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carlosmendez1997col

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About MSc Carlos Mendez

Cadastral and Geodesic Engineer from the Francisco José de Caldas District University, Master's Degree in Geosciences and Environment from the São Paulo State University (UNESP), with professional experience in the development of tools for modeling, forecasting, analysis, and decision-making in projects related to water resource monitoring and management, hydroelectric and renewable energy, climate change scenarios, and artificial intelligence.

Water Resources Management:

  1. Monitoring-Agrometeorological-Resources such as: Precipitation-Rainfall, Evaporation-Evapotranspiration, Relative Humidity, Soil Moisture, Surface Temperature, Soil Water Storage, Surface Air Temperature, Vapor Pressure and Wind Speed.
  2. Hydrological analysis of Hydrological data and maps based on SHuttle Elevation Derivatives at multiple Scales (HydroSHEDS), Global hydro-environmental sub-basin and river reach (HydroATLAS), Global sub-basin boundaries (HydroBASINS), Global river network (HydroRIVERS), Global database of lakes (HydroLAKES), Global Lakes and Wetlands Database (GLWD), Global database of wastewater treatment plants (HydroWASTE), Global River Classification (GloRiC) and Global lake surface water temperature and ice phenology database (LakeTEMP)
  3. Exercises and technical test proposed by the Stockholm Environment Institute (SEI-Latam) in the Water Program
  4. Monitoring and supervision of water resources such as: NDVI-MNWDI-AWEI, Surface Water, Precipitation-Rainfall, Water Balance and Groundwater

Climate Change and Hydrometeorology:

  1. Evaluation of extreme hydrometeorological phenomena such as droughts and low water periods, using the Standardized Precipitation Index (SPI), the Standardized Precipitation-Evapotranspiration Index (SPEI) and the Palmer Drought Severity Index (PDSI), in reference to water scarcity, water stress and water availability.
  2. Evaluation of climate change scenarios SSP2-4.5, SSP3-7.0, SPP5-8.5 and bioclimatic projections using Global Climate Models (GCM) CCma-CanESM2, MOHC-HadGEM2-ES and MIROC-MIROC5 in ArcGIS API for Python and ArcGIS Maps SDK for JavaScript.

WebMaps and Applications:

  1. (SEI-Latam) Google Earth Engine-Apps
  2. Development Protocols and Processes for Accessing Data from the Bolivia Surface Water Balance using monthly measurements of temperature, precipitation, runoff, evapotranspiration (real and reference) between 1980 and 2020.
  3. ArcGIS Dashboards
  4. Localização geográfica da Bacia Hidrográfica do Rio Paranapanema, Classificação climática Köppen-Geiger BHRP, Variação 2001-2023 precipitação e evapotranspiração potencial, Variação 2001-2023 índices SPI e SPEI, Previsão 2023-2025 precipitação e ETP, Previsão Índice SPEI-3 e SPEI-6
  5. ArcGIS Web Experience
  6. Localization Map Paranapanema River Basin, Köppen-Geiger Climate Paranapanema River Basin, Spatial and temporal evapotranspiration Paranapanema River Basin, Spatial and temporal precipitation patterns throughout 2023 – 2025
  7. ArcGIS Web Maps
  8. Köppen-Geiger climate classification in the Paranapanema River Basin, Localização Geral Bacia Hidrográfica do Rio Paranapanema, Unidades Hidrelétricas(UHEs) e Pequenas Centrais Hidrelétricas (PCHs) Url Unidades de Planejamento Hidrológico (UPHs), Municipios Bacia Hidrográfica do Rio Paranapanema
  9. ArcGIS Instant Apps
  10. 3D vista Rio Paranapanema e Massas d'agua

Developed and ongoing projects in Geospatial Artificial Intelligence (GeoAI)::

  1. Evaluation and simulation of inputs and reserves in hydroelectric power plants referring to Daily Useful Volume, Energy Useful Volume, Energy Inputs and Flow Inputs, using Artificial Intelligence algorithms such as: Auto Regressive Neural Networks (NNAR), Long Short-Term Memory (LSTM) and ResCNNN.
  2. (in partnership with SEI-Latam) Wetlands flooding extent and trends using SATellite data and Machine Learning
  3. (in partnership with SEI-Latam) Development of geoportals for the visualization and simulation of digital twins in real-time
  4. (in partnership with SEI-Latam) Development of an AI Agent for Web Deep Search

Developed and ongoing projects of GeoServices and Cloud Computing Services:

  1. GeoDatabases And Cloud Computing Services For Water Resources Management
  2. Design and architecture of geographic geoportals
  3. Design and architecture of geographic geovisors
  4. (in partnership with SEI-Latam) Automation of satellite image downloads using GeeMap and APIs REST
  5. (in partnership with SEI-Latam) Automation of satellite image downloads using GeeMap and APIs REST
  6. (in partnership with SEI-Latam) Design and architecture of the geographic geoportal for the Bolivia Watch Project

Connect with me:

carlos andrés méndez vallejo @AndresMendez-ej3vv

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  1. Modelling-And-Forecasting-Hydropower-Resources-Using-Artificial-Intelligence Modelling-And-Forecasting-Hydropower-Resources-Using-Artificial-Intelligence Public template

    Evaluation and simulation of inputs and reserves in hydroelectric power plants referring to Daily Useful Volume, Energy Useful Volume, Energy Inputs and Flow Inputs, using Artificial Intelligence a…

    Python 6 1

  2. Monitoring-Water-Resources-Using-Remote-Sensing Monitoring-Water-Resources-Using-Remote-Sensing Public template

    Monitoring and supervision of water resources such as: NDVI-MNWDI-AWEI, Surface Water, Precipitation-Rainfall, Water Balance and Groundwater using Cloud-Computing - Google Earth Engine (GEE)

    JavaScript 6 3

  3. Evaluation-of-Climate-Change-Scenarios-Using-Global-Climate-Models Evaluation-of-Climate-Change-Scenarios-Using-Global-Climate-Models Public template

    Evaluation of climate change scenarios SSP2-4.5, SSP3-7.0, SPP5-8.5 and bioclimatic projections using Global Climate Models (GCM) CCma-CanESM2, MOHC-HadGEM2-ES and MIROC-MIROC5 in ArcGIS API for P…

    Python 5 1

  4. sei-latam/WETSAT_v2 sei-latam/WETSAT_v2 Public template

    Wetlands flooding extent and trends using SATellite data and Machine Learning v2.0

    Python 5 4

  5. Hydrological-Analysis-of-HydroSHEDS-Databases Hydrological-Analysis-of-HydroSHEDS-Databases Public template

    Hydrological analysis of HydroSHEDS, HydroATLAS, HydroBASINS, HydroRIVERS, HydroLAKES, GLWD, HydroWASTE, GloRiC, LakeTEMP in Google Earth Engine (GEE)

    JavaScript 3 3

  6. Monitoring-Agrometeorological-Resources-Using-Remote-Sensing Monitoring-Agrometeorological-Resources-Using-Remote-Sensing Public template

    Monitoring-Agrometeorological-Resources (P-RAIN, Evap-ETP, RH, SM, ST, SWS, SAT, VP, WS) in Google Earth Engine (GEE)

    JavaScript 3 1