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There has been a lack of an information systems architecture which explicitly illustrates processes that make and maintain the anonymity of student responses in an online system for student opinion survey of faculty teaching. The purpose of this paper is to present an information systems architecture which explicitly shows the process of disassociation of student credentials and their responses. It also shows that the process guarantees a complete anonymity of student responses.

The system was developed to satisfy the needs of students, faculty and administrators of a higher education institution with several objectives, one of which is the complete anonymity of student responses.

The system developers were successful in designing and developing a student opinion survey system that keeps student responses completely anonymous.

The anonymity of student responses improves students’ trust in the survey system and may increase student response rate. Other factors that affect student response rate should be analyzed to determine their effect on student response rate and adjust those factors to improve student response rate.

This paper shares the success of developing an information system that makes student responses anonymous. The goal is to increase the discussion of this topic among researchers and practitioners to further improve the system to increase student response rate.

The proposed information system architecture is novel because it keeps student responses completely anonymous.

The purpose of this study is to provide an initial assessment of an Audience Response System (clicker technology) for library instruction as experienced at Texas A&M University Libraries.

Clickers were tested in three different types of instructional sessions with unique class objectives and different student populations. The study provides an overview of the technology, followed by a report on some of the benefits and challenges the authors encountered in the classroom.

Clickers are fairly easy to use, and provide a fun way to quickly turn traditional classroom lectures into interactive learning experiences.

This paper provides concrete applications for how to access student knowledge and implement active learning techniques in the classroom.

This paper demonstrates an innovative way librarians can improve library instruction in order to meet information literacy standards and other educational challenges.

Using a navigational metaphor, this chapter introduces readers to the sometimes stormy seas of implementing new learning technologies into a course, especially those that have pre-existing design flaws (lack of rigor, accountability, content and time constraints, etc.). In addition to presenting what we feel are some best practices in using iOS devices, we analyze nearly 600 students’ reactions to these devices related to how they were used in a 100 level survey style course. For every student who told us that they were “awesome” or helped them “learn and discover new things through [the] course,” there were multiple students who felt that “they are damaging [the] learning experience because they are distracting.” The central argument of this chapter is that without engaging in a dialectic course (re)design process that puts the affordances of the learning technology in conversation with classic principles of instructional design, the utility of adding iOS devices will be limited at best and distracting at worst. The instructors in the course described here did use the devices in a variety of ways and many students were satisfied with the learning experience. However, for others, the combination of the course being too easy and too forgiving along with putting the Internet into students’ hands was a recipe for incivility and off-task uses of technology.

Over the past two decades there has been a concerted effort to move accounting education from a knowledge-oriented system to a process-oriented approach. Active learning is an internationally recognized cornerstone of this strategy. A new technology offers opportunities for professors to promote active learning in their classrooms. That technology frequently called student response systems (SRSs) enable students to answer questions posed by an instructor via a remote control device. This study examines the impact that a new technology, SRS, had on students’ perceptions of key active learning characteristics. The results suggest that students receiving an SRS treatment registered significantly stronger agreement with statements describing an active learning environment than their peers in a control group. The results led to the conclusion that SRSs can be used to facilitate active learning in accounting classrooms. The survey also examined the impact of the SRS treatment on student perceptions regarding classroom efficiency. Students receiving the SRS treatment registered stronger agreement with statements suggesting that the learning environment was efficient. In summary, the survey results suggest that SRS technology is a promising teaching tool that deserves further scrutiny by accounting educators.

In a programming course, students often need tutors' assistance to complete learning activities, as they lack enough background knowledge to complete tasks. A further problem is that without individual tutoring, the knowledge gap between students increases. Therefore, the authors have proposed an instant response learning supplement tool (IRLST) to support students' learning, in order to facilitate students' independent problem-solving skills.

The authors divided the students into two groups according to their learning styles: verbal and visual. The IRLST was used to collect and analyze the information on their usage and provide supplementary resources to facilitate their learning. The proposed system also analyzed the student usage, background knowledge and exam scores to assess their academic performance.

According to the results of statistical analysis, students' learning performance improved significantly, especially low-scoring students. Moreover, as compiler messages were not recognized, students tended to identify the same problems. Thus, it is suggested that teachers not only should focus on improving the students' syntax but also strengthening their background knowledge and debugging skills.

There are two main limitations in this study: (1) as most of the students were in the visual learning group, the size of the groups was impacted, thus it was not possible to establish a control group; (2) one specific version of the IRLST system did not send reliable advice or supplementary content occasionally.

The IRLST developed in this study can be used to provide immediate supplementary resources to help students overcoming programming problems and developing problem-solving skills.

Many students live in a constantly changing, fast-paced, technological world that includes instant access to music, videos, images, information, and friends. The hours they spend in school, however, most often do not reflect a similar environment. Rather, they are often subjected to obsolete curriculum content, outdated textbooks and equipment, and antiquated teaching methods. Can the appropriate integration of technology, specifically, Student Response Systems (SRS), in the classroom positively affect learning and engagement? The purpose of this article is two-fold: to describe an action research study designed to assess the impact of the use of SRS upon middle-school students' learning and engagement; and secondly, to suggest that teachers might further enhance student learning and engagement by utilizing classroom technologies such as SRS as a replacement for the paper-pencil pedagogies of the 20th century.

The purpose of this paper is to provide a selected bibliography of recent resources on library instruction and information literacy.

Introduces and annotates English-language periodical articles, monographs and other materials on library instruction and information literacy published in 2013.

Provides information about each source, discusses the characteristics of current scholarship and describes sources that contain unique scholarly contributions and quality reproductions.

The information may be used by librarians and interested parties as a quick reference to literature on library instruction and information literacy.

This chapter provides guidance on the types of questions appropriate for use with clickers in an introductory financial accounting course. This study further examines whether the use of clickers improved learning outcomes as measured by the students’ test scores. Our findings show that students had a positive experience with using clickers. We find that test scores were higher in the semester when we used clickers compared with the semester when we did not use clickers. Clicker scores also were positively associated with students’ test scores. Clickers may serve as a useful educational tool to assess assurance of learning of introductory financial accounting. The instructor receives immediate feedback regarding students’ understanding of the materials, and the students also receive feedback about whether their understanding is correct. Both the instructor and students can then work on reviewing materials that the class does not understand well.

The chapters in this book focus on using different types of mediated discourse technologies such as classroom response systems and class replay systems to create technology-rich social learning environments within the classroom. Improvements in low-cost, ubiquitous digital technologies and development of modern learning theories are rapidly changing the manner in which we teach and learn in the postindustrial age. These transformative advancements are also refining our views of what it means to teach and learn in a globalized world. At both the individual and group levels, mediated discourse technologies are becoming more prevalent in higher education as teaching and learning tools across a wide range of disciplines to better engage students and create more participatory and engaging learning environments. Using these technologies in a purposeful manner also has the potential of creating more interesting and enjoyable social learning environments for both instructors and students.

This chapter presents a case study of the ways the Phoebe pedagogic planner assists faculty to design and select e-learning technology because “it's not the technology, but the [quality] of the educational experience that affects learning” (Seltz, 2010, p. 1). Faculty applied guidance from Phoebe to evaluate various interactive media options for undergraduate psychology courses to enhance student learning and engagement. The authors discuss the application of instructional technology in Introduction to Psychology, Cross-cultural Psychology, and Human Motivation and Emotion courses. These projects were prompted by earlier work (Hager & Clemmons, 2010) that explored collaboration to promote integration of technology in traditional courses. The new technologies include discussion forums; online simulations, cases and assessments; text-to-poll; and the Moodle learning management system (LMS). Current theories of e-learning are applied to analyze and critique these projects, concluding with recommendations for future research, practice, and faculty development to incorporate learning technologies. The authors demonstrate how learner-centered collaboration among faculty, researchers, and administrators can shape and improve student engagement and develop institutional cultures of e-learning.