Innovation and Exploration of Teaching Mode for Energy and Power Engineering Driven by the OBE Concept
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Keywords

OBE education concept
Energy and power engineering
Teaching mode
Construction path

DOI

10.26689/jcer.v10i5.15051

Submitted : 2026-05-10
Accepted : 2026-05-25
Published : 2026-06-09

Abstract

Outcome-based education (OBE) takes students’ learning outcomes as the core, emphasizing goal-oriented design and continuous improvement, so as to enhance students’ learning and practical abilities. The OBE concept has injected vitality into the teaching reform of energy and power engineering, advocating employment-oriented orientation, optimizing teaching objectives, continuously improving teaching modes, perfecting teaching evaluation systems, and comprehensively improving curriculum teaching quality. This paper analyzes the construction principles of the teaching mode for energy and power engineering under the OBE concept, dissects the current teaching situation, and explores innovative paths for the teaching mode. It elaborates from four aspects: accurately positioning talent training objectives, optimizing teaching content, carrying out project-based teaching, and continuously improving teaching and evaluation systems, aiming to improve the teaching and talent training quality of energy and power engineering.

References

Shang Y, Liu HS, Wang L, et al., 2025, Exploration and Practice of Collaborative Education Mechanism for Energy and Power under CDIO-OBE Concept. Laboratory Science, 28(06): 214–219.

Liu SS, Zhang L, Li QD, 2025, New Ideas of Curriculum Ideology and Politics Construction for Energy and Power Major in Higher Vocational Colleges under the Background of “Dual Carbon.” Journal of Hubei Open Vocational College, 38(08): 69–71.

He SY, Gao M, Shi YT, et al., 2024, Exploration on Teaching Reform of Energy and Power Courses Adapting to the New Situation of International Energy Transformation. Journal of Higher Education, 10(25): 143–146.

Chen LT, 2024, Teaching Reform of Energy and Power Major under the Background of Innovative and Entrepreneurial Talent Training. New Curriculum Research, (12): 45–47.

Chen H, Li Y, Geng LM, et al., Exploration and Practice of Top-Notch Innovative Talent Training Mode for Energy and Power Based on Multi-Dimensional Integration of “Discipline-Science-Education-Industry-Education.” Journal of Higher Education, 2024, 10(11): 58–61.

Yu W, Yu C, Wu LY, et al., 2024, Reform of Industry-Education Integration Mechanism for Energy and Power Major Based on OBE Concept. Technology Wind, (05): 73–75.

Huang XN, Yue YN, Wang JM, et al., 2023, Outcome-Oriented Teaching Strategy for Energy and Power Courses—Taking Enhanced Heat Transfer Technology as an Example. China Electric Power Education, (12): 71–72.

Zhou LB, Ren YJ, Chen J, 2023, Exploration on Interdisciplinary Integration of Energy and Power Courses under the Background of New Engineering. Education and Teaching Forum, (38): 39–42.

Ye DX, Song WB, Xiong B, 2023, Exploration on Talent Training Mode of Energy and Power under the Background of “the Belt and Road.” Education and Teaching Forum, (27): 101–104.

Liang XY, Xie H, Gu PH, et al., 2023, Exploration on Practical Teaching Reform of Energy and Power Based on the Education Concept of “Mission-Driven, Intelligent Smelting.” Research in Higher Education of Engineering, (S1): 4–6.

Li XP, Jiao CX, Zhang Z, 2022, Exploration on Experimental Teaching Mode of Energy and Power Oriented by Innovative Practical Ability Training. Heilongjiang Education (Higher Education Research and Evaluation), (12): 30–32.

Tang D, Liang JG, Cong W, et al., 2022, Exploration on Teaching Reform of Energy and Power Measurement Technology Course Based on Outcome-Based Education Concept. Chemical Engineering & Equipment, (05): 293–294 + 307.

Du XC, Yuan XB, Zhang BH, et al., 2021, Reform and Practice of Major Construction and Talent Training Mode for Energy and Power. Journal of Higher Education, 7(15): 117–120.

Wang HM, Zeng LY, Song YP, et al., 2020, Research and Practice on Innovative Experimental Curriculum System of Energy and Power Major Based on OBE Engineering Education Mode. Education and Teaching Forum, (23): 217–219.

Liu LJ, Tian H, Cui MX, 2020, Exploration on Experimental Teaching of Energy and Power Based on CDIO Combined with Project-Driven Mode. Journal of Higher Education, (02): 97–99.