Educators need access to a technology-based instructional model that provides opportunities for students to develop an expanded set of skills, accommodates students' unique learning styles and rates, and which allows teachers flexibility in adapting the model to their own instructional styles. The thesis presents a concise operational definition of Technology Enhancement as it applies to instruction in secondary school classrooms. The definition of Technology Enhancement then forms the basis for developing criteria that can be used to establish and evaluate Technology Enhanced Instruction (TEI) programs in secondary schools. These criteria will also enable educators to ensure the longevity and continuity of the program in their schools, thus maximizing the educational benefits afforded by technology, while minimizing the potential capital costs. Technology will continue to pervade all aspects of educational institutions; educators are faced with the challenge of making effective use of technology and helping students to develop life-long learning skills without discarding established, effective educational strategies.

Educators need access to a technology-based instructional model that provides opportunities for students to develop an expanded set of skills, accommodates students' unique learning styles and rates, and which allows teachers flexibility in adapting the model to their own instructional styles. The thesis presents a concise operational definition of Technology Enhancement as it applies to instruction in secondary school classrooms. The definition of Technology Enhancement then forms the basis for developing criteria that can be used to establish and evaluate Technology Enhanced Instruction (TEI) programs in secondary schools. These criteria will also enable educators to ensure the longevity and continuity of the program in their schools, thus maximizing the educational benefits afforded by technology, while minimizing the potential capital costs. Technology will continue to pervade all aspects of educational institutions; educators are faced with the challenge of making effective use of technology and helping students to develop life-long learning skills without discarding established, effective educational strategies. / Education, Faculty of / Curriculum and Pedagogy (EDCP), Department of / Graduate

This study explores the use of wiki in supporting a science project undertaken in a Hong Kong secondary school through a mixed method approach involving triangulation of questionnaire survey, interviews, and analysis of students? wikis. The findings showed positive results on students? motivations, enjoyments, effort input, and perceived value. More important, the results highlighted the fact that satisfaction of students? perceived needs from teacher?s autonomy support improves their attributes, attitudes, and expectations of learning outcomes in general. The researcher identifies a discrepancy between students? expectations and their actual achievements of the learning outcomes. Specifically, students think in a higher order and construct knowledge at a wider level when comparing with what they have expected whereas their expectations of generic skills development significantly outweighed what they have actually achieved. To bridge this discrepancy, the researcher suggested that (a) flexibly balancing the structure and freedom of wiki, (b) carefully planning the project duration, (c) scaffolding in wiki project, (d) carefully choosing of the project topics, (e) explicitly emphasizing the learning outcomes, and (f) raising students? information literacy are all essential. The findings also indicated the exists of limitations in this small scale study and thus further investigations on the pedagogical challenges of integrating wiki in science project learning are required. / published_or_final_version / Education / Master / Master of Science in Information Technology in Education

There is a need in classrooms to engage students and maintain their interest in course content. A recent type of interactive technology, known as a "clicker," has shown potential to increase student engagement, performance, and participation in the classroom when used effectively. Peer instruction, a type of student to student interaction in which pairs or small groups of students discuss their answers to questions before responding, is often used in conjunction with clickers, and may account for the perceived effectiveness of these tools. The purpose of this study is to determine the clicker's effectiveness in increasing learning and increasing student engagement in secondary classrooms, while controlling for their use during peer instruction. Two classrooms were examined (n ~ 15 for each classroom) in which 1 classroom used clickers integrated with peer instruction activities, while the other classroom only did the peer instruction activities. The findings of this study showed no significant difference in student learning, a small increase in student engagement, and a positive student reaction to the clicker's potential and use in the classroom.

This thesis demonstrates the effectiveness of using computer technology and the Internet to enhance classroom teaching. A variety of computer and internet based projects that complement lessons initiated by the classroom teacher provide real life situations for additional practice, reinforcement, motivation and greater student achievement.

The purpose of this study was to analyze the biology content, instructional strategies, and assessment methods of 100 biological science websites that were appropriate for Grade 12 educational purposes. For the analysis of each website, an instrument, developed from the National Science Education Standards (NSES) for Grade 12 Life Science coupled with criteria derived from the Web-based Inquiry (WBI) for Learning Science instrument (Bodzin, 2005) and other pertinent published educational literature, was utilized. The analysis focused on elucidating the appropriateness of the biology content, instructional strategies, and assessment tools of selected websites for facilitating the biological science education of Grade 12 students. Frequencies of agreement and disagreement of the content of each selected website with criteria included in the data collection instrument were used for alignment determination of the content of each website with the NSES. Chi-square tests were performed by Microsoft Excel to determine the statistical significance of differences of actual and expected 85% frequencies of alignment of the analyzed website parameters with indicators of alignment to NSES. Chi-square tests indicated that at a 0.05 level of significance there was an overall difference between the actual and expected 85% frequencies of alignment of biology content, instructional strategies and assessment methods with website indicators of alignment with the NSES (p < 0.05). Chi-square tests also indicated that there was a significant difference between the actual and expected frequencies of alignment of analyzed categories (biology content, instructional strategies, and assessment methods) of the sampled websites with website indicators of alignment with the NSES (p < 0.05). / Major findings of this study indicated that 3 out of 4 of the analyzed content attributes, 12 out of 13 of the instructional strategies, and all the assessment methods of the researched biological science websites were less than 85% aligned with the NSES. Only 11 out of 80 (13.75%) of the analyzed websites had collective biology content, instructional strategies, and assessment methods attributes that were 85% or more aligned with the NSES. Appropriately sequenced content that fostered acquisition of fundamental biology knowledge was the only content attribute with significantly more than 85% alignment with the NSES. Provision of illustrative examples to enhance understanding of facts and/or ideas in the context of a conceptual framework was the only instructional strategies attribute that was significantly more than 85% aligned with the NSES. Alignment of website attributes with the NSES has the potential to enhance the educational value of science websites. It is hoped that the findings of this study will motivate science website designers to comply with the NSES. Hope also exists that educators will be motivated to engage in standards-based reform measures for promoting scientific literacy among students. / by Joy E. Stewart. / Vita. / Thesis (Ed.D.)--Florida Atlantic University, 2010. / Includes bibliography. / Electronic reproduction. Boca Raton, Fla., 2010. Mode of access: World Wide Web.