Research on the Construction of the Professional Comprehensive Quality Training System for Excellent Field Engineers from the Perspective of New Quality Productive Forces

Driven by new quality productive forces, the digital industry demands higher professional competencies from talent. Addressing the pain points in traditional industry-education integration talent cultivation models—such as fragmented school-enterprise collaboration and insufficient practical training—this study constructs a comprehensive training system for excellent field engineers, encompassing a “three-dimensional competency model, four-stage practical training system, and five-dimensional guarantee mechanism.” The system employs technologies such as blockchain-based credentialing and digital profiling to achieve precise process management. The research provides solutions for advancing the digital transformation of vocational education and supports the cultivation of high-quality engineering talent under the demands of new quality productive forces.

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Publication Details

Journal
Lecture Notes in Education Arts Management and Social Science
Published
2025-04-26
DOI
https://doi.org/10.18063/lne.v3i3.814
Primary Topic
Technology Assessment and Management
Type
article
Field-Weighted Citation Impact
0.00
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article

Research on the Construction of the Professional Comprehensive Quality Training System for Excellent Field Engineers from the Perspective of New Quality Productive Forces

Yong Lv, Yan Huang, Zhong Ying
Lecture Notes in Education Arts Management and Social Science
Technology Assessment and Management
article

Research on the Construction of the Professional Comprehensive Quality Training System for Excellent Field Engineers from the Perspective of New Quality Productive Forces

Yong Lv, Yan Huang, Zhong Ying
article en

Abstract

Driven by new quality productive forces, the digital industry demands higher professional competencies from talent. Addressing the pain points in traditional industry-education integration talent cultivation models—such as fragmented school-enterprise collaboration and insufficient practical training—this study constructs a comprehensive training system for excellent field engineers, encompassing a “three-dimensional competency model, four-stage practical training system, and five-dimensional guarantee mechanism.” The system employs technologies such as blockchain-based credentialing and digital profiling to achieve precise process management. The research provides solutions for advancing the digital transformation of vocational education and supports the cultivation of high-quality engineering talent under the demands of new quality productive forces.

Lecture Notes in Education Arts Management and Social ScienceVol. 3(3)
Institute of Economics (CN)
Industry, innovation and infrastructure
Openalex Percentile: Top 83%
Technology Assessment and Management
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