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Impact of simulation softwares as teaching tools in engineering learning ??? An instructional design choice

机译:仿真软件作为工程学习中的教学工具的影响教学设计选择

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Quality Engineering Education has been identified as the foremost thrust area in India. The thrust is mainly due to the new establishment/enrichment of various core engineering industry sectors like Automobile, Healthcare, Agriculture, Avionics, Structural, Telecommunication and Mobile Technologies. Currently even though the country graduates a bulk volume of engineers every year, a major composition of this volume is drained to IT service sectors for employment. To enhance the above thrust of the country many engineering education institutions started focusing on quality of the offered education in terms of numerical ability, creativity and design ability of engineers. The Course Outcomes and Programme Specific Outcomes have been designed with the above focus as a guideline. More emphasis on integration of technology into instruction with learner-centric approach is encouraged. Simulation tools as teaching aids will enrich the understanding ability of the learner. In this work the confidence level of the learners to attain the course level objectives through simulation based teaching pedagogy has been explored. The survey records ensure the impact of this innovative instructional design for the desired course outcomes.
机译:质量工程教育已被确定为印度的最重要推力区域。推力主要是由于汽车,医疗保健,农业,航空电子,结构,电信和移动技术等各种核心工程行业的新机构/丰富。目前,即使国家毕业于每年批量工程师体积,该卷的主要成分都会向IT服务部门提供资金。为了加强全国的推动,许多工程教育机构开始关注提供的教育质量,在工程师的数值,创造力和设计能力方面。课程结果和计划特定的结果已经设计为以上述重点作为指导。鼓励更加重视技术整合到具有学习者以学习者的方法的教学。仿真工具作为教学辅助工具将丰富学习者的理解能力。在这项工作中,探索了学习者通过基于模拟的教学教学学习课程级别目标的置信水平。调查记录确保了这种创新教学设计对所需课程结果的影响。

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