground Penetrating Radar in road assessment (Hungary) ". This includes surveying several road sections in Hungary by SIR-30 connected to four horn antennas, data processing and evaluation by Radan 7, and reporting. Using ground-coupled antennas along with Pavescan and horn antennas at some test road sections in Gyöngyös, Szeged cities (Hungary). Laboratory measurements of asphalt samples to study different physical parameters.
• Created and maintained project documentation, plans, resource commitments and reports.
• Contributed to improving project management processes, tools and infrastructure to drive ongoing productivity across the company.
• Analyzed project performance data to identify areas of improvement.

PhD student at the Department of Geoinformatics, Physical and Environmental Geography, Faculty of Science, University of Szeged, Hungary.

• Assisted faculty members with data collection for potential academic publications.
• Evaluated and interpreted data from experiments and surveys to support research projects.
• Supervised and mentored undergraduate assistants, aiding research project success during my work at NRIAG, Egypt.
• Supported graduate students in conducting research projects and compiling data for academic papers. This included helping my supervisor in guiding three master students and two PhD students in their data collection and analysis.
• Taught small groups of students focused on using geophysical methods in archaeology.

• Project entitled ‘’Using Ground Penetrating Radar (GPR) Survey to Investigate the Subsurface Archaeological Features at the Surrounding Area of Bir-Othman, Al Madinah Al Munawarah, Saudi Arabia. February – June 2023. Data processing, interpretation and reporting.
• Project entitled ‘’Implementation of high-resolution GPR Scanning to identify the rebar locations and the seepage zones in the Wall for Safe Coring at Muhaisnah 4 - Dubai – UAE. February 2023. Data processing, interpretation and reporting.
• Project entitled ‘’ Using Ground Penetrating Radar (GPR) Survey to Exactly Determine the Location of Al-Katem Well, Quba Mosque, Medina City, Saudi Arabia. January 2023. Data processing, interpretation and reporting.
• Project entitled ‘’Implementation of Ground Penetrating Radar (GPR) Survey to Investigate Archaeological Features at Ras Al-Khaimah, UAE, Part 2: December 2022. Data processing, interpretation and reporting.
• Project entitled ‘’Investigating Subsurface Setting Around Al-Fakeer Well Using Ground Penetrating Radar (GPR) Survey, Al Medina Al Munawarah, Saudi Arabia’’ November 2022. Data processing, interpretation and reporting.
• A project entitled ‘’ Delineating Archaeological Features at Ras Al Khaimah Using Ground Penetrating Radar (GPR) Survey, UAE. Part 1: November 2022. Data processing, interpretation and reporting.
• A project entitled ‘’Delineating Archaeological Features at Ras Al Khaimah Using Ground Penetrating Radar (GPR) Survey, UAE. Part 1: November 2022. Data processing, interpretation and reporting.
• A project entitled ‘’Implementation of GPR to detect and track the Subsurface pipelines in front of The Maydam Hotel, Dubai UAE’’. This included processing, interpretation of GPR data and reporting. October 2022.
• A project entitled ‘’ Assessment of the risk of the soil by using Ground Penetrating Radar for a safe construction’’ This project included detecting the location of fractures, weak zones, and cavities in the subsurface and creating risk maps for the studied site. Part 1: October 2022, Part 2: November-December 2022, Part 3: January 2023.

• GPR and ERT surveys are carried out by the Department of Geoinformatics, Physical and Environmental Geography, University of Szeged in many cities in Hungary. This includes GPR and ERT data acquisition, Processing, interpretation and reporting. The surveys were done in many places, e.g.: Csongrád city to locate the old castles in the subsurface, Várpalota city for cavity detection and locating lignite mines, Vadkerti-tó Lake: to estimate the depth of water and differentiate between sandy and clayey soils in the lake bottom, Synagogue in Budapest, Gara-gradina, Tiszavasvári and Dombóvár to locate the archaeological features in the subsurface.

• Utilized special software packages to analyze the geophysical data and create visualizations.
• Synthesized data and wrote detailed reports to present research findings to stakeholders.
• Developed data collection strategies and monitored data quality for optimal research results.
• Gathered and organized information for research purposes.

• Project Title: “Assessment of Geothermal Resources in Farafra Oasis, Egypt” Funded by Academy of scientific Research & Technology in Egypt. From April 2017 to March 2019. (Project ID: 1351).
• Project Title: “CSEM Monitoring of the Foundation and Base Ground Stability to Minimize the Catastrophic Impacts on the Community; An Approach to Involve Volume and Control Source Electromagnetic (CSEM); Locality: Quarter 27, 15th May City and other sites”. Funded by Science and Technology Development Fund in Egyptian Ministry for Scientific Research. From 19 May 2011 to 18 January 2015. (Project ID: 2989).
• Project Title: “Geoelectric (VES+ERT) and electromagnetic (TEM+AMT) studies in Abou Ramad area, Red Sea Province for delineating and assessment groundwater aquifer associated with the old delta, to be exploited in agriculture and sustainable development” Funded by Academy of scientific Research & Technology in Egypt. From March 2015 to July 2016.
• Project Title: “Geomagnetic and Geoelectric studies for the detection of manganese ore deposits in the province of Abu Zenima” Funded by Science and Technology Development Fund in Egyptian Ministry for Scientific Research. From March 2015 – February 2017.
• Project Title: "Construction of the interactive maps of the archeological ruins in the subsurface of the valley of the Golden Mummies VGM, Bahariya Oasis, Egypt " from 2013 to 2015.
• Project Title: "Imaging the geometry of the Kharga Basin, New Valley Oasis and its groundwater Capacity". Funded by Science and Technology Development Fund in Egyptian Ministry for Scientific Research from 2012 to 2014.

• Synthesized data and wrote detailed reports to present research findings to stakeholders.
• Gathered and organized information for research purposes.
• Developed data collection strategies and monitored data quality for optimal research results.
• Interpreted data analysis results to draw inferences and conclusions.
• Determined areas of research to increase knowledge in potential field methods.
• Wrote research papers, reports, reviews, and summaries regarding geophysics.
• Worked as a member of the integrated project team in a highly collaborative work environment.