Ahmed Mohamed

1. Team Management
2. Project Planning and Coordination
3. GIS Data Management
4. GIS Analysis and Modeling
5. Collaboration and Communication
6. Quality Assurance
7. Stay Updated with GIS Technology
8. Troubleshooting and Support
9. Documentation and Reporting

Conducting on-site and online meetings with stakeholders to identify the data types and formats.
Conducting on-site and online meetings with stakeholders to identify data lifecycle.
Conducting on-site and online meetings with stakeholders to identify the data management standards of the DGDA.
Conducting on-site and online meetings with stakeholders to identify the technical and business requirements.
Discovering all the data across DGDA and External Stakeholders.
Analyzing the data lifecycle across DGDA and External Stakeholders.
Assessing and evaluating the data across DGDA environments.

HRS satellite images acquisition, geo-referencing, and processing.
Basemap digitization from acquired satellite images according to 3D techniques.
Field survey and data check for basemap attribute data, including all points of interest.
Basemap production with different scales, such as 1:5000 and 1:2500.
Producing continuously updated maps.
Producing Digital Elevation Model maps (DEM).
Spatial data QC & QA based on ISO rules.

HRS satellite images acquisition, geo-referencing, and processing.
Base map digitization from acquired satellite images.
Field survey and data collection for base map attribute data including all points of interest.
Spatial and Attribute QC & QA based on ISO rules.
Locating points with defined attributes.

HRS satellite images acquisition, geo-referencing, and processing.
Basemap digitization from acquired satellite images.
Field survey and data collection for basemap attribute data, including all points of interest.
Spatial and Attribute QC & QA.

Basemap digitization from acquired satellite images.
Field survey and data collection for basemap attribute data, including all points of interest.
Spatial and Attribute QC & QA.
Ranking for these locations.
Identifying best locations for allocating new ATMs according to detected rules.

Data collection for all network assets from EEHC.
Analyzing collected data.
Preparing GAP analyses report.
Recollecting missed data based on GAP analyses report.
Field survey for assets location using GPS such as substation, distributions, and kiosks location.
Analyzing surveyed data and checking it with EEHC data sources.
Converting surveyed data to GIS database.
Acquisition of all CAD drawings.
Analyzing other sources such as freehand sketches, SLD, excel sheets, etc.
Spatial adjustment for drawings that shall be converted as a source of geometry.
Cleansing of CAD drawings.
Mapping destination feature class/field that shall host migrated objects.
Converting CAD drawings.
Drawing and locating electricity network assets such as cable routes, joints locations, and ducts based on sketches.
Identifying the proper source of attributes such as sheets, single line diagrams (SLD), sketches, etc.
Migrating converted objects into EEHC unified data model.
Checking connectivity for all network.
Validating migrated data.

HRS satellite images acquisition, geo-referencing, and processing.
Basemap digitization from acquired satellite images.
Data conversion for scanned maps.
Quality control for converted maps.
Field survey and data collection for basemap attribute data, including all points of interest.
Spatial data QC & QA as per ISO standards.