Research support-oriented MATLAB learning: tackling difficult concepts and promoting personalised learning

Chunhua Yang, David Smith
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引用次数: 1

Abstract

This study investigated the acquisition of MATLAB programming skills by postgraduate students, and whether this learning was improved by research support-oriented teaching. Questionnaire surveys were given to academic staff asking about what they considered the most important knowledge and skills in programming to be. Questionnaire surveys were also given to students asking about what programming concepts they found the most difficult and confusing to understand. The intersection between what knowledge and skills in programming the researchers deemed the most important, and what areas in programming students had most difficulty with, was carefully addressed in subsequent teaching in a module teaching the essentials of programming to postgraduate students. Student learning performance, as measured by examination marks on the module, before and after the intersection concepts were emphasised was compared. The student learning performance improvement, together with interviews to students about their perceptions about programming, suggests that teaching oriented to research support is effective at increasing student understanding of programming in MATLAB. Keywords: Programming ; MATLAB ; Research support
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面向研究支持的MATLAB学习:解决困难概念,促进个性化学习
本研究调查了研究生对MATLAB编程技能的习得情况,以及研究支持型教学是否提高了这种学习。对学术人员进行问卷调查,询问他们认为编程中最重要的知识和技能是什么。学生们还接受了问卷调查,询问他们认为最难以理解的编程概念是什么。研究人员认为最重要的编程知识和技能,以及编程学生最难掌握的领域之间的交集,在随后向研究生教授编程基本知识的模块中被仔细地解决了。比较强调交叉概念之前和之后学生在模块上的考试成绩。学生学习成绩的提高,以及对学生对编程的看法的访谈,表明以研究支持为导向的教学在提高学生对MATLAB编程的理解方面是有效的。关键词:编程;MATLAB;研究支持
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