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The aim of this study was to develop a flight developer for an unmanned aeronautical vehicle (UAV) with copyright technology. The project takes into account several aspects of Mechanical Engineering, as well as knowledge of aircraft dynamics, remote control, sensing and electronics, composing a multidisciplinary work of Electronics, Mechatronics and Aeronautical Engineering. In this project, the UAV is divided into its fundamental components: structure/base , engines, propellers, flight controllers, batteries, sensors and radio, each one being studied and specified for the integration of a full system. Simulation tools and calculation softwares are used to estimate the main features of the final product. We presume that this article serves as a reference for a drone project in general and a guide to the physical production of such a drone, from the initial design with specifications to the selection and integration of components for future work and research projects, becoming a valuable tool of great added value.

The Attention Deficit Hyperactivity Disorder is a syndrome characterized by distraction, impulsivity, forgetfulness and disorganization. The diagnosis requires considerable care and experience. There are multiples approaches to treatments available, which can be used in combination to meet specific needs. In the academic field, virtual learning environment emerges as a watershed in the life and destiny of students who suffer from the disorder. The objective of this study is to promote digital inclusion for students with ADHD, through a virtual learning environment, in web platform, which will provide tools able to attract attention and stimulate interest in academic activities, aiming to generate significant changes in the process of student development.

One of the critical points in the framework of air transport, is the management of luggage at airports. Every year, a large number of people feel the need to travel for various reasons and that efficient management is a difficult task that needs to keep up with the growth demand in a satisfactorily. One of the problems that has not been solved is exactly the loss, misplacement or mishandling of baggage at airports, given the difficulty of the current management systems to monitor the baggage, which causes unwanted situations to life. Radiofrequency Identification Technology (RFID), integrated with an information system, presents itself as a solution to numerous daily setbacks in various segments, because its main feature is basically to capture information at a distance about some element in movement. By implementing a smart tag (tag) in each baggage, it becomes possible to trace it along the path. In order to solve this problem, the present work aims to develop a prototype software, integrated with RFID, to simulate the control of luggage at airports by means of three scenarios where luggage misplacement may occur.