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食品分析是食品安全监督、控制和管理的关键环节,食品分析课程是一门理论性、实践性和技术性很强的课程,是培养学生动手能力和科学研究能力的重要环节。为推进创新创业型人才的培养,提高课程教学质量,提高学生实验技能和创新能力,从实践课程的教学内容、教学方法、操作能力的培养及考核等方面对食品分析实验教学进行了改革与探索。 相似文献
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为了提高学生实验兴趣,增强实验主动性,培养学生研究型学习能力和创新能力,针对环境科学专业的环境生物学实验教学做了改革尝试,确立了“紧跟学科发展,培养创新精神,提高学生综合素质”的教改目标;设置了合理的实验内容,压缩了传统的验证性实验,加强了综合性、设计性实验;探索适宜的教学方法和手段,尝试了开放性实验教学模式;建立了合理的实验成绩评价方法,取得了较好的教学效果。 相似文献
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刘京锐 《北京印刷学院学报》2014,(6):60-62
为使学生在实验室外也能完成实验设计,满足学生的实践创新需求,结合单片机相关课程实践教学特点,设计制作了一种便携式MCU实验教学板。该教学板体积小巧、携带方便,可靠性高,功能较全面。经实际教学应用表明,该实验教学板在提高课程教学质量和工程实践能力、帮助学生开拓设计思路与培养学生创新精神等方面起到了积极有效的辅助教学作用。 相似文献
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目的为了提升我国应用技术人才培养质量,本文探讨了将科研融入实验教学的方法,并将其贯彻到学生培养过程之中。方法以食品工程原理实验为切入点,从实验内容、实验教学方法和手段,以及实验考核体系等三个方面探讨科研与实验教学相结合在应用技术人才培养中的应用,以建立一种应用技术院校中科研反哺实验的教学模式。结果通过科研融入到实验教学的方法教会了学生学习新技术的方法,增强了其技术创新的能力,全面提高了学生的综合素质和能力。结论本方法可为学生的终身发展打下坚实的基础,培养出集科学研究方法和工程实践能力于一身的高水平应用技术人才。 相似文献
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工科本科实验教学是培养应用型工程技术人才教学体系的重要组成部分.以印刷工程与包装工程专业为例,结合工科专业的特点和工科本科毕业生的培养目标,针对目前工科本科实验教学中存在的问题,分别从实验室建设、实验教师队伍建设、实验教学创新改革等方面,对如何提高工科本科实验教学质量进行探讨.本文提出,提高现有实验仪器设备利用率、加强校外实验基地建设;增加实验教师的进修机会、提升实验教师的整体素质和待遇;改革实验教学方法、引导学生参加科技创新活动等措施都能有效地提高工科本科实验教学质量,有助于培养具有较强实践能力和创新意识的工程技术人才. 相似文献
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Liu J.Dong M.Liu J. 《丝绸》2022,(8):48-53
Virtual reality technology is referred to as VR technology. Virtual simulation experiments are based on VR technology which simulate a real experimental environment in the computer. With the help of necessary simulation hardware and software users can interact and communicate with objects in the virtual environment thereby generating an immersive operating experience. In 2017 the Ministry of Education promulgated the " Notice on the Construction of National Virtual Simulation Experiment Teaching Project" witch clearly pointed out that it is necessary to integrate information technology into the college experimental teaching actively promote the construction of the national virtual simulation experimental teaching project and improve the quality and technical level of experimental teaching. The construction of virtual simulation laboratory can shift the teaching mode from being flat to being three-dimensional and from being professorial to being experiential and students can gain more direct learning experience. At present an undiversified offline teaching model is still adopted in the drawing process experiment which has a certain gap with the new teaching concept of combining information technology and experimental teaching. In order to promote the informationization of the drawing process experiment we design a virtual simulation system of drawing process experiment based on Unity 3D with FA320A type drawing frame as the simulation object. First of all we analyze the actual requirements of the drawing process experiment including being familiar with the role of the drawing frame mechanism and components being familiar with the drive system of the drawing frame and the position and function of the drafting change gear mastering the process flow of drawing production and knowing the relevant knowledge of textile workshop design. Then the overall framework of the system is designed according to the teaching requirements. Three experimental modules are established namely the cognitive module for the drawing frame mechanism the cognitive module for drawing frame drive system and the drawing process experiment module. The three modules are progressive and can guide the students to complete the learning process of the drawing process experiment independently. Based on this modeling software is used to create and optimize models of the drawing frame and workshop followed by virtual scene construction and human-computer interaction design within Unity 3D. On this basis the authors are both the developers and the users of the virtual simulation teaching software so after completing the development of this system this study analyzes the teaching effect of the virtual simulation software based on the experimental data of the students. Through system development and student experimental testing it is found that the system can eliminate safety hazards in experiments and effectively stimulate students motivation for independent learning which increases students experimental opportunities with an average of 2. 46 times. It also helps deepen students understanding of theoretical knowledge improve their performance and shorten experimental time thus enhancing the effectiveness of experimental teaching. The virtual simulation system for drawing process experiment not only meets practical needs by providing students with an experimental platform with realistic simulation effect and rich learning content but is also expandable and adaptable to future developments allowing the developers to conveniently modify and add experimental content at any time and cultivating more high-quality talents with a sense of innovation and creative ability for the society. In addition the system also provides an important reference for the development of virtual experiments of other textile equipment. © 2022 China Silk Association. All rights reserved. 相似文献