现实情景模拟法融入新能源材料与技术课程的教学体系建设和探讨

中图分类号：G642 文献标志码：A 文章编号：2096-000X（2025）14-0091-（

Abstract：Theintegrationofreal-worldscenariosimulationmethodinthecourseofNewEnergyMaterialsandTechnology offerssignificantadvantagesandvalue.Thisapproachcombinestheoreticalknowledgewithpracticalapplications，fosteringa hands-onandinterdisciplinarylearningexperience.Byengagingstudentsinreal-lifesituations，theycanapplytheiracquired knowledgeefectively.Thesimulationmethodcultivatesproblem-solvingskillsandencouragesinnovativethinking，enabling studentstotacklecomplexchalengesinthefieldofnewenergymaterialsandtechnology.Moreover，itsparksstudentsinterest andenhancestheirunderstandingofthesubjectmaterbyconectingtheoreticalconceptstoreal-worldcontextsCollaborative teamworkandcommunicationareemphasizedthroughthisapproach，furtherdevelopingstudents’abilitiestocollboratefectively. Theexpectedoutcomesofemployingreal-worldscenariosimulationincludepracticalproblem-solving，interdisciplinaryresearch achievements，iovativediscoveries，thedevelopmentofpracticalskils，ndacademiccontributions.Byprovidingstudentswith practicalexperienceandfosteringtheiranalyticalandinovativecapabilities，thismethodologyequipsthemwiththencessary skillsand knowledge for future careersandacademic pursuitsin the fieldof new energymaterialsand technology.

Keywords：newenergymaterials;realisticscenariosimulation；interdisciplinarylearning;problem-solvingability；inovative thinking

随着全球对新能源的需求不断增长，新能源材料与技术的研究和应用变得日益重要。（剩余7615字）