ГИС и ДЗЗ аналитик (координатор) экологического проекта - 1684

Ability to plan your time and work independently.
Ability to learn and master new directions, technologies, techniques, software, materials, equipment, cars and equipment, etc.
Planning stages and blocks of work, writing technical specifications to achieve the expected result of the project.
Search, selection, analysis of proposals, reasoned choice, negotiations with representatives of organizations and specialists.
Ability to use and analyze facts for early detection of changes in the course of events.
Ability to find a common language with diverse experts, providing technical and psychological support.
Drawing up training courses and conducting specialized trainings for training and adaptation of experts to the specifics of the project.
Maintaining a positive balance in the event of conflict and stressful situations, analyzing the causes and restoring a healthy psychological atmosphere.
Development of the concept, structure and filling of the project geodatabase.
Development of new techniques and solving non-standard problems.
Analysis and adaptation in GIS of large volumes of heterogeneous cartographic information from the field of geology, hydrogeology, hydrology, soil science, land reclamation, ecology, hydraulic engineering, engineering geology, botany, ornithology, forestry, as well as social, technical and related sciences.
Preparation of raster, tabular, field, distance and other data for their adaptation to GIS:
Data generalization and analysis, development of the structure of attribute tables, names, encodings, scanning, processing, registration, vectorization, topology checking, filling attribute tables with semantic information, forming layers using SQL queries.
Development and organization of survey and monitoring systems, route planning, placement of sampling points, creation of stationary posts / wells, soil sampling, measurements of groundwater levels, a set of standards for the classification of satellite images, etc.
Analysis of multispectral satellite images - controlled and uncontrolled classification in order to identify types of vegetation, species composition of forests, the percentage of humus in open ground, etc.
Calculation of spectral indices - NDVI, etc.
Construction of maps of distributions of geological, ecological, social, political, historical and other indicators.
Analysis of the distribution in space and time, the establishment of relationships between indicators.
Search for inhomogeneities and anomalies, finding out the reasons for their occurrence.
Analysis of digital elevation models, determination of maximum illumination, surface inclination angles, catchment areas, etc.
Preparation and adaptation of diverse spatial data for spatial modeling.
Creation of TIN and GRID surfaces, reclassification, assignment of weight coefficients, etc.
Three-dimensional hydrogeological modeling of various scenarios of the position of groundwater levels in peatbog massifs, calculation of the thickness of the aeration zone under different natural conditions (surface water levels, amount of precipitation, etc.).
GIS analysis for the selection of project sites in the presence of heterogeneous factors, conditions and criteria - natural, technical, political, socio-economic, etc.
Spatial modeling and analysis of the combined influence of factors on location, semantics and weighting factors to determine hidden risks, areas of potential development of negative processes - land degradation, flooding, detection of hidden risks, etc.
Application of the results of regression analysis in spatial form to calculate greenhouse gas emissions, humus content, etc.
Building geoinformation models for decision support, etc.
Preparation and writing of reports, articles, books, presentations, map design, preparation of materials for printing.
Presentation of the results of work and projects at seminars, conferences, in public, scientific, economic and political communities.