Designing and implementing technology collaboration projects: Lessons learned

Conclusion Even though the collaboration between the state university and the government research center ended inconclusively, the authors examined the collaboration with an attempt to provide sound guidance for future collaboration projects. Based upon the findings above, many of the challenges that the technology collaboration faced become clearer. A primary problem was an unclear definition regarding the type of collaboration that was being developed. Goals and project timelines were not agreed upon or clearly communicated between all participants. Many graduate students chose to contribute to the project because it appeared to be an attempt to engage teachers and researchers in working collaboratively to design and develop a usable and engaging product for the classroom. This type of collaboration, however, requires authentic participation by all parties. As the project progressed, many teachers felt that they had increasingly limited input into the design of the multimedia modules. For example, teachers raised many concerns related to interface design and lesson content, but later learned that these items were non-negotiable. Teachers began to feel as though their role was more of an apprentice or an intern learning from rather than with the research center. Lack of clarity regarding roles conspired with a host of issues related to partnership development to obstruct the overall product from being completed. As a result, it is impossible to gauge whether the modules designed via the partnership will have a greater impact on student learning than those created solely by the research center. Furthermore, it is difficult to determine whether participating teacher practices changed. None of them had the opportunity to pilot test the modules within their classrooms and a very small percentage completed all quarters of participation. The greatest challenges of the project related to whether or not the needs of the two institutions involved and of the graduate students were fulfilled. The technology collaboration was an honest attempt to involve teachers in the development of science curriculum and technology on a national scale. There exists great potential in linking the skills of teachers with the resources available through the research center and the authors were personally invested in getting involved in the collaboration. Critical to the success of such collaborations is effectively utilizing the skills of all participants, and essential to the measure of its success is the overall ability of the project to meet stakeholders’ needs.     

Understanding the impact of guiding inquiry: the relationship between directive support,student attributes,and transfer of knowledge,attitudes, and behaviours in inquiry learning

Guiding inquiry learning has been shown to increase knowledge gains. Yet, little is known about the effect of guidance on attitudes and behaviours, its interaction with student attributes, and transfer of impact once guidance is removed. We address these gaps in the context of an interactive Physics simulation on electric circuits (https://phet.colorado.edu/en/simulation/circuit-construction-kit-dc). 49 students in the Non-Directive condition received a set of goals to focus their inquiry, in addition to implicit support built into the simulation. 48 students in the Directive condition received, in addition to these, also detailed directions and prompts. Log-file analysis found that directive support led to more formal testing and less exploration. Clustering identified two groups of learners: one with higher incoming knowledge (Higher Knowledge), the other with higher incoming perceptions of competence and control (Higher PoCC). Working with the simulation improved knowledge and attitudes across cluster groups, so that prior differences all but disappeared. With regard to guidance, adding directive support improved knowledge gains for the Higher Knowledge group, yet suppressed their attitudinal growth. The same support had no effect on knowledge gains for the Higher PoCC group, yet it boosted their attitudinal growth. A transfer activity, where directive support was no longer available, found that impact on attitudes carried forward, yet impacts on behaviours and knowledge were short-lived. Overall, the study highlights the complex interaction between guidance and student attributes. For some, supporting short-term knowledge gains may inadvertenly lead to longer term negative impact on attitudes towards inquiry.     

The development of personal,intercultural and professional competence in international field experience in initial teacher education

This paper reports a qualitative case study of four preservice student teachers’ professional learning experiences in an international field experience programme situated in the language and cultural immersion component of a PGDE(Primary) Programme in Hong Kong. Two of the student teachers undertook the international field experience in Australia and Canada. The other two had their “non-local” field experience in mainland China1. The findings reveal student teachers' development in personal and intercultural competence in cross-cultural experiences. Their professional learning experiences in the action context, socio-professional context, and supervisory context of the cross-cultural school settings, and their reflection upon these experiences constituted the development of their professional competence. Suggestions for improvement of the international field experience programme and implications for future research are discussed.     

Assessment of the phase synchronization effect in modal testing during operation

The impact-synchronous modal analysis (ISMA), which uses impact-synchronous time averaging (ISTA), allows modal testing to be performed during operation. ISTA is effective in filtering out the non-synchronous cyclic load component, its harmonics, and noises. However, it was found that at operating speeds that coincide with the natural modes, ISMA would require a high number of impacts to determine the dynamic characteristics of the system. This finding has subsequently reduced the effectiveness and practicality of ISMA. Preservation of signatures during ISTA depends on the consistency of their phase angles on every time block but not necessarily on their frequencies. Thus, the effect of phase angles with respect to impact is seen to be a very important parameter when performing ISMA on structures with dominant periodic responses due to cyclic load and ambient excitation. The responses from unaccounted forces that contain even the same frequency as that contained in the response due to impact are diminished with the least number of impacts when the phase of the periodic responses is not consistent with the impact signature for every impact applied. The assessment showed that a small number of averages are sufficient to eliminate the non-synchronous components with 98.48% improvement on simulation and 95.22% improvement on experimental modal testing when the phase angles with respect to impact are not consistent for every impact applied.     

Fifty New Books

The central goals of teaching are to educate students about the course material and stimulate their intellectual development more generally. Yet faculty have few avenues to assess teaching effectiveness on these fronts, and students have few opportunities to reflect upon their own growth as scholars and citizens. This article details an exercise that can be used in the classroom to accomplish active reflection on the educational experience for both teachers and students. While the exercise described in this paper has been employed in a small advanced undergraduate seminar in sociology, it can be adapted for both larger classes and courses in other disciplines. This two-part exercise reinforces the value of investing in education, stimulates critical thinking, and encourages the retention of course material for students.     

Images of school principals' information and communications technology leadership

This article describes a qualitative study designed to investigate information and communications technology (ICT) leadership by considering the lived experiences of principals in 10 carefully selected ICT-enriched schools in Canada, New Zealand, and the United States. To encourage further discussion regarding the impact of ICT on educational leadership practice, I have outlined a framework that suggests eight categories of ICT leadership. Although this study focussed on principals of ICT-enriched schools, the practical wisdom of the study participants has potential to assist other educational leaders who are expected to ensure that ICT becomes a tool to enhance learning, teaching, and leadership.     

Towards a hybrid conceptualisation of Chinese women primary school teachers' changing femininities – a case study of Hong Kong

In this paper, I posit a hybrid conceptualisation of women teachers' identities in the globalising and localising negotiation of gender. Drawing on Homi Bhabha's theory of hybridities, this paper argues for a fluid, hybrid and multifaceted reality of women teachers' lives in the areas of family, the husband and wife relationship, and the place of the child in the family as they engage in workplaces. The analysis draws on in‐depth interviews with 20 Chinese women primary school teachers first individually and then in groups of four or five in Hong Kong where globalisation meets with the indigenous Chinese culture. Implications for teacher education are discussed.     

Reflective and integrative learning and the role of instructors and institutions—evidence from Malaysia

Higher Education - The shift in contemporary workplaces has caused higher education institutions to place importance on developing non-academic attributes along with academic success to help...     

Enhancing Undergraduate Research Experience Through a Food Science Research Project

Engaging undergraduate students in research has become increasingly important due to its potential benefits (for example, increased intention to pursue postgraduate study and enhanced understanding of theoretical knowledge). This study investigated whether a comprehensive food science research project that was incorporated into the laboratory component of an Experimental Study of Foods course would enhance student knowledge, confidence, and interest in research. A total of 84 students participated in two sections of the laboratory (2016, n = 39; 2017, n = 45). Scores for pre and posttests and questionnaires were used to determine if the differences in knowledge scores and ratings for confidence in doing research were significant. Knowledge scores indicated that participants were knowledgeable about research at baseline (2016, 7.31 ± 1.15; 2017, 6.89 ± 0.1.21; maximum of 10 points). Results of the t‐tests showed that the change in knowledge scores before and after the project was not statistically significant; however, the level of confidence in performing various research skills (for example, identify research questions, formulate hypotheses, design an experiment) significantly increased upon project completion. In general, students demonstrated favorable attitudes toward the research project at the end of this project. Qualitative responses were organized into three themes that related to the “input” (elements that made the project successful), “process” (how the project was conducted), and “outcomes” (reported gains or benefits) of the project. Recommendations were made in terms of mentorship, research guidelines and topics, and group culture to improve future projects.