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- All Subjects: Retention
- Creators: Aska, Cassandra
- Member of: ASU Electronic Theses and Dissertations
- Status: Published
Description
Historically, institutions of higher education focused their efforts on programs and services to support traditional students' integration (i.e., the eighteen year old who enrolls in college immediately after graduating from high school) into the college environment. Integration into the university environment contributes to student retention. Underrepresented students, specifically community college transfer students, are left out of the retention planning process. With the increase of transfer students transitioning to four-year universities, this study explored transfer students' integration experience within their initial six weeks of attendance at a receiving institution. This action research study implemented an E-Mentoring Program utilizing the social media platform, Facebook. Results from the mixed-methods study provided evidence that classroom connection interwoven with social rapport with peers, cognizance of new environment, and institutional and peer resources matter for integration within the first six weeks at HUC (a pseudonym). The information gained will be used to inform higher education administrators, student affairs practitioners, faculty, and staff as they develop relevant services, programs, and practices that intentionally support transfer students' integration.
ContributorsAska, Cassandra (Author) / Puckett, Kathleen (Thesis advisor) / Kleinsasser, Robert (Committee member) / Cook, Kevin (Committee member) / Arizona State University (Publisher)
Created2015
Description
The interaction between visual fixations during planning and performance in a
dexterous task was analyzed. An eye-tracking device was affixed to subjects during
sequences of null (salient center of mass) and weighted (non salient center of mass) trials
with unconstrained precision grasp. Subjects experienced both expected and unexpected
perturbations, with the task of minimizing object roll. Unexpected perturbations were
controlled by switching weights between trials, expected perturbations were controlled by
asking subjects to rotate the object themselves. In all cases subjects were able to
minimize the roll of the object within three trials. Eye fixations were correlated with
object weight for the initial context and for known shifts in center of mass. In subsequent
trials with unexpected weight shifts, subjects appeared to scan areas of interest from both
contexts even after learning present orientation.
dexterous task was analyzed. An eye-tracking device was affixed to subjects during
sequences of null (salient center of mass) and weighted (non salient center of mass) trials
with unconstrained precision grasp. Subjects experienced both expected and unexpected
perturbations, with the task of minimizing object roll. Unexpected perturbations were
controlled by switching weights between trials, expected perturbations were controlled by
asking subjects to rotate the object themselves. In all cases subjects were able to
minimize the roll of the object within three trials. Eye fixations were correlated with
object weight for the initial context and for known shifts in center of mass. In subsequent
trials with unexpected weight shifts, subjects appeared to scan areas of interest from both
contexts even after learning present orientation.
ContributorsSmith, Michael David (Author) / Santello, Marco (Thesis advisor) / Buneo, Christopher (Committee member) / Schaefer, Sydney (Committee member) / Arizona State University (Publisher)
Created2017