Monday - Friday 8:00 - 16:30 Office Ferhadija 27, 71000 Sarajevo

 

3D Modeling and Predictive Analysis for Optimizing the Management of the Miljacka River: Towards a Sustainable Water Environment

 

3dmod

 

The project "3D Modeling and Predictive Analysis for Optimizing the Management of the Miljacka River: Towards a Sustainable Water Environment" is a research and development project aimed at improving the management strategy of the Miljacka River in accordance with the development strategy of the Sarajevo Canton for the period 2021-2027 through the application of innovative digital solutions. 

The aim of the project was to utilize three-dimensional (3D) modeling technology to identify pollution hotspots, assess their causes, and propose remediation strategies, ultimately promoting the sustainability of the river's aquatic ecosystem. Initially, a two-dimensional (2D) model based on satellite imagery was created to provide a foundational understanding of the river's hydrology. This 2D model was then upgraded to a more sophisticated three-dimensional (3D) model using tools like SketchUp, Revit, and Twinmotion. The process involved integrating topographic characteristics and physical data, including length, width, and depth of the river. Additionally, the methodology included mapping significant pollution areas along the riverbed, particularly from City Hall to Otoka, to identify pollution hotspots. The identification of these hotspots involved a thorough analysis of potential pollution sources. The analysis reveals that these hotspots are primarily caused by streams and collectors, highlighting the importance of accurately pinpointing pollution sources for effective remediation. Furthermore, the study was demonstrate the capability of 3D modeling to provide detailed insights into the river's hydrology, facilitating the identification of optimal sites for algae colonization for bioremediation purposes.

The project has social and economic significance, as it is closely aligned with the Sarajevo Canton's development strategy for the period 2021-2027. Its goal is to optimize the management of the Miljacka River in accordance with the principles of sustainable development.

This project was supported by the Ministry of Science, Higher Education and Youth of Canton Sarajevo.

Team member:

madzida_hundur.jpg

Madžida Hundur, Expert Associate

Project Team Lead

TrueAId

  TrueAId TrueAId, our trustworthy AI tool with 96% accuracy, revolutionizes the...

Read More …

ERASMUS - Teaching critical thinking in science through nanolearning and virtual exchange principles

  ERASMUS - Teaching critical thinking in science through nanolearning and virtual...

Read More …

CA21139 - 3Rs concepts to improve the quality of biomedical science

  CA21139 - 3Rs concepts to improve the quality of biomedical science     A COST...

Read More …

Raising the quality of teaching with the use of advanced didactic tools and the application of AI

Raising the quality of teaching with the use of advanced didactic tools and...

Read More …

Bioinformatic Program for Mitochondrial DNA Data Analysis

Bioinformatic Program for Mitochondrial DNA Data Analysis     Analyzing the structure...

Read More …

CA22112 European Network on Livestock Phenomics

CA22112 European Network on Livestock Phenomics     As animal breeding relies on...

Read More …

MEDICON & CMBEBIH 2023

MEDICON & CMBEBIH 2023     Sarajevo hosted International Conference on Medical and...

Read More …

Its4Health  - Digital Innovation Hub 

Its4Health  - Digital Innovation Hub    About its4Health DIH its4Health in BIH is...

Read More …

Digital Transformation of the Production Process

Digital Transformation of the Production Process     With the support of the...

Read More …

CA20140 - CorEuStem: The European Network for StemCell Core Facilities (CorEuStem)

  CA20140 - CorEuStem: The European Network for StemCell Core Facilities...

Read More …

ABOUT US RESEARCH PUBLICATION NEWS CONTACT

Verlab Research Institute for biomedical engineering, medical devices and artificial intelligence

Ferhadija 27, 71000 Sarajevo, Bosnia and Herzegovina +387 (33) 56 95 40 info@verlabinstitute.com

Verlab Institute is certified by ISO 21001

Quality Policy

Cookies

We use cookies to ensure that we give you the best experience on our website. If you continue to use this site we will assume that you are happy with it