This semester Joe Schroeder is using a Swivl, a robotic mount that holds an iPad or smartphone, to record lectures in Behavioral Neuroscience. With the use of a remote that the presenter wears, the Swivl tracks a moving person and uses the camera on the iPad or smartphone to record. Lectures or presentation are stored and saved in the cloud using Swivl’s cloud service, and shared with students through a link.
Why Lecture Record
Last year Joe had a problem: several students were going to miss class but he needed to cover important material. He asked about ways to record his lecture, and we suggested he try the Swivl. He gave it a try, and found the technology easy and convenient to use. This year, due to scheduling difficulties in Behavioral Neuroscience (PSY/BIO 314), he has one student who needs the class but is unable to attend one day a week. Recording the class on this day was the only way that this student could enroll. Remembering the Swivl, he decided to record the Friday lectures.
How it Works – Technology
Joe assigned one student as the class videographer, and this student is responsible for ensuring that the device it turned on, recording, and working throughout the class period. After class, Joe initially downloaded the video, saved it as an .mp4 file, then uploaded that to Moodle (through Kaltura). This process, while simple, was time consuming. More recently, with the introduction of Swivl’s cloud service, which automatically processes the video after recording and provides a link to the video, he simply copies that link and shares it with all students through Moodle. While Swivl provides tools for editing, the integration of slides and video, and other features, Joe does not spend time editing.
How it Works – Pedagogy
After a few weeks of recording one day a week, Joe decided to record every class. Initially he had concerns about attendance – would students attend a class they knew would be recorded and could be watched later? He found that this practice did not affect attendance. Students value class time for the interaction with Joe and fellow students, as well as the ability to ask questions and check for understanding – this is a challenging class and expectations are high. In addition, the course does not use a textbook (see When Risks Pay Off in the Classroom), but a collection of resources – an online animated textbook from University of Toronto, simulation software, videos, articles, and more. Students use the recordings as another resource to understand course material.
Final Thoughts and Next Steps
While the full impact of providing class recordings is not yet known, mid-semester feedback from students is positive. Using Swivl is low-effort, but may potentially have a high impact for all students in Behavioral Neuroscience.
Beyond lecture capture, I can imagine additional uses for the Swivl. Students or faculty could use it to practice presentations and review the recording, students could rehearse a performance, then send the video to faculty or peers for feedback.
If you have questions or are interested in exploring ways to record your classes, contact your Instructional Technology liaison.