Using Pilot Plants as a Didactic Resource to Facilitate the Acquisition of Technical Competences in the Urban Water Cycle in Vocational and Higher Education

The technical training associated with urban water cycle management has a markedly multidisciplinary character. In Spain, training in this field to cover the different professional profiles involved in urban water management ranges from specific intermediate and higher Vocational Education and Training Programmes to related subjects included in various university degrees, as well as specialised master’s degrees in a very specific discipline involved in water management. Paradoxically, the companies in the sector are finding it difficult to find intermediate and higher technicians with training in line with their current needs to meet the challenges they must face in order to manage the sewerage and supply networks as efficiently as possible. It is necessary to incorporate, in Vocational Education centres, innovative methods and means that facilitate the acquisition of the skills required by key sectors for sustainability, such as urban water management. The incorporation of resources that help students to understand complex concepts in this field through the operation of pilot-scale equipment and installations that simulate those they will encounter in their professional performance can be of great value in facilitating the acquisition of the desired competences. In this work, a bibliographical review of the use of pilot plants for teaching purposes, in relation to technical aspects involved in the field of urban water management circumscribed to urban supply and sanitation networks, is carried out in order to assess the degree of their implementation as a training resource, which aspects are most frequently addressed, and the contribution they make to the improvement of teaching–learning processes.

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Journal
Water
Published
2025-02-26
DOI
https://doi.org/10.3390/w17050675
Primary Topic
Experimental Learning in Engineering
Type
article
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article

Using Pilot Plants as a Didactic Resource to Facilitate the Acquisition of Technical Competences in the Urban Water Cycle in Vocational and Higher Education

Carlos Rizo-Maestre, Joaquín Martínez‐López, Albert Canut-Montalva
Water
Experimental Learning in Engineering
article

Using Pilot Plants as a Didactic Resource to Facilitate the Acquisition of Technical Competences in the Urban Water Cycle in Vocational and Higher Education

Carlos Rizo-Maestre, Joaquín Martínez‐López, Albert Canut-Montalva
article en

Abstract

The technical training associated with urban water cycle management has a markedly multidisciplinary character. In Spain, training in this field to cover the different professional profiles involved in urban water management ranges from specific intermediate and higher Vocational Education and Training Programmes to related subjects included in various university degrees, as well as specialised master’s degrees in a very specific discipline involved in water management. Paradoxically, the companies in the sector are finding it difficult to find intermediate and higher technicians with training in line with their current needs to meet the challenges they must face in order to manage the sewerage and supply networks as efficiently as possible. It is necessary to incorporate, in Vocational Education centres, innovative methods and means that facilitate the acquisition of the skills required by key sectors for sustainability, such as urban water management. The incorporation of resources that help students to understand complex concepts in this field through the operation of pilot-scale equipment and installations that simulate those they will encounter in their professional performance can be of great value in facilitating the acquisition of the desired competences. In this work, a bibliographical review of the use of pilot plants for teaching purposes, in relation to technical aspects involved in the field of urban water management circumscribed to urban supply and sanitation networks, is carried out in order to assess the degree of their implementation as a training resource, which aspects are most frequently addressed, and the contribution they make to the improvement of teaching–learning processes.

WaterVol. 17(5)
University of Alicante (ES)
Openalex Percentile: Top 96%
Experimental Learning in Engineering
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