Documentação para desenvolvimento de um sistema Web para registro de presença dos alunos do curso de Ciência e Tecnologia (C&T)

Abstract

Efficient attendance management and accurate recording of activities are essential for the proper functioning of various organizations and institutions, whether educational or business. In the context of education, business and other sectors, attendance control plays a crucial role in ensuring the safety, efficiency and transparency of operations. Faced with this need, the adoption of Web Systems dedicated to presence management emerges as a dynamic and affordable solution, providing a modern and automated approach to monitoring and recording presence. The general objective of this work is to prepare the necessary documentation to create a web attendance control system for the Science and Technology course at the Federal University of Rio Grande do Norte, aiming to authorize, monitor and record the entry and exit of individuals in the environment. classroom. The work proposes detailed documentation for the development and implementation of a presence control model in a web environment in academia, aiming to provide a comprehensive understanding for its implementation and use in the educational institution. In this context, managing attendance in large classes, such as those found in Science and Technology courses, presents significant challenges - manually making calls in rooms with a large number of students can be time-consuming, susceptible to errors and inefficient, resulting in gaps in documentation and making it difficult to track academic progress. In this context, the implementation of a specialized web system for recording attendance is crucial, automating and simplifying the process, overcoming practical challenges and contributing to improving accuracy and transparency in attendance control in Science and Technology courses. Finally, in a context where reproducibility and maintainability are crucial, planning documentation plays a fundamental role in ensuring continued operational efficiency and system adaptability to changes in the technological environment.