People Management: Leadership and people management within the Data Science and Innovation team.Innovative Data Science Strategist: I develop and implement innovative data science strategies to contribute to TNC's mission of conserving essential lands and waters for life. Identifying transformation opportunities, I collaborate globally to achieve ambitious goals by 2030.Geospatial Governance and Development: Spatial Data Science team management, I lead the development and maintenance of a robust geospatial database. Additionally, I actively collaborate in the implementation of agroforestry systems, forest restoration, and biodiversity-related strategies.Digital Innovation Advocate: Steering the digital innovation strategy aligned with TNC's 2030 goals, I continuously seek external collaborations to accelerate data science solutions. Communicating authentically, I strengthen relationships and contribute to a culture of inclusion.

Geospatial analyses considering EO Big Data, Remote Sensing, GIS, and Data Science in Science Team at TNC Brazil. - Providing spatial technology to Forest Cocoa Project and Agroforestry and Restoration Accelerator using Google Earth Engine (Python API), public datasets, and geopandas library.Performing geospatial analyses for carbon (eligibility and monitoring) and restoration projects (time series analysis). - Developed with TNC ecologists collaboration, the functional connectivity layer to Pará State, based on the LSMetrics model. - Created the framework to perform the extensive volume data extraction and analysis to young restoration polygons, using EO time series to qualify restoration projects

Providing services to BTG Pactual, Agricultural Insurance.Development of spatial analysis/remote sensing technologies to support Underwriting and Claims sectors.Language: PythonMain tools: Google Earth Engine, Geopandas, and Fiona

Analysis of radiometric and geometric characteristics of Sentinel-2, Landsat-8, CBERS-4, and CBERS-4A data cubes, data quality, and proposal for improving pre-processing steps.Project page: http://brazildatacube.org/

Analysis of radiometric and geometric characteristics of Sentinel-2, Landsat-8, CBERS-4, and CBERS-4A data cubes, data quality, and proposal for improving pre-processing steps.Project page: http://brazildatacube.org/

The Orion Platform allows for complete customization and modularization of data collection and forms by the field/operations team in specific projects or activities, such as archaeology, construction inspection, logistics, dynamic reports, physical environment, environmental inspection, environmental liabilities, field recognition, checklists, control and validation of developed activities, etc.The application works on tablets and smartphones and allows for fully offline data collection, providing a spatial and non-spatial database (yes, we have online maps) almost in real-time stored in the cloud, as well as tracking activities through graphs and management dashboards and their multiple outputs (Excel spreadsheets, Google Earth KML, and customized PDF reports for your clients).

Innovation and digital transformation. Digital marketing, SEO, growth hacking. Implementation of systems.

Responsible for the development of SIGA (Integrated Environmental Management System), Semi-automated Reports, and a customized data collection Android mobile application based on specific forms.

Development of a customized offline environmental data collection geospatial platform, production of output masks (pdf), Google Earth (kml), and Excel (xls). Incorporation of 40 existing forms.The platform allows for filling out forms in the Android application with the linkage of spatial data (point coordinates) and tabular data (predefined forms), sending to the online platform, ensuring near real-time management of field data.Estimates of approximately 50% reduction in report elaboration time, focusing on result analysis, eliminating paper, data tabulation, and GPS data structuring, photos, and records.Playstore link: https://play.google.com/store/apps/details?id=br.com.ambientare.appPlatform link: www.geotech-ambientare.com.br

Preparation of Elevation x Area x Volume curves. Integration of LiDAR and bathymetric data.Orthorectification of very high-resolution satellite images.Coordination and preparation of Environmental Control Plans for Small Hydroelectric Power Plants (PACUERA) according to CONAMA 302/2002, Law No. 12.651/2012, and Law No. 12.727/2012.Processing of spatial data, especially those from satellite images and topographic surveys.

Title of the dissertation: Analysis of Eucalyptus sp. Canopy Reflectance using the 4SAIL Model and Orbital Data.ABSTRACT: Radiative transfer models applied to vegetation studies assist in understanding the interception and interaction process of electromagnetic radiation with vegetation canopies, taking into account their biophysical and biochemical characteristics. They provide a logical connection between vegetation biophysical parameters and their spectral properties. This work was based on the use of the 4SAIL version of the SAIL - Scattering by Arbitrarily Inclined Leaves model to simulate surface reflectance spectra of Eucalyptus plantations located near the Itatinga/SP Experimental Station. These data were subsequently compared with radiometric data extracted from Worldview-3 orbital image, which had its digital numbers converted to surface reflectance values acquired over the same Eucalyptus plantations. In absolute terms, reflectance values of canopies simulated by the model did not show good adherence to those extracted from WorldView 3 images. The best correlations between the two data sets were obtained for the near-infrared region.

Coordination of Geoprocessing team, Thematic Cartography, Remote Sensing, Geographic Database, Spatial Data Infrastructures

Change detection/alarm project in urban areas using high-resolution satellite image techniques. Segmentation, supervised/unsupervised classification, change detection, orthorectification, image fusion, atmospheric correction algorithms, a compilation of spatial information in geographic databases, beginner-level programming in Python, Java, and C++ (focused on geoprocessing).

Activities related to spatial data mapping in environmental studies (Environmental Impact Assessment/Report, Environmental Assessment Study, Environmental Recovery Plan, Environmental Impact Study, Environmental Licensing Plan). Preparation of thematic maps and use of geoprocessing tools in environmental studies. Preparation of chapters on environmental diagnosis of physical aspects (Geomorphology, Geology, Soil, Climate, and Water Resources).

Experience performing activities related to spatial data mapping in the environmental field. Compilation of metadata, organization of geographic database, vectorization, mosaic creation, and georeferencing using GPS. Handling various demands related to geoprocessing from contracting companies.

Experience creating maps using AutoCAD and ArcGIS, and designing graphics using Corel Draw and similar software. Writing texts and compiling information about basic remediation projects and technical evaluation reports. Developing sections on location, hydrogeology, and geology for studies on remediating contaminated areas.

Experience creating maps using software such as AutoCAD and ArcGIS, and designing graphics using Corel Draw and similar software. Writing texts and compiling information about projects within the geographer's field of work.Acompanhamento do processo para obtenção de LAP, LAI e LAO no órgão ambiental estadual de Santa Catarina (FATMA).

Activities related to the area control sector of DNPM (National Department of Mineral Production).