ABORDAGENS PARA DESENVOLVIMENTO DE APLICATIVOS MÓVEIS PARA GESTAO DA EDUCAÇÃO: revisão integrativa

Resumo: O objetivo do presente estudo é sistematizar o conhecimento das principais abordagens utilizadas para o desenvolvimento de aplicativos móveis para gestão da educação, utilizando como método uma revisão integrativa da literatura de estudos publicados nas bases de dados Scielo, ACM DL e IEEE Xplore, no período de 2014 a 2019. Através desse foram selecionados para análise 337 artigos. Como resultados foram identificadas as principais abordagens para desenvolvimento de aplicativos móveis na área de gestão da educação descritos nos artigos foram: abordagens para desenvolvimento nativo, Web e híbrida, concluindo-se um significativo aumento no número de aplicativos para dispositivos móveis desenvolvidos utilizando abordagem híbrida em detrimento da abordagem nativa. Palavras-Chave: Aplicativos móveis. Aplicação de informática educacional. Gestão Educacional. Tecnologia da informação

Development of an app for compressible flow “App4Comp”

In this paper is discussed the development and operation of a new Android App made through Google’s platform App Inventor 2. This App is focused on solving classic problems related to compressible flow, dealing with the typical cases seen in the subject of Fluid Mechanics of a degree in Aeronautics. It is downloadable from [1], or through the QR code at the end of this paper. The main objective of this project was to bring in a new, useful app about compressible flow to the market, but also to test the platform App Inventor and see it usefulness in engineering applications.Peer ReviewedPostprint (published version

Development of an app for compressible flow “App4Comp”

In this paper is discussed the development and operation of a new Android App made through Google’s platform App Inventor 2. This App is focused on solving classic problems related to compressible flow, dealing with the typical cases seen in the subject of Fluid Mechanics of a degree in Aeronautics. It is downloadable from [1], or through the QR code at the end of this paper. The main objective of this project was to bring in a new, useful app about compressible flow to the market, but also to test the platform App Inventor and see it usefulness in engineering applications.Peer Reviewe

Estudio del desarrollo de una nueva aplicación Android para flujo compresible “App4Comp”

The aim of the project is to develop a new Android App for compressible flow, as adiabatic and isentropic steady flow, normal-shock wave, operation of converging and diverging nozzles and compressible duct flow with friction. The App will establish a well-based guide to standard compressible fluid-dynamic applications in Engineering. The App will be program in free code. Thus, the project intends to: -         Study all free Android Apps related to compressible flow -        Develop a new free Android App for compressible fluid-dynamic applications -         Prepare an introductory and user guide to the App with solved standard fluid dynamic applications to the beginners, specially bachelor students-         Practice in developing engineering projects with the application by combining technical work with economic and environmental aspectsThe main tasks to be carried out in this project will be to: -         Edit current Android Apps with description, pros and cons. -        Study the free software available to program the Android App -       Work in the development of the program of the App for compressible flow, as adiabatic and isentropic steady flow, normal-shock wave, operation of converging and diverging nozzles and compressible duct flow with friction -        Analyse of fluid simulations involving real engineering problems -        Prepare a basic guide including explanations and detailed considerations in order to prepare potential users and new learners, specially bachelor students -         Determine feasibility of the engineering project to be carried out -         Study the socio-economics aspects in fluid dynamics applications solved by the App and fields of interes

Estudio del desarrollo de una nueva aplicación Android para flujo compresible “App4Comp”

The aim of the project is to develop a new Android App for compressible flow, as adiabatic and isentropic steady flow, normal-shock wave, operation of converging and diverging nozzles and compressible duct flow with friction. The App will establish a well-based guide to standard compressible fluid-dynamic applications in Engineering. The App will be program in free code. Thus, the project intends to: -         Study all free Android Apps related to compressible flow -        Develop a new free Android App for compressible fluid-dynamic applications -         Prepare an introductory and user guide to the App with solved standard fluid dynamic applications to the beginners, specially bachelor students-         Practice in developing engineering projects with the application by combining technical work with economic and environmental aspectsThe main tasks to be carried out in this project will be to: -         Edit current Android Apps with description, pros and cons. -        Study the free software available to program the Android App -       Work in the development of the program of the App for compressible flow, as adiabatic and isentropic steady flow, normal-shock wave, operation of converging and diverging nozzles and compressible duct flow with friction -        Analyse of fluid simulations involving real engineering problems -        Prepare a basic guide including explanations and detailed considerations in order to prepare potential users and new learners, specially bachelor students -         Determine feasibility of the engineering project to be carried out -         Study the socio-economics aspects in fluid dynamics applications solved by the App and fields of interes