Search and acquire geospatial data from existing global archives (including satellite data).Analyse the intra-urban socio-spatial patterns in relation to current theoretical and empirical debates in urban studies and planning. know about and be able to critically assess organizational implications of ICT implementation and responsible data management.criticize remote sensing approaches in terms of suitability for a specific application.Derive essential water and energy variables from Earth Observation data.Apply relevant tools for good governance to reduce corruption in the relevant case study environment of Asian and African continents.Critically evaluate program logic and correctness through read, test and debug cycles.Create environmental niche models.Comment on current debates in the ethics of machine learning and artificial intelligence and how they relate to geospatial innovationsEvaluate the different data transformation and visual representation options to display complex movement data.Interpret the analytical results and demonstrate their reproducibility.Operate conceptual & 1-D models of flux exchange of precipitation and evapotranspiration.Interpret ecosystem service information for diverse decision-making objectives in different systems (urban and rural).Carry out a spatial quantitative multi-hazard risk assessment.Synthesize climate model output to use it in environmental niche models.To conduct field and laboratory measurements for several plant physiological parametersÍž Study in a manner that is largely self-directed and autonomous.Compare and contrast environmental models.Perform a coupled water, energy, carbon dynamics analysis on an area of interest, using a blend of satellite, in-situ and global atmospheric and weather forecast model datasets.Apply spatial and non spatial multi-criteria analysis for Transit Oriented DevelopmentApply research skills in the specific disaster risk context.Interpret and reflect on quantified urban form indicators to understand the changing spatial structures of an urban region.Communicate the internship results effectively to the client/industry and academics.Be able to analyse the quality of local climate action plans regarding theu quality and credibility to reach carbon neutrality & their inclusion of indigenous knowledge alongside western knowledgePosition their research in the theoretical context of PSS and DSS, technological environments for collaborative work, web-based geo-ICT for planning, and serious gaming.Analyse the competition and pivot their original idea accordinglyApply orthorectification to derive orthophoto.Identify the major pros and cons of the use of UAVs upon the gained experience and relate them with the six different domains.Evaluate risk-related urban adaptation plans and interventions addressing urban risksConduct laboratory experiments safely with the learned techniques after a plan is presented.Classify spatial analysis functions and apply appropriate analysis operations on a geospatial dataset.Assess organic analysis results in terms of their contribution to solving a research problem.Explain what cluster analysis is; Explain how cluster analysis can be used in health studies;List different clustering methods that can be used for clustering analysis; Perform spatial clustering analysis and assess map and examine spatial patterns in the data. Peer-review term projectUse or modify algorithms written in Python, C++, Matlab, R or Spatial SQL as part of acquisition and exploration of geospatial data tasks.Make informed decision of radar sensor, image acquisition mode and image processing level for a specific study.Examine problems in biodiversity conservation, forest management and food security analysis considering the scale of observation and information requirementsApply methods for modelling biomass/carbon stock of different forest cover types using VHRS images, UAV, Radar and Lidar data.List factors important in determining accessibility to health care; Review different approaches used to model accessibility to healthcare; Describe approaches useful for examining access to healthcare based on distance, time and cost;Explain the map algebra concepts; Evaluate disparities of accessibility to health care; Propose solutions to improving access to health caresystematically assess an organization and its environment in order to develop a change strategy.Be able to translate the international climate change goals to the national and the local level.