双枢纽生命科学培训课程的启示:从海德堡到班加罗尔及其他地方

Irena Provazníková, Nathalie Sneider, Maria Bacadare Goitia, Juergen Deka, Elizabeth Zielonka
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引用次数: 0

摘要

生命科学和其他 STEM 领域的技术发展日新月异。高级实践课程是生命科学研究人员保持领先地位的关键。虽然 Covid-19 大流行推动/加速了远程培训机会的转变,但分子生物学方法的培训显然需要面对面的实践课程,并从中受益匪浅。在这里,我们介绍一种新颖的双枢纽课程形式,在德国(海德堡 EMBL)和印度(班加罗尔 BLiSC)同时教授前沿技术。这种形式将基于科学案例研究的主动式学习与促进科学交流的协作练习和网络相结合。我们介绍了在课程设计和实施中使用的数字技术,以及多层次的规划阶段。对学员和培训师反馈问卷的分析表明了 "双枢纽 "形式的优势和挑战,并说明了课程的成功之处。与单枢纽课程相比,这一概念使我们能够扩大影响范围,同时减少二氧化碳的总体排放量。我们表明,得益于数字工具和专业组织者的合作,我们可以提供概念设计,并创造出覆盖全球的先进的主动学习培训机会。
本文章由计算机程序翻译,如有差异,请以英文原文为准。
Lessons from a 2-Hub Life-Science Training Course: From Heidelberg to Bangalore and Beyond
Technologies are rapidly evolving in the life sciences and other STEM areas. Advanced hands-on practical courses are key for life-science researchers to stay ahead of the game. Although the Covid-19 pandemic propelled/accelerated the transformation in remote training opportunities, it is clear that training in molecular biology methodologies requires and greatly benefits from hands-on face-to-face courses. Here we present a novel 2-hub course format, with teaching of cutting-edge technologies simultaneously in Germany (EMBL Heidelberg) and India (BLiSC in Bangalore). The format combines active-based learning on a scientific case study with collaborative exercises and networking that foster scientific exchange. We describe the digital technologies utilised in course design and delivery, and the multi-layered planning phase. Analysis of the participant and trainer feedback questionnaires demonstrates the benefits and challenges of the 2-hub format and illustrates the success of the course. The concept allows us to broaden our reach, while reducing overall CO2 emission in comparison to a 1-hub course. We show that thanks to digital tools and collaboration of dedicated organisers, we can provide conceptual design and create sophisticated active-learner training opportunities with world-wide reach.
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