Learn!Bio - A time-limited cross-sectional study on biosciences students' pathway to resilience during and post the Covid-19 pandemic at an UK university from 2020-2023 and insights into future teaching approaches.

Katy Andrews, Rosalie Stoneley, Katja Eckl
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Abstract

Higher education in biosciences is significantly informed by hands-on field trips and practical laboratory skills-training. With the first Covid-19 national lock-down in England in March 2020, on-campus education at higher education institutions was swiftly moved to alternative provisions, including online only options, a mix of synchronous or asynchronous blended, or hybrid adaptions. Students enrolled on an undergraduate bioscience programme have been faced with unprecedented changes and interruptions to their education. This study aimed to evaluate bioscience students' ability to adjust to a fast-evolving learning environment and to capture students' journey building up resilience and graduate attributes. Bioscience undergraduate students in years 1-3 at the biology department at a Northwest English university participated in this anonymous, cross-sectional, mixed-method study with open and closed questions evaluating their perception and feedback to remote and blended learning provisions during the Covid-19 pandemic and post pandemic learning capturing academic years 2019/20 to 2022/23. The Covid-19 pandemic and the consequent restriction of personal social interaction resulted in an significant decrease in the mental wellbeing of undergraduate bioscience students in this study, cumulating in poor or very poor self-rating of wellbeing in spring 2021; while at the same time students showed evidence of advanced adaption to the new learning and social environment by acquisition of additional technical, social and professional graduate-level skills, indicative of an, albeit unconscious, transition to resilience. Post pandemic, bioscience students worry about the increased living costs and are strongly in favour of a mixture of face-to-face and blended learning approaches. Our results show that bioscience students can experience poor mental health while developing resilience, indicating tailored support can aid students' resilience performance. Students have adjusted with ease to digital teaching provisions and expect higher education institutions continue to offer both, face-to-face, and blended teaching, reducing the burden on students' significantly risen living costs.
Learn!Bio--2020-2023 年英国一所大学生物科学专业学生在 Covid-19 大流行期间和之后的恢复能力途径的限时横断面研究,以及对未来教学方法的启示。
生物科学的高等教育主要通过实地考察和实用实验室技能培训来进行。随着 2020 年 3 月英国首次实行 Covid-19 全国封锁,高等院校的校内教育被迅速转为替代性教育,包括仅在线选择、同步或异步混合或混合适应。就读生物科学本科课程的学生面临着前所未有的变化和教育中断。本研究旨在评估生物科学专业学生适应快速发展的学习环境的能力,并了解学生在学习过程中培养抗压能力和毕业特质的情况。英国西北部一所大学生物系1-3年级的生物科学本科生参加了这项匿名、横断面、混合方法研究,研究采用开放式和封闭式问题,评估他们在Covid-19大流行期间对远程和混合学习规定的看法和反馈,以及在2019/20学年至2022/23学年大流行后的学习情况。Covid-19大流行以及随之而来的个人社交互动限制导致本研究中生物科学本科生的心理健康水平显著下降,2021年春季的自我健康评价为较差或极差;与此同时,学生们通过获得额外的技术、社交和专业研究生水平的技能,显示出对新的学习和社会环境的高度适应,表明他们正在向恢复能力过渡,尽管这种过渡是无意识的。大流行后,生物科学专业的学生担心生活费用增加,强烈支持面授和混合式学习相结合的方法。我们的研究结果表明,生物科学专业的学生在培养抗逆力的同时,也会出现心理不健康的情况,这表明有针对性的支持可以帮助学生提高抗逆力。学生们已经轻松适应了数字化教学,并希望高等院校继续提供面授和混合式教学,以减轻学生大幅上涨的生活费用负担。
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