Nargiz Kurumbayeva

Committee for Regulation, Protection and Use of Water Resources. Contributed to the development of normative legal acts in the field of water regulation. Coordinated with regional Basin Inspections. Reported progress.

Participated in the development of spatial data standards. Worked on republic scale projects.

Consulted on geospatial strategy for an XR project, advising on optimal data integration and visualization approaches. Modeled 3D cityscapes of key locations for immersive XR environments, using CityEngine, Blender, Unity and OpenStreetMap data. Prototyped and tested multiple methodologies to enhance the efficiency of spatial data collection and the clarity of 3D visualization.

Collected and processed data for indoor navigation. Performed flood analysis, visualisation, and modelling. Worked in 3D modelling software.

(Space Center) Center of GIS and Service. Filtered, edited, and visualised engineering network and spatial administrative data. Decoded information from spatial imagery for agriculture purposes.

At the Department of Production, Technology, and Accountancy: Accepted and calculated work progress. Entered materials into the estimating system. At the BI Lab Research Center: Researched and reported current innovations for building materials and construction At the Department for Safety and Protection of Labour and the Environment: Conducted safety instructions. Wrote articles for the social account on the issue of safety on the construction site.

Collected data for city and rural area (PoIs). Edited, published for HERE Maps.

Digitalised remote sensing and related geodata.

Master’s Thesis "Developing Gaze-based Map Interactions in Mixed Reality Devices" Developed and evaluated novel gaze-based interactions for map manipulation in Mixed Reality. Designed and executed an experimental study comparing gaze-based, conventional, and gaze-aware interfaces.

Bachelor’s Thesis "The use of GIS Technology Application in Forecasting Floods" Applied GIS-based 3D surface modeling to analyze flood inundation zones and design protective hydraulic structures for the Irtysh River in East Kazakhstan. The project involved developing a methodological framework for assessing flood risks using virtual terrain models.