Relationship Between Flow Experience, Flow Dimensions, and the Equivalence of Challenges and Skills in the Web-Based Training Environment

Access: Use of this item is restricted to the UNT Community
This study applied components of Csikszentmhalyi’s flow theory to the Web-based Training (WBT) environment. Specifically considered were how the equivalence of a learner’s perceived challenges and skills for an activity can effectively predict the emergence of flow in the WBT environment. Also considered was the ability of flow dimensions — defined in flow theory — to predict and model the occurrence of flow during WBT activities. Over a period of about one hour, students (n=43) from a southwestern US university engaged in WBT learning activities pertaining to on-line coursework or self-study. A special Web-based software installed on the students’ computers sporadically reminded them to complete a series of on-line questionnaires which collected data on their flow experience, learning activities, and flow dimensions. The data collection method employed by this study is effectively an electronic, Web-enabled version of, and functionally equivalent to, the Experience Sampling Method (ESM) used in other flow studies. This study employed questionnaires used in prior flow studies to collect data regarding respondents’ flow experiences and flow dimensions, and developed an on-line instrument to collect data on students’ learning experiences based on instructional events found in computer-based lessons from Gagné. Significant findings (p<.05) from this study suggest that, …
Date: August 2000
Creator: Catino, Robert J.
System: The UNT Digital Library

An Online Academic Support Model for Students Enrolled in Internet-Based Classes

Access: Use of this item is restricted to the UNT Community
This doctoral dissertation describes a research study that examined the effectiveness of an experimental Supplemental Instruction (SI) program that utilized computer-mediated communication (CMC) rather than traditional SI review sessions. During the Spring 1999 semester, six sections of an introductory computer course were offered via the Internet by a suburban community college district in Texas. Using Campbell and Stanley's Nonequivalent Control Group model, the online SI program was randomly assigned to four of the course sections with the two remaining sections serving as the control group. The students hired to lead the online review sessions participated in the traditional SI training programs at their colleges, and received training conducted by the researcher related to their roles as online discussion moderators. Following recommendations from Congos and Schoeps, the internal validity of the groups was confirmed by conducting independent t-tests comparing the students' cumulative credit hours, grade point averages, college entrance test scores, and first exam scores. The study's four null hypotheses were tested using multiple linear regression equations with alpha levels set at .01. Results indicated that the SI participants earned better course grades even though they had acquired fewer academic credits and had, on average, scored lower on their first course …
Date: May 2000
Creator: Rockefeller, Debra J.
System: The UNT Digital Library