Design Thinking, problem dimension

an analysis of methodologies and active tools to support the teaching of classical thermodynamics

Authors

DOI:

https://doi.org/10.5433/2236-2207.2023.v14.n2.48458

Keywords:

thermodynamics, teaching-learning, active tools

Abstract

The knowledge associated with thermodynamics is present in the most diverse branches of science and engineering. However, there is a high difficulty in the teaching-learning process of this theme. In this context, an interdisciplinary team was formed to investigate problems related to the teaching-learning process of thermodynamics, through the methodological approach of Design Thinking (immersion phase). The article deals with the procedures performed and related to the dimension of the problem. It was concluded that there are more internal factors that hinder the teaching-learning process and as for external factors, it is clear that games are active tools that work, motivate and bring engagement to learning.

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Author Biographies

Ruthinéia Jéssica Alves do Nascimento, Universidade do Sul e Sudeste do Pará (Unifesspa)

Adjunct Professor at the Federal University of the South and Southeast of Pará at the Institute of Geosciences and Engineering, she has academic training at the undergraduate and graduate department in chemical engineering at the Federal University of Rio Grande do Norte. Has experience in the area of ​​Chemical Engineering, with emphasis on monitoring and instrumentation of Bioprocesses, processes for obtaining 2nd generation ethanol and product development. Currently, he works mainly on the following topics: Monitoring of Bioprocesses, Chemometrics, development of engineering products and development of educational technologies.

Vinicius Vescovi, Federal University of the South and Southeast of Pará

Professor at the University of South and Southeast Pará, based at the Institute of Geosciences and Engineering. He serves as a permanent member of the Professional Master's Program in Forensic Sciences. He holds a degree in Chemical Engineering from Faculdade de Aracruz (2009), a Master's in Chemical Engineering from the Federal University of São Carlos and a PhD in Chemical Engineering from the Federal University of São Carlos.

Carolayne Ferreira de Almeida, Universidade Federal do Sul e Sudeste do Pará

Undergraduate student in the undergraduate course in chemical engineering at the Federal University of South and Southeast Pará.

Filipe da Silva Maia, Federal University of Maranhao

Undergraduate student in the graduation course in Design at the Federal University of Maranhão.

Fabiane Rodrigues Fernandes, Federal University of Maranhao

Adjunct Professor at DEDET/CCET/UFMA. Coordinates LABDesign [@labdesign.ufma] with an emphasis on experience and innovation. Leader of the research group LABDesign - experience and innovation. PhD in Design from FAAC - UNESP/Bauru (2017). Master in Design from FAAC - UNESP/Bauru (2013). Specialization in Project Management by Anhanguera/Rio Claro (2010). Graduated in Industrial Design from the Federal University of Maranhão (2005). She was Associate Professor I of the Department of Technology in Graphic Design at the Faculty of Communication and Informatics (FCI) at UNIMEP/Campus Taquaral (Piracicaba/SP) and FAAL (Limeira/SP) for 8 years. Has experience in Ergonomic Design and Human-Technological Interface, with emphasis on: Web Design, Visual Thinking, Information Design, User Experience (UX) and Usability. Author of the books: Information Design: basis for the discipline in the Design & The State and Design course: from style to a strategic business tool. Member of the Scientific Committee of Projética Magazine (ISSN: 2236-2207), Member of the Scientific Committee of Design e Tecnologia Magazine (ISSN: 2178-1974), Member of the Scientific Committee of e-Revista Logo (ISSN: 2238-2542), Member Member of the Scientific Committee of the Journal Human Factor in Design (ISSN: 2316-7963), Member of the Scientific Committee of the Journal of Research and Psychosocial Practices (ISSN: 1809-8908) and Member of the Scientific Committee of the Journal of Modapalavra (ISSN: 1982-615X)

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Published

2023-11-06

How to Cite

Alves do Nascimento, R. J., Vescovi, V., Ferreira de Almeida, C., da Silva Maia, F., & Rodrigues Fernandes, F. (2023). Design Thinking, problem dimension: an analysis of methodologies and active tools to support the teaching of classical thermodynamics. Projetica, 14(2), 30. https://doi.org/10.5433/2236-2207.2023.v14.n2.48458

Issue

Section

Design: Educação, Cultura e Sociedade