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Educational Technology Commons™

Open Access. Powered by Scholars. Published by Universities.®

2009

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Articles 31 - 34 of 34

Full-Text Articles in Educational Technology

Ten Scalability Factors In Distance Education, R. Dwight Laws, Scott L. Howell, Nathan K. Lindsay Jan 2009

Ten Scalability Factors In Distance Education, R. Dwight Laws, Scott L. Howell, Nathan K. Lindsay

Faculty Publications

The institutional decision about how much technology should be used to scale distance education enrollments, reduce costs, maximize profits, and protect course and program quality is both institutional specific and complex. Guri-Rosenblit (1999) noted that “many conventional universities worldwide operate as large-scale universities and are in a continuous search to find the right balance between massification trends, quality education, and the catering to the individual needs of students” (p. 289). This research is an outgrowth of the authors’ own efforts to identify relevant scalability factors and their interrelationship one to another in a traditional university’s distance education program.


Tpack Development In Science Teaching: Measuring The Tpack Confidence Of Inservice Science Teachers, Charles R. Graham, Nicolette Burgoyne, Pamela Cantrell, Leigh Smith, Larry St. Clair, Ron Harris Jan 2009

Tpack Development In Science Teaching: Measuring The Tpack Confidence Of Inservice Science Teachers, Charles R. Graham, Nicolette Burgoyne, Pamela Cantrell, Leigh Smith, Larry St. Clair, Ron Harris

Faculty Publications

Knowledge related to the effective use of educational technologies has become widely recognized as an important aspect of an educator’s knowledge-base for the 21st Century (ISTE, 2008; National Council for Accreditation of Teacher Education, 1997; Partnership for 21st Century Skills, 2003). Early in the history of educational technology, educators were taught in technology classes that focused primarily on technology skills independent from the pedagogical or content courses (Graham, Culatta, Pratt, & West, 2004; Hargrave & Hsu, 2000; Willis & Mehlinger, 1996). Educators soon recognized that technology skills alone did not serve them well because one could know how to operate …


Middle School Parents' Perceptions Of Career And Technical Education, Virginia R. Powers Jones Jan 2009

Middle School Parents' Perceptions Of Career And Technical Education, Virginia R. Powers Jones

STEMPS Theses & Dissertations

This study explored middle school parents' perceptions of the contributions career and technical education could make to their child's educational or workforce plans. It also examined what actions parents undertake to influence their child's plans, specifically the impact of the career exploration tool, Coin Career Community©, on their actions. Last, the study explored the correlation between the course choices students made in ninth grade relative to their parents' perceptions.

This study took place at Halifax County Middle School, located in South Boston, Virginia, in spring 2009. This school was the only middle school in the county with a student population …


Comparing High School Students' And Adults' Perceptions Of Technological Literacy, Henry Ladson Harrison Iii Jan 2009

Comparing High School Students' And Adults' Perceptions Of Technological Literacy, Henry Ladson Harrison Iii

STEMPS Theses & Dissertations

This study compared high school student's perceptions of technology and technological literacy to those perceptions of the general public. Additionally, individual student groups were compared statistically to determine significant differences between the groups. The ITEA/Gallup Poll instrument was used to survey high school student's perceptions of technology in the study. The instrument has been used twice (2001, 2004) in the United States and once (2005) in Hong Kong to survey adult's perceptions of technology. The student population in question consisted of three subgroups: students enrolled in a standards-based technology education courses, students enrolled in a Project Lead the Way® (PLTW®) …