Characteristic Reform of the Curriculum System of Toy Design and Manufacturing Major in Applied Colleges and Universities
Download PDF
$currentUrl="http://$_SERVER[HTTP_HOST]$_SERVER[REQUEST_URI]"

Keywords

Toy design and manufacturing
Curriculum system
Posts core competence
Professional course group

DOI

10.26689/erd.v6i3.6636

Submitted : 2024-03-25
Accepted : 2024-04-09
Published : 2024-04-24

Abstract

Through extensive and in-depth research and demonstration, this study has clarified the professional positioning and talent training objectives of toy design and manufacturing in application-oriented colleges and universities, created professional curriculum groups according to the curriculum structure required by the core competence of vocational posts, built high-quality professional core courses, training packages, and standard curriculum systems around the core competence of posts, and introduced practical projects combined with engineering characteristics. Focusing on the training objectives of high-quality technical skills to improve students’ practical skills, the formation of “teaching-learning-doing” integration of a characteristic course system has achieved remarkable results.

References

Zhang L, 2015, Function Follows Gender: Mapping Gender Identity in Children’s Toy Design. Decoration, 2015(6): 14–20.

Yin H, Liu Y, 2022, Teaching Practice and Thinking of Product Design Course for Engineering Industrial Design Majors. Decoration, 2022(12): 107–112.

Wu Z, 2020, Practice and Teaching Reform of Industrial Design Major in Applied Undergraduate Colleges—Review of Introduction to Industrial Design. Exploration of Higher Education, 2020(3): 145.

Liang X, Tan L, Pan Y, et al., 2021, Research on the Construction of Innovation Ability Training System for Industrial Designers Based on TRIZ. Science and Technology Management Research, 41(17): 12–18. http://doi.org/10.3969/j.issn.1000-7695.2021.17.002

Bu L, Li H, Gao H, 2023, Teaching Reform and Practice of “Design Expression” Course for Industrial Design Major. Industrial Design, 2023(7): 84–87.

Chen L, Xu M, Luan X, et al., 2023, Research on the Integration of Excellent Traditional Chinese Culture into Ideological and Political Education of Industrial Design Major Course in Colleges and Universities. Journal of Higher Education, 9(6): 193–196.

Liu G, Pan T, 2023, Research on Interactive Toy Design for Children with Autism Spectrum Disorder Based on Emotion Understanding. Industrial Design, 2023(5): 60–62.

Zhang Y, 2022, Research on Curriculum Optimization of Interactive Design for Industrial Design Majors Based on Interdisciplinary Integration. Development of Educational Sciences, 4(1): 127–129.

Yan C, Liu Y, 2010, Construction of “Computer-Aided Industrial Design” Curriculum System with Innovative Design as the Core. Journal of Engineering Graphics, 2010(4): 142–145.

Liu J, Liu Y, 2019, Construction of Practical Teaching System of Industrial Design Major Curriculum Under the Concept of OBE-CDIO. Journal of Graphics, 2019(2): 416–421.

Yuan W, Ruan G, 2022, Research and Practice on Constructing a Discipline Competition Innovation Ability Training System Based on TRIZ Theory. Innovation and Entrepreneurship Theory Research and Practice, 2022(20): 166–169, 173.

Wang Y, Kan F, Fu Y, 2015, Research on Curriculum System Reform of Industrial Design Basic Education in Engineering Colleges. Heilongjiang Higher Education Research, 2015(11): 3. http://doi.org/10.3969/j.issn.1003-2614.2015.11.048

Cai X, 2019, Research on Curriculum System Reform of Industrial Design Major Suitable for Training Innovative Talents. Educational Arts, 2019(10): 66.

Chen L, 2022, Exploration and Practice of Ideological and Political Teaching in Industrial Design Major Course—Taking Introduction to Design Course as an Example. Design, 35(5): 87–89.

Li S, Zhou H, Li Y, et al., 2022, Research on Curriculum System of Industrial Design Major Based on Knowledge Construction. Education and Teaching Forum, 2022(49): 9–12.