Study goals
This study aims to develop an artificial intelligence-based methodology to optimize schedule management in electric distribution projects, prioritizing projects based on size and deadline, and efficiently allocating resources.
Relevance / originality
The increasing complexity of energy distribution projects demands innovative approaches to ensure quality and timely delivery. The fuzzy methodology offers an effective solution, integrating prioritization and resource allocation in a multi-variable environment.
Methodology / approach
Utilizing fuzzy logic and a Python tool, we develop a methodology that combines project prioritization with efficient resource allocation. The tool estimates priority based on size and deadline, identifying highly efficient contributors for priority projects.
Main results
The methodology provides objective and automated prioritization, enhancing the planning and monitoring of schedules. Results demonstrate that the fuzzy approach optimizes project managers' decision-making and ensures deadline compliance.
Theoretical / methodological contributions
This study contributes by introducing an innovative schedule management approach that integrates fuzzy logic, prioritization, and efficient resource allocation. The methodology offers a solid foundation for optimizing planning and decision-making processes.
Social / management contributions
Implementation of this methodology can reduce penalties for contractual breaches and ensure timely, quality deliveries in electric distribution projects. This strengthens project management and contributes to operational efficiency and customer satisfaction.