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虚拟仿真技术在生物工程专业核心课程中的应用及效果分析

Application and effectiveness analysis of virtual simulation technology in bioengineering major core courses

  • 摘要: 生物工程是一门多学科交叉融合的应用型学科,与行业发展紧密相关。以四川轻化工大学生物工程专业核心课程发酵工程课程为切入点,探讨虚拟仿真技术的应用及人才培养效果。结果表明,虚拟仿真技术解决传统实验教学设备成本高、操作风险大、实验周期长等问题,提供安全高效的实验环境,培养学生创新思维与实践能力,提升教学质量。虚拟仿真技术在生物工程专业核心课程中具有广泛应用,能模拟复杂工艺流程,还原真实生产场景,规避生物安全风险,助力学生整合跨学科知识,培养其系统性思维与综合实践应用能力,为实验教学提供新路径,推动生物工程创新型工程技术人才培养。

     

    Abstract: Bioengineering is a multidisciplinary and application-oriented discipline closely linked to industry development.Bioengineering major core course Fermentation Engineering at Sichuan University of Science & Engineering was taken as a starting point to explore virtual simulation technology application and its effectiveness on talent cultivation.Results showed that virtual simulation technology addressed issues in traditional experimental teaching, such as high equipment costs, significant operational risks, and lengthy experimental cycles.A safe and efficient experimental environment was provided through this technology, so as to cultivate students' innovative thinking and practical abilities, and enhance teaching quality.Virtual simulation technology has been widely applied in bioengineering major core courses.It can simulate complex process flows, restore real production scenarios, mitigate biosafety risks, and assist students in integrating interdisciplinary knowledge.This approach fosters systematic thinking and comprehensive practical application skills, offering new pathways for experimental teaching and advancing innovative engineering talents cultivation in bioengineering.

     

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