在科学教学中实施技术——有什么收获?

Rosanne Quinnell
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引用次数: 0

摘要

当新技术到来时,它们承诺会解决我们的问题。技术提供了更快获取信息、同步、异步交流和协作的方法。在我们的教学中,我们精心设计了在线学习模块,为学生提供灵活性,使他们能够在物理教室的范围之外参与我们的学科。智能手机技术允许我们从任何地方“谷歌”信息(和错误信息)——只要你有一个智能设备,一个WIFI连接和一个覆盖你所在位置的服务提供商。简而言之,技术使我们能够更快地工作,并促进了数字资产领域的扩张,它们还成为创新和以不同方式思考教育的催化剂。随着每一种技术实现的采用,我都会问他们“收益是什么?”和“我们失去了什么?”我提出了我对三种技术的看法。电子邮件:当我刚开始担任副讲师时,有时间在茶室休息一下。如今无处不在的电子邮件取代了“备忘录”。一些原本是为了高效沟通而实现的东西,现在却变得明显地耗时和管理上的负担。学术界对丰富而自由的偶然对话的需求仍然存在,但进行这些对话的时间空间已经消失了。总的来说:最初是盈利,最近是亏损。互联网:在20世纪90年代中后期,万维网开始在高等教育中获得牵引力。随着我们中的许多人开始在“灵活”的学习环境中为学生创建数字学习资源,教学变得“混合式”。将模拟图像和声音转换为数字资产花费了数小时。模拟评估被改变以适应数字环境。让学生在科学图纸上记录他们的观察结果是有问题的。随着Web 2.0(~ 2000)的兴起,学习管理系统(Learning Management Systems)的出现,在线测验的创建、发布和管理变得更加容易。仔细研究学生如何与在线资源互动变得流行起来。二十年过去了,我依靠网络环境来教学,但我仍然坚持面对面的教学,因为我渴望课堂上的对话。总的来说:还没决定。mApps: 2012年,我与一名本科生和专业人员合作开发了mApp——CampusFlora;我们在2013年登陆AppStore。与学生合作设计应用程序(与Healey等人,2014年的学生合作方法一致)使我们成为“合作者”,而不是“学生”和“员工”(Author等人,2019年)。在这里,技术作为一种合作催化剂,从学术主导的学习设计转变为学生与员工的共同设计。总而言之:又赢了。培养学生的数字素养非常重要——不仅仅是能够使用技术,还要为资源创造做出贡献。与学生共同创造是我现在喜欢花时间的地方。
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Implementing technology in science teaching – what are the gains?
When new technologies arrive they come with promises to solve our problems. Technology has offered ways to get information faster, to communicate and collaborate synchronously, asynchronously. In our teaching we have crafted online learning modules to affords flexibility for students so that they can engage with our disciplines outside of the confines of physical classrooms. Smart phone technology allows us to ‘google’ information (and misinformation) from anywhere - provided you have a smart device, a WIFI connection and a service provider that covers your location. In short, technologies have allowed us to work faster, and facilitated the expansion of the digital asset realm, and they have served as catalysts for innovation and thinking differently about education. With the adoption of each technological implementation I ask both “what are the gains?” and “what are we losing?”. I offer my reflections on three technologies. Email: When I first started as an associate lecturer there was time to have a tea break in a tearoom. Email – now so ubiquitous - replaced the ‘memo’. Something that was implemented for efficient communication has become overtly time consuming and administratively burdensome. The need for rich free-flowing incidental conversation in academia remains but the spaces in time to have these conversations has vanished. On balance: initially a gain, more recently a loss.   Internet: The WorldWide Web started to gained traction in higher education in the mid-late 1990s. Teaching became ‘blended’ as many of us starting to create digital learning resources for our students in ‘flexible’ learning environments. Hours were invested in converting analogue images and sound to digital assets. Analogue assessments were changed to fit the digital environment. Having students record their observations in scientific drawings was problematic. With Web 2.0 (~ 2000) came rise of Learning Management Systems and it became easier to create, deliver and manage online quizzes. Scrutinising how students interacted with online resources became popular. Twenty years on and I rely on the online environment to teach, however I still cling to face-to-face teaching as I crave the conversations I have in class. On balance: undecided. mApps: In 2012 I partnered with an undergraduate student and professional staff on a mApp – CampusFlora; we hit the AppStore in 2013 (Author et al., 2014). Designing an app in partnership with students (aligned with students-as-partners approach Healey et al., 2014) allowed us to become ‘collaborators’ rather thana ‘students’ and ‘staff’ (Author et al., 2019). Here, technology acted as a collaboration catalyst shifted from academic-led learning design to student-staff co-design. On balance: a gain. Developing digital literacy in our students is important - not just being able to use technology, but by contributing to resource creation. Co-creating with students is now where I like to spend my time.
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