Abstract :
An audience response system (ARS) enables students to answer questions presented in class and thereby, it promotes active learning. For this reason, ARSs gained instructors´ attention and a considerable amount of literature has been published on the benefits of ARSs. However, prior studies lack a suitable methodology. The current paper seeks to remedy this problem and develops a conceptual framework which proposes that besides the user-friendliness of an ARS, students self-efficacy, and subject value are key underlying forces that explain the perceived effects and benefits of ARS in enhancing students´ learning performance and attitude towards using the system. The empirical test of the proposed framework attests to the importance of self-efficacy and subject value in the context of ARS and confirms the impact on learning, engagement, and enjoyment which in turn, promotes ARS usage and/or learning enhancement.
Keywords :
computer aided instruction; mobile computing; ARS; active learning; audience response systems; student self-efficacy; student subject value; Atmospheric measurements; Context; Handheld computers; Instruments; Mathematical model; Particle measurements; Reliability; audience response system; benefits; self-efficacy; subject value;