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da Silva, F. M., F. G. Teixeira, and P. Maldonado, "INSPÆDIA, INSPIRING A COLLABORATIVE INTELLIGENCE NETWORK: DESIGNING THE USER EXPERIENCE", 5th International Conference on Applied Human Factors and ErgonomicsProceedings of the 5th AHFE Conference 19-23 July 2014, vol. 1, Cracóvia, pp. 463 - 472, 2014. Abstract

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Câmara, A., F. G. Teixeira, J. P. Duarte, L. Ferrão, M. Passos, N. Correia, P. Maldonado, and P. E. Correa, "Inspædia: [Almost] Everything About Simplicity, Playfulness and Inspiration", Advances in Ergonomics Modeling, Usability & Special Populations, vol. 486: Springer, pp. 231 - 243, 2016, 2017. Abstract

The aim of this paper is to disclose the new research developments and the results from the systematization of experience and user interaction with the Inspaedia (a new web knowledge " Agora "), to inspire a dynamic, collaborative, and interactive intelligence among the inspaediers. We will explain in detail and describe the design process and discuss the ultimate design interaction concept and development regarding (almost everything about) simplicity and playfulness of the inspaediers' experience to transform relevant information (related > mean-full > useful) in productive knowledge (inspiration > insight > foresight) in a very easy and quick way (usability: learnability; understandability; operability; attrac-tiveness…), with a smile in the face (satisfaction) and a wow in the mind (or in the soul).

Teixeira, F. G., R. P. da Silva, and T. K. L. da Silva, "A INTEGRAÇÃO DE OBJETOS DE APRENDIZAGEM À ABORDAGEM COGNITIVISTA NO ENSINO DE ENGENHARIA", XXXV Congresso Brasileiro de Educação em EngenhariaAnais do Cobenge 2007, Curitiba, pp. - , 2007. Abstract
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Teixeira, F. G., L. Roldo, M. C. G. Curtis, R. P. da Silva, S. L. dos Santos, T. Obando, and T. L. K. da Silva, "INTERDISCIPLINARIDADE E INTERAÇÃO DOCENTE NA GRADUAÇÃO EM DESIGN", GRAPHICA 2013 - X International Conference on Graphics Engineering for Arts and DesignAnais..., vol. 1, Florianópolis, pp. 1 - 15, 2013. Abstract

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Andrade, R. M., F. G. Teixeira, and J. J. de Jacques, "A interface entre o desenvolvimento sustentável e o avanço tecnológico", Encontro de Sustentabilidade em ProjetoAnais [do] ENSUS 2018, vol. III, FlorianópolisFlorianópolis, UFSC/VIRTUHAB, pp. 581 - 590, 2018. Abstract

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Teixeira, F. G., and J. L. F. Aymone, "INTERFACE GRÁFICA PARA GERAÇÃO DE MODELOS DE MATRIZES DE CONFORMAÇÃO MECÂNICA", GRAPHICA 2000 - III Congresso Internacional de Engenharia Gráfica nas Artes e no DesenhoGRAPHICA 2000, Ouro Preto, pp. - , 2000. Abstract
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Teixeira, F. G., R. P. da Silva, and T. K. L. da Silva, "A LEARNING ENVIRONMENT FOR TEACHING OF DESCRIPTIVE GEOMETRY", ICEE99 - International Conference on Engineer EducationICEE99 - Proceedings, Ostrava-Praga, pp. - , 1999. Abstract
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Teixeira, F. G., R. P. da Silva, and T. K. L. da Silva, "LEARNING OBJECTS: AN APPROACH IN ENGINEERING EDUCATION IN A COGNITIVE PERSPECTIVE", ICEE 2007 - International Conference on Engeneering EducationProceedures of ICEE 2007, Coimbra, pp. - , 2007. Abstract
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Brendler, C. F., F. G. Teixeira, and R. C. Pinheiro, "Método de Design Virtual para cirurgias de reconstrução auricular", Tecnologia Assistiva: Pesquisa e Conhecimento - II, Bauru, Canal 6 Editora, pp. 52 - 1, 2018. Abstract

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Brendler, C. F., and F. G. Teixeira, "Método para obtenção de medidas antropométricas utilizando um digitalizador 3D de baixo custo", Design e Tecnologia, vol. 6, issue 11, pp. 53 - 67, 2016. AbstractFull Text

The aim is to develop a method for obtaining anthropometric parameters using a low cost three-dimensional digitizer. The research methodology is divided in five steps: literature review; collection and analysis of anthropometric data using the direct method and also the development of the indirect method for obtaining anthropometric measurements; comparison and data analysis; discussion of results and the completion of the research. The digitization process developed it is based on Microsoft Kinect, a low-cost device, and also on the software kscan3D. For the anthropometric collection from the three-dimensional model is used Autodesk 3D Studio Max. This research presents requirements and constraints for generate the three-dimensional model in order to obtain a mesh with satisfactory precision. It is presented a flowchart to guide the implementation of the developed method in the design process as well as a summary table containing guidelines for this application. The developed method achieved 97.96% of compatibility considering the results of the measured variables in relation to the direct method. These results were obtained with an exposure time of the individual of only 3 minutes and 28 seconds, which is less than the time required in the direct method – 1 hour and 12 minutes. This demonstrates one major contribution of the developed method.