Educational Technologies at Missouri

FAQ on Using Student Response Systems at MU

WHAT IS A STUDENT RESPONSE SYSTEM?

During the past 12 years, student response systems have been available in various forms to increase the level of student engagement and to help instructors get immediate feedback regarding student comprehension. MU supports the radio frequency Classroom Performance System (CPRrf) from eInstruction. The system includes a receiver and transmitters (“clickers” similar to a television remote control) that can be used in the classroom. Each device has several numbered and lettered buttons so that students can give responses to questions posed by the instructor. The system also includes software for the instructor that permits identification of students responding, detection of individual responses, and merging of data for charting the trends of answers. The software also allows importing questions and graphics from other programs, and is tightly integrated with PowerPoint. Grades may be exported to Excel, or Blackboard.

DO STUDENT RESPONSE SYSTEMS IMPACT TEACHING AND LEARNING?

MU faculty who use this technology believe their students are more engaged - “ ...they now participate, nearly all of them, a couple of times during a class period. This is important in a large class where getting everyone involved consistently is difficult.” It is critical that instructors allow enough time in advance to prepare for different educational uses:

ARE STUDENT RESPONSE SYSTEMS FOR ME?

If you answer all or most of these questions as “true”, then s.r.s may be for you. Please consult with ET@MO staff if you have questions or ideas on how s.r.s. may work for you.

HOW CAN I EFFECTIVELY PLAN AND USE STUDENT RESPONSE SYSTEMS IN MY CLASS?

1. Start as early as possible to learn the system. Contact ET@MO to facilitate ordering a receiver from eInstruction and attend a workshops or consultation about effectively using student response systems.  Contact your MU Bookstore representative so that they will know how many transmitters (clickers) and codes to order for your class.

2. Practice in advance. MU faculty indicate that getting started was sometimes the most difficult part and confirming the system is in working order is one part of getting started. In planning for use during a lecture, some faculty arrange for a student assistant or a TA to help with managing the technology during class time. To be effective, however, it is important for assistants to also learn the system, as well as your expectations of their involvement.

3. Plan and organize how you will use the system in class. Identify your instructional style. Your mind-set is important; if you are willing to make changes from a lecture-only approach to one that includes pacing content and more student engagement, then this technology will be a great help.

4. Identify your purpose for using questions. You may display a question within the system software, on overheads, or in PowerPoint slides used during lecture. Regardless of the method, the important point is that the questions are structured in a way that accomplishes your goals.

Create discussion questions that lead to effective interactions. Research has shown that students respond best when questions connect to practical problems such as the following:

Use active learning techniques throughout the semester. At the start of every class, post an ice-breaker question for students to respond to. Allow students to discuss the question with peers nearby. Then ask them to select the best answer to the question. Repeat the same question without revealing the correct answer or with a different question, eventually leading to one that introduces the topic to be discussed during the class period.

Responses to discussion questions may be either individually focused or used as a group method to encourage peer discussion or instruction. For example, you may divide the class into small groups and allow only answers that represent a group consensus.

5. Be patient. Some MU instructors found that it helped if they viewed the new approach as a “work in progress.” Focus first on learning how to use the technology and getting comfortable with frequent student engagement during the first semester. Then for the second semester refine questions and new active learning methods to take full advantage of what can be done to engage students through the student response system.

6. Expect greater response rates. Students use their registered remotes to respond to multiple-choice questions. You may set up the software so that they can survey students with or without capturing student IDs (some instructors have found this approach encourages greater response rates for students who are reluctant to be identified).  This may also provide avenues to help students more easily focus on content rather than individual differences (i.e., gender, physical disabilities, and language or culture differences).

7. During the first week(s) of class, prepare students to use the technology.  MU faculty have found it very helpful for students if they use the following methods.

WHAT IF STUDENT FEEDBACK ISN'T WHAT I EXPECTED?

Reflect on your experience and make revisions. Based on mid- or end of semester feedback, reflect on what has been most effective over the semester and what aspects require some rethinking.

How to adopt CPSrf for your class: MU assistance will be available via workshops and individual consultations with ET@MO staff. Send an email to etatmo@missouri.edu and indicate in the note that you are interested in learning about CPSrf or you have used clickers before and want a consultation about how to use them more effectively.

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