Ashraf Afana Email & Phone Number

Swindon, Gb

Milton Keynes, England, United Kingdom

Swindon, United Kingdom

1. Working for National Trust to carry out analysis and treatment of Remote Sensing data using multiple platforms of EO (UAV, aircraft and satellite) to produce land cover/use maps, habitat classification and vegetation mapping. Using a widespread of clustering and classification approach based on machine and deep learning to deliver on National Trust’s data monitoring evidence for business development.2. Contribute to the development of the data structure, with the emphasis on spatial and temporal dataset analysis to build on change detection indicators to support data evidence on habitat inventory, land monitoring and condition assessment for National Trust assets.3. Creating data quality control and quality assurance applications using validation tools, as well the performance and testing on data accuracy to include reviewing of the data for completeness and clarity.4. Coding and script development under R and python to support spatial data analysis and visualisation, as well as database structuring, object classification and neighbourhood analysis.5. Building and development of an online platform of field apps (e.g. Survey 123 and Collector) and web maps to support citizen science and data capture process as well as feature services publication using, mainly ArcGIS Server and Shiny.

Durham

1. LiDAR data modelling, analysis and treatment for change detection and deformation analysis. 2. Point clouds analysis and treatment (registration, volumes, 2D and 3D structures building and measurements).3. Compiling and fusing geospatial data from a wide range of sources (e.g. LiDAR, GPS, and existing maps).4. Creating maps (hard- and soft-copy), charts and figures including 2D and 3D visualisations of results.5. Cartography and mapping of geohazards (landslides, rockfall and change detection).6. Generation of DEMs/DTMs, interpolation techniques, Kriging, geostatistics and variograms.7. Spatial analysis of terrain surface using the difference of DEMs (DoD).8. Surveying, data capture and mapping of intertidal variations in the Thames River, London city.9. Spatial and geospatial coding, clustering and neighbourhood analysis.

Nottingham, Reino Unido

- Terrestrial laser scanning full-waveform technology for deformation monitoring. - Slope failure stability and deformation monitoring - LiDAR data modelling, analysis and treatment - Geospatial analysis, geostatistics and interpolation - GIS, Remote sensing and cartography. - Time-series and wavelet analysis - Landslide mechanisms, slope failure and deformation monitoring - TLS LiDAR system testing and calibration - Sales Support around the world - Strategy business building for the South American Continent. - Business case, proposals and technical customer report. - Geotechnical and customer support within mining industry. Development of plans for bespoke solutions that support customer assets and needs in the geospatial business. Provide new insights on the state-of-the-art technology on geospatial business. Customer training on TLS LiDAR for surveying & deformation monitoring Bespoke solutions to handle temporal & emerging problems based on available technology. Business case, proposal and technical customer report. Building Action Plan (AP) for main tasks and duties within the project lifecycle. Coordinate and report building for project team work. Project risk assessment for both entire project and working stages. Management of scheduled tasks, milestones and AP of the project. Agile PH & JIRA approach in project management.

Almería, Spain

- Digital Terrain Models construction and treatment. - Land Surface and Terrain Modelling (geomorphometry) - Topographic parameterization - Soil erosion estimation using laser scanning techniques - Cartography and digitizing - Building models for automatic channel network delineation from digital elevation mode

Madrid Area, Spain

- Topographic parameterisation to identify high-risk areas for floodplains (i.e. mapping flood area)- Environmental impact assessment on the analysed area. - Report building for the topographic and geomorphic aspects of the studied area.

Almería Area, Spain

Elaboration of the database for the terrestrial flora in the southeast of the Iberian peninsula.

Doctor Of Philosophy (Phd), Fluvial Geomorphology, A Grade Cum Laude

Activities and Societies: Terrain modelling, channel initiation, Digital Elevation Models (DEMs), Geospatial Analysis, SemivarigramsThesis.

Master'S Degree, Landscape Ecology, B +

Activities and Societies: Parameterization, topographic attributes, Digital Elevation Models (DEMs)Thesis title: "Effect of Topographic.

Bachelor Of Engineering (Beng), Engineering, Good