Hala Ghareeb

Delivering courses in Spatial analysis, Geospatial data management, Python and ArcPy.

Responsibilities: Using GIS technical skills in the presales stage, focusing on delivering custom solutions based on the customer’s business needs. - Designing and creating solutions for multiple industries: environment, sustainability, education, agriculture, and business sector which includes solutions for (retail, banking, manufacturing, distribution, and fleet management). - I also have a background in working with other sectors, such as petroleum, telecommunication, and electricity. - Developing best practice workflows using the geographic approach. - Integrating programming with Esri for tailored solutions. - Using data visualization techniques to create hubs, geo-portals, dashboards, and web applications to emphasize the KPIs and make the data understood. - Demonstrating solutions and Esri products. - Acquiring and updating knowledge of Esri platform products. - Writing proposals according to the client's requirements and tenders. - Delivering Internship programs for engineering students

working on: - Implementing and delivering projects with the full workflow including data management and analysis, in addition to developing the proper Esri applications for the project’s cases. - Delivering training courses of Esri GIS products, such as "Creating Python Scripts for ArcGIS" for ITI students,” Building a Geodatabase” and "ArcGIS 2: Essential Workflows". - Programming and Scripting with Esri Arcade, SQL, Python, HTML and CSS. - Giving sessions about Creating database views by SQL and about Esri products such as: - workflow manager, data reviewer, and experience builder. - Providing platform configuration guidance and best practices to customers, partners, and users to identify, design, and certify key ArcGIS workflows. - Providing onsite technical assistance, related to GIS applications and support, during and after the implementation of GIS projects. - Installing and configuring various Esri software.

I was awarded an Erasmus Mundus Scholarship to pursue a joint master’s degree in Geospatial Technologies. My first and third semesters are at Universidade Nova de Lisboa (UNL) in Portugal. The program includes a rigorous curriculum in GIScience, data analysis and visualization, spatial statistics, geospatial data mining, and remote sensing. In a group project seminar on programming and analysis, I co-worked on implementing page components, APIs, dashboard charts, and statistical visualizations. Papers and Research interests - Site selection of a solar farm in New Valley, Egypt using multi-criteria GIS analysis - Sand dune movements in Egypt - Assessing the Impact of Air Pollution in Spain: A Statistical Modeling Approach - Supervised and Unsupervised Classification Approaches using Sentinel-2 Imagery for Change Detection due to Flood in Valencia, Spain - Evaluating Algorithms for Land Cover Classification using MERIS Bands in Weka - Eye tracking applications using GIS

Within the framework of the Erasmus Mundus Joint Master’s in Geospatial Technologies, my second semester is at the Institute for Geoinformatics (ifgi) at the University of Münster. This semester includes intensive coursework focused on advanced research methodologies, discussions and skill development in scientific writing, project management through organizing the GeoMundus conference, spatial cognition, unmanned aerial systems for applied research, and machine learning. Projects and academic interests: - Wayfinding and navigation - Object detection deep learning techniques in remote sensing (Fast R-CNN & YOLO) - Spatial gaming - Drone mapping (River Aa Renaturation Project https://www.linkedin.com/redir/general-malware-page?url=https%3A%2F%2Fifg-uavs%2epages%2edev%2F ) - Walkability analysis - Project management (conference planning https://geomundus.org/ )

Business Writing Diploma This diploma provided me with essential skills for clear and effective communication in professional environments. I developed the ability to write concise, structured, and persuasive business documents, including reports, and proposals as a main function for presales team members. The course emphasized the importance of tailoring messages to suit different audiences and objectives, ensuring clarity, impact, and professionalism in all written communication.

I have studied the science of GIS and applied its principles using various software tools, including ArcGIS Desktop, ArcGIS Server, ArcGIS Online, ArcGIS Pro, and QGIS. My expertise spans database management, back-end development with Python and C#, front-end technologies (HTML, CSS, JavaScript, Bootstrap, ReactJS, NodeJS), JavaScript/Web APIs, MVC framework, ML and remote sensing. - GRADUATION PROJECT Web Application for Namaa Company (KTP Project), my team and I developed a web application designed to streamline communication and reporting between field and office workers involved in a road maintenance project. The application features user-specific interfaces and dashboards that display real-time statistics and the status of maintenance activities, providing valuable insights for decision-makers. The platform was built using the MERN stack (MongoDB, Express.js, React.js, and Node.js). The video below demonstrates the various user roles and functionalities within the system.

-ABOUT COLLEGE I studied Geomatics Engineering, which encompasses a broad range of disciplines including GIS, map projections, geospatial statistics, surveying, remote sensing, photogrammetry, geodesy, GPS, and road design. I graduated ranked 5th in my class, reflecting strong academic performance throughout the program. -GRADUATION PROJECT The project involved a diverse set of tasks centered around GPS and 3D modeling of the Gezira Sporting Club, utilizing two primary methods: close-range photogrammetry using mobile imagery, and precise traditional surveying techniques(shown in the video). Key components included cadastral mapping, topographic mapping, and leveling. Additionally, the GIS component focused on identifying the optimal route for a proposed highway using satellite imagery and a Digital Elevation Model (DEM) in ArcMap. This selected route then served as the basis for the subsequent road design phase.