Conceptual and Mathematical Modeling in Managing a Project for Developing a Web Platform to Enhance Environmental Awareness

The article examines the conceptual and mathematical modeling of the web platform "Green Wave", designed to enhance environmental awareness among the population through interactive educational materials, informational and outreach initiatives, and community-based environmental projects. The platform's architecture is described, consisting of six main modules: user interface, content, security, database, analytics, and marketing. The interactions between these modules are analyzed to ensure the platform's efficiency and seamless integration with external systems. Mathematical models are proposed to evaluate key performance indicators, including utility coefficient, user engagement level, content effectiveness, user satisfaction rate, conversion rates, and user retention. An analysis of how these indicators change over time is conducted, allowing for the identification of trends and correlations between user activity, content quality, and marketing strategies. The findings highlight the significance of high-quality content, user engagement, and seasonal factors in the platform’s overall effectiveness. The proposed approaches can be utilized to optimize the platform’s structure and content, enhance its performance, and contribute to the sustainable development of environmental awareness.