For some time now I have been using the audience response system, Nearpod to promote active learning with bioscience students. A short case study has now been published on how we have implemented the tool at Ulster University.
Stephen McClean, William Crowe; Making room for interactivity: using the cloud-based audience response system Nearpod to enhance engagement in lectures. FEMS Microbiol Lett 2017; 364 (6): fnx052. doi: 10.1093/femsle/fnx052
The abstract of the paper follows:
Active and collaborative learning provides distinct advantages for students in higher education, yet can often be hampered by the barrier of large class sizes. Solutions that combine a ‘bring your own device culture’ with cloud-based technologies may facilitate a more interactive learning experience. In this pilot study, we describe the use of one such technology, Nearpod, to enhance interactivity in lectures delivered to pharmacy and bioscience students at Ulster University. Existing material in PowerPoint or Keynote format is uploaded to the instructor area of Nearpod, interactive elements are added, and the lecture is then broadcasted via the internet to student devices. The lecturer may choose to share polling responses or examples of submissions from the drawing tool or open-ended questions, thereby providing instant feedback on learning. Students commented favourably on the interactivity and engagement afforded by Nearpod. Most students were happy to use their own electronic devices (smartphones, tablets and laptops) for such activities with a minority expressing concern over problems with connecting to the institutional Wi-Fi. Nearpod and similar products represent a new class of feature-rich audience response systems that have potential to transform learning even in large classes.
I find following a hashtag (#) is a lot easier using Tweetdeck. It also has the added bonus that you can add more than one column to follow more than one hashtag. Additionally, you can interact with a Tweet in the same way as you would in Twitter, so you can Like, Retweet or Reply […]
via #249 Follow a hashtag using Tweetdeck #awesome — #1minuteCPD
It has been almost eight years since we introduced the “YouTestTube” video sharing initiative to bioscience students at Ulster University. This paper describes how the project has developed over that time and is now an embedded feature of chemistry laboratory classes. The abstract follows:
This paper describes the construction and development of YouTestTube.com, a YouTube clone website to facilitate video-sharing, social networking, and reflections of chemistry laboratory classes for year one students within the School of Biomedical Sciences at Ulster University. The practice was first introduced in the 2008/09 academic year and has developed until the present time. We reflect on our findings with regard to the production and sharing of short student-generated video documentaries on laboratory experiments, and attendant social networking. We found that students enjoyed the process of viewing, rating, and commenting upon colleagues’ videos but that social networking did not happen spontaneously or organically. Students did find that learning and networking happened effectively when working in small groups to produce the final version of the video. The use of some of the videos as peer-generated learning objects was reported to be useful in helping engage year one, semester one students in their early days in tertiary education.
Source: Reflections on “YouTestTube.com”: An Online Video-Sharing Platform To Engage Students with Chemistry Laboratory Classes – Journal of Chemical Education (ACS Publications)
This article describes the “next generation” in audience response systems that can be put to good use in learning chemistry and other STEMM subjects. The author concludes:
“Next generation classroom response systems are a potentially valuable tool for instructors looking to build on previous use of clickers or to engage students in this manner for the first time. They foster active learning through peer instruction and enable students to answer questions authentically, using structural pictures and drawings like actual chemists.”
Source: Beyond Clickers, Next Generation Classroom Response Systems for Organic Chemistry – Journal of Chemical Education (ACS Publications)
I have just implemented PeerWise again with my cohort of Biochemistry students this semester. For those not familiar with it PeerWise is a free-to-use online collaborative tool where students create and share multiple choice questions relevant to their course of study. Students may answer, rate and comment on questions set by peers and follow authors who make high quality contributions. As students interact with PeerWise they build up a reputation score and earn badges thus providing an incentive for engagement in the activity.
I used PeerWise for the first time in 2013/14 in a year one Biochemistry module with 195 students enrolled. By the end of the teaching period 2,411 questions had been created by 194 out of the 195 students on the module; 28,239 answers had been provided and 9,275 comments posted, evidencing a high level of engagement. Module feedback indicated that students appreciated PeerWise as a revision tool and some requested its use be extended to other modules of study. The Wordle above was derived from the free responses of students when asked in the module survey “What did you feel was particularly good about this module?”
In our hands PeerWise has proved to be an excellent tool for collaborative peer-learning and support on a relatively large module of study.
A peer-reviewed case study of our use of PeerWise at Ulster is available from the Ulster Institutional Repository or from ResearchGate.
Dr Pedro Barra, Kingston University is thanked for assistance in implementing the PeerWise project at Ulster and for supplying user guides. He also obtained a grant from the Higher Education Academy to help with collaboration between Ulster and Kingston.
A short guide to getting started with screencast video feedback for students. Further resources are available at the following site, www.VideoFeedback.co.uk.
I recently took part in the Higher Education Academy STEM conference on 30th April 2014 in Edinburgh. Here is a screencast of the Pecha Kucha presentation I have on the day on screencast video feedback to students.
May 2, 2014 in Practice in Higher Education, Teaching & Education, Technology in Education
Tagged chemistry, feedback, HEA-Video-Feedback-Project-2014, laboratory, pecha kucha, practical, screencast, students, video, video feedback