Pathways to student engagement: beyond triggers and mechanisms at the engagement interface

Higher Education - This paper, while conceptual in nature, is informed by both research and practice. Exploring the “engagement interface” as the site for student engagement (SE), we...     

Training versus instruction in the acquisition of cognitive learning strategies

As various cognitive learning strategies have been identified and shown to be useful, the question of how best to teach an individual to use these techniques becomes important. Two studies compared simple instruction to more extended training. In Experiment 1 training was found superior to simple instructions with the method of loci for serial recall learning. Training in generalizable strategies involving imagery, verbal elaboration, and grouping was compared to simple instruction for a reading comprehension task in Experiment 2. Training was found to be more effective than instruction with a short-answer test over easy reading material, but not with difficult readings or multiple-choice tests.     

Consequences of Individual Differences in Children's Formal Understanding of Mathematical Equivalence

Experts claim that individual differences in children's formal understanding of mathematical equivalence have consequences for mathematics achievement; however, evidence is lacking. A prospective, longitudinal study was conducted with a diverse sample of 112 children from a midsized city in the Midwestern United States (M_age [second grade] = 8:1). As hypothesized, understanding of mathematical equivalence in second grade predicted mathematics achievement in third grade, even after controlling for second-grade mathematics achievement, IQ, gender, and socioeconomic status. Most children exhibited poor understanding of mathematical equivalence, but results provide clues about which children are on the path to constructing an understanding and which may need extra support to overcome their misconceptions. Findings suggest that mathematical equivalence may deserve more attention from educators.     

Getting Grandma Online: Are Tablets the Answer for Increasing Digital Inclusion for Older Adults in the U.S.?

Using information and communication technologies (ICTs) can improve older adults’ quality of life. ICT use is associated with decreased feelings of loneliness and depression, along with increased feelings of independence and personal growth. However, limited access and low technological self-efficacy are key reasons why some groups, especially older adults, are excluded from being fully engaged in the digital world. In this study, we focus on older adults’ technological self-efficacy, which is related to their actual use of technology and the second level digital divide. Specifically, we examine: (a) how older adults decide to use a new technology, tablet computers; (b) how they conquer the barrier of technological self-efficacy through using tablets; and (c) the impacts of using this new technology in their lives. Twenty-one in-depth interviews were conducted with older adults residing in independent living communities in a medium-sized city in the Deep South region of the United States. Observational and enactive learning played important roles for older adults in using tablets. Seeing others use tablets, getting recommendations from family members, or having tablets given to them were the primary reasons they started to use tablet computers. The ease of use feature of tablets helped solve the problem of lacking technological self-efficacy. Using tablets helped increase a sense of connectedness. Tablet computers may be one way to increase digital inclusion among older adults.