Exploring Diversified Teaching Methods in the Fundamentals of Materials Science and Engineering Course Guided by Computer Simulation

Authors

    Liang Chen, Qian Wang, Xiaolin Xie, Lei Xiong School of Materials Science and Engineering, Nanchang Hangkong University, Nanchang 330063, Jiangxi Province, China School of Environmental and Chemical Engineering, Nanchang Hangkong University, Nanchang 330063, Jiangxi Province, China School of Materials Science and Engineering, Nanchang Hangkong University, Nanchang 330063, Jiangxi Province, China School of Materials Science and Engineering, Nanchang Hangkong University, Nanchang 330063, Jiangxi Province, China

Keywords:

Materials science and engineering, Computer simulation, Innovation and entrepreneurship, Diversified teaching exploration

Abstract

Materials Science and Engineering is a fundamental course for materials-focused majors in higher education institutions, encompassing a broad spectrum of knowledge systems. Traditional teaching methods often struggle to achieve optimal results. To address this, we have implemented reforms in the theoretical course of Materials Science and Engineering, guided by computer simulation and aligned with the goals of fostering innovation and entrepreneurship. These reforms span teaching content, teaching methodology, assessment criteria, and the integration of research. Our findings reveal that incorporating computer simulation into classroom instruction not only effectively bridges scientific research resources with traditional teaching practices but also boosts students’ engagement, enhances classroom efficiency, and ensures a comprehensive grasp of the fundamentals of materials science and engineering.

References

Ministry of Education, 2018, Declaration on First-Class Undergraduate Education (“Chengdu Declaration”). China University Teaching, 6: 4–5.

Xie F, Wu L, 2020, Rethinking Entrepreneurship Education in Universities. Jiangsu Higher Education, 4: 91–95.

Liang H, Xiong L, Zhou J, et al., 2019, Teaching Reform and Exploration of Polymer Physics Course under the Background of Innovation and Entrepreneurship. Journal of Nanchang Hangkong University (Natural Science Edition), 33(1): 112–116.

Hou Y, Lin W, 2015, The Internal Coupling and Implementation Path of Entrepreneurship Education and the Transformation of Local Undergraduate Colleges. Higher Education Exploration, 2: 40–44.

Gielnik MM, Frese M, Kahara-Kawuki A, et al., 2015, Action and Action-Regulation in Entrepreneurship: Evaluating a Student Training for Promoting Entrepreneurship. Academy of Management Learning and Education, 14(1): 69–94.

Qin J, Li H, Chen X, 2020, Research on the Integration Strategy of New Engineering and Innovation and Entrepreneurship Education in Western Universities. Journal of Chongqing University of Arts and Sciences, 39(2): 119–132.

Li Y, Zhai H, 2018, Research and Practice on the Teaching Model Reform of “Fundamentals of Materials Science” in Small Classes. North China Institute of Aerospace Engineering, 28(5): 45–47.

Fu X, 2017, Exploring Effective Teaching Methods for Fundamentals of Materials Science. China Metallurgical Education, 183(6): 8–9.

Zhang X, Tang D, 2019, Model Innovation of Information Technology-Assisted Teaching Activities. China University Teaching, 12: 54–60.

Wei W, Chen L, Gong HR, et al., 2019, Strain-Stress Relationship and Dislocation Evolution of W-Cu Bilayers from a Constructed n-body W-Cu Potential. Journal of Physics: Condensed Matter, 31: 305002.

Yang J, Fan Q, Yin S, 2015, Application of Diamond Software in the Teaching of “Fundamentals of Materials Science.” Journal of Leshan Normal University, 30(4): 108–110.

Wen G, Bao X, Chen Y, et al., 2013, Application of Professional Software in the Teaching of “Fundamentals of Materials Science.” Journal of Suzhou University, 28(10): 89–93.

Li G, Liu Y, Wang L, 2018, Role Orientation and Classroom Innovation of University Teachers under the Flipped Classroom Teaching Model. China University Teaching, 5: 69–72.

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Published

2023-06-16