Klümper Christian, Neunzehn Jörg, Wegmann Ute, Kruppke Benjamin, Joos Ulrich, Wiesmann Hans Peter
Institute of Materials Science, Technical University of Dresden, Chair for Biomaterials, Budapester Strasse 27, D-01069, Dresden, Germany.
Gymnasium St. Christophorus, Kardinal-von-Galen-Str. 1, 59368, Werne, Germany.
Head Face Med. 2016 Mar 25;12:13. doi: 10.1186/s13005-016-0112-2.
Biomedical science, especially biomaterials, is an expanding field in medicine. Universities are being challenged to gain the best students for a later academic career. Pre-university assessment of pupils has become crucial to reach this aim. Blended learning is an emerging paradigm for science education even though it has not yet been rigorously assessed, especially in the pupil/undergraduate situation. The aim of the study was to develop and preliminarily test a blended-learning system in biomedicine for university applicants.
An internet-based blended-learning module in material science was developed in close collaboration between a university (Biomaterials Department, Dresden TU), a German Gymnasium and an internationally oriented medical college (IMC®, Münster). Forty pre-university students were taught by this learning module composed of school education and internet-based knowledge transfer and involved in the evaluation of the utility of this learning tool. Finally, the students took first-year university examinations in order to evaluate the success of this kind of education.
The internet-based blended-learning module as a combination of e-learning tutorials and live online lectures which was applied in phase 3 of this study was developed on the basis of the findings of both pre-university studies. The results of the learning behavior regarding the number of invokes and the dwell time of the individual pages of the pre-university learning material, the results of the online evaluation and the results of the pre-phase examination were successively used to optimize the next phase. At the end of the pre-university learning, seven of eight participants were able to pass the first-year university examination followed by nationally accepted credit award.
Internet-based blended-learning module proved to be suitable to prepare students for biomedical university education while also giving them the possibility to assess their qualifications for studying biomedicine and subsequent scientific careers. Moreover, the module can help universities to find the best students.
生物医学科学,尤其是生物材料学,是医学领域中一个不断发展的学科。各大学面临着吸引最优秀学生以从事后续学术职业的挑战。对学生进入大学前的评估对于实现这一目标至关重要。混合式学习是科学教育中一种新兴的模式,尽管尚未得到严格评估,尤其是在学生/本科生的情况下。本研究的目的是为大学申请者开发并初步测试一种生物医学领域的混合式学习系统。
一所大学(德累斯顿工业大学材料科学系)、一所德国文理中学和一所面向国际的医学院(明斯特国际医学中心)密切合作,开发了一个基于互联网的材料科学混合式学习模块。40名大学预科学生通过这个由学校教育和基于互联网的知识传授组成的学习模块进行学习,并参与对该学习工具实用性的评估。最后,这些学生参加了大学一年级的考试,以评估这种教育方式的成效。
基于大学预科阶段研究的结果,开发了本研究第三阶段应用的基于互联网的混合式学习模块,该模块结合了电子学习教程和在线直播讲座。关于大学预科学习材料各页面调用次数和停留时间的学习行为结果、在线评估结果以及预科阶段考试结果被依次用于优化下一阶段。在大学预科学习结束时,8名参与者中有7人能够通过大学一年级考试,并获得全国认可的学分奖励。
基于互联网的混合式学习模块被证明适合帮助学生为生物医学大学教育做好准备,同时也使他们有机会评估自己从事生物医学学习及后续科研职业的资质。此外,该模块有助于大学选拔最优秀的学生。