DEVELOPMENT OF THE INFORMATION STRUCTURE OF THE PROJECT FOR CREATING A WEB PLATFORM TO IMPROVE THE ECOLOGICAL CULTURE OF THE POPULATION

The study focuses on developing the information structure for a web platform aimed at enhancing ecological awareness.Given increasing environmental challenges, digital solutions play a crucial role in education and engagement.This research presents a structured approach to designing a web-based system that promotes environmental responsibility through organized information dissemination, interactive tools, and user participation.Key challenges in environmental awareness and the role of digital platforms are examined.A review of existing resources highlights gaps in accessibility, interaction, and personalization.Based on findings, the proposed platform integrates data insights, real-time monitoring, and interactive learning to empower users with relevant ecological knowledge.The development follows a multi-layered architecture ensuring scalability, usability, and efficiency.The research details the technical framework, including database management, UI design, and content organization.Adaptive learning algorithms personalize content delivery based on user preferences.Gamification and community-driven features enhance engagement and knowledge retention.A prototype undergoes user testing and feedback analysis.Results indicate significant improvements in engagement and information retention compared to traditional education methods.The study concludes that a well-designed web platform effectively fosters ecological awareness and promotes sustainable practices among diverse user groups.This research contributes to environmental informatics by offering a digital ecological education model.Future work will optimize AI-driven personalization, expand content diversity, and integrate real-time impact tracking.Findings provide insights for developers, policymakers, and organizations leveraging digital solutions for sustainability.

Authors

Publication Details

Journal
Collection of Scientific Publications NUS
Published
2025-01-01
DOI
https://doi.org/10.15589/znp2025.1(499).18
Primary Topic
Engineering Education and Technology
Type
article
Field-Weighted Citation Impact
0.00
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article

DEVELOPMENT OF THE INFORMATION STRUCTURE OF THE PROJECT FOR CREATING A WEB PLATFORM TO IMPROVE THE ECOLOGICAL CULTURE OF THE POPULATION

Vadym Ziuziun, Dmytro Bredikhin
Collection of Scientific Publications NUS
Engineering Education and Technology
article

DEVELOPMENT OF THE INFORMATION STRUCTURE OF THE PROJECT FOR CREATING A WEB PLATFORM TO IMPROVE THE ECOLOGICAL CULTURE OF THE POPULATION

Vadym Ziuziun, Dmytro Bredikhin
article en

Abstract

The study focuses on developing the information structure for a web platform aimed at enhancing ecological awareness.Given increasing environmental challenges, digital solutions play a crucial role in education and engagement.This research presents a structured approach to designing a web-based system that promotes environmental responsibility through organized information dissemination, interactive tools, and user participation.Key challenges in environmental awareness and the role of digital platforms are examined.A review of existing resources highlights gaps in accessibility, interaction, and personalization.Based on findings, the proposed platform integrates data insights, real-time monitoring, and interactive learning to empower users with relevant ecological knowledge.The development follows a multi-layered architecture ensuring scalability, usability, and efficiency.The research details the technical framework, including database management, UI design, and content organization.Adaptive learning algorithms personalize content delivery based on user preferences.Gamification and community-driven features enhance engagement and knowledge retention.A prototype undergoes user testing and feedback analysis.Results indicate significant improvements in engagement and information retention compared to traditional education methods.The study concludes that a well-designed web platform effectively fosters ecological awareness and promotes sustainable practices among diverse user groups.This research contributes to environmental informatics by offering a digital ecological education model.Future work will optimize AI-driven personalization, expand content diversity, and integrate real-time impact tracking.Findings provide insights for developers, policymakers, and organizations leveraging digital solutions for sustainability.

Collection of Scientific Publications NUS(1(499))
Life in Land
Openalex Percentile: Top 86%
Engineering Education and Technology
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