Design of a Hardware Prototype with Block Programming to Develop Computational Thinking in Recently Admitted Engineering Students

Ronald Paucar-Curasma; Abraham Gamarra-Moreno; David Rondon; Roberto Unsihuay Tovar; Freddy Toribio Huayta-Meza

Design of a Hardware Prototype with Block Programming to Develop Computational Thinking in Recently Admitted Engineering Students

Ronald Paucar-Curasma, Abraham Gamarra-Moreno, David Rondon, Roberto Unsihuay Tovar, Freddy Toribio Huayta-Meza

Departamento Académico de Estudios Generales

Producción científica: Contribución a una revista › Artículo de la conferencia › revisión exhaustiva

Resumen

In the context of university education, students should start their engineering careers with computational thinking and problem-solving skills. This article proposes the design of a hardware prototype with block programming to develop computational thinking skills in recently admitted engineering students. The prototype consists of two components: hardware and software. The hardware component consists of 6 electronic sensors and 5 output devices. The software component is based on a block programming environment; this programming environment is essential for students starting the engineering career; even more so for students who come from rural areas, with limitations in the use of ICT.

Idioma original	Inglés
Páginas (desde-hasta)	111-117
Número de páginas	7
Publicación	CEUR Workshop Proceedings
Volumen	3353
Estado	Publicada - 2023
Evento	2022 International Congress of Trends in Educational Innovation, CITIE 2022 - Arequipa, Perú Duración: 8 nov. 2022 → 10 nov. 2022

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abstract = "In the context of university education, students should start their engineering careers with computational thinking and problem-solving skills. This article proposes the design of a hardware prototype with block programming to develop computational thinking skills in recently admitted engineering students. The prototype consists of two components: hardware and software. The hardware component consists of 6 electronic sensors and 5 output devices. The software component is based on a block programming environment; this programming environment is essential for students starting the engineering career; even more so for students who come from rural areas, with limitations in the use of ICT.",

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Design of a Hardware Prototype with Block Programming to Develop Computational Thinking in Recently Admitted Engineering Students. / Paucar-Curasma, Ronald; Gamarra-Moreno, Abraham; Rondon, David et al.
En: CEUR Workshop Proceedings, Vol. 3353, 2023, p. 111-117.

Producción científica: Contribución a una revista › Artículo de la conferencia › revisión exhaustiva

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AU - Huayta-Meza, Freddy Toribio

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AB - In the context of university education, students should start their engineering careers with computational thinking and problem-solving skills. This article proposes the design of a hardware prototype with block programming to develop computational thinking skills in recently admitted engineering students. The prototype consists of two components: hardware and software. The hardware component consists of 6 electronic sensors and 5 output devices. The software component is based on a block programming environment; this programming environment is essential for students starting the engineering career; even more so for students who come from rural areas, with limitations in the use of ICT.

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Design of a Hardware Prototype with Block Programming to Develop Computational Thinking in Recently Admitted Engineering Students

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