Edited by Karin Priem and Frederik Herman
Children, Education and a New China, 1902-1915
Xudong Zhu and Jian Li
This study explores how to be a teacher of holistic profession from a perspective of transformative learning. Cultivating holistic profession in transformative learning involves the process of changes in communicative and instructional learning, the process of learning practical experience, and the process of critical reflection. These transformative learning processes contribute to the construction of teachers’ holistic profession contextually. The rationales of applying a perspective of transformative learning concentrate on three major reasons. Cultivating teachers’ profession as one type of adult learning is the core subject of transformative learning. Development serves as core idea of teachers’ holistic professional consciousness. The learning transformation occurred from semi-profession to holistic profession. In this sense, the transformative learning model for teachers’ profession is initially proposed to identify a special lens to shape an explicit pathway of being a teacher of holistic profession. In this model, transformative learning involves identifying “learning being professional”. Transformative relationship focuses on “teaching being professional”. Transformative context view concentrates on contenting being professional. Transformative context view involves contenting being professional. The conclusion and remarks are offered to summarize the rewards of being a teacher of holistic profession.
This paper reviews British experience of inspiring and educating teachers in Citizenship Education. It is based on a case study undertaken at ucl-ioe where provides diverse and distinctive teacher training programmes. The study firstly provides an overview on the National Curriculum for Citizenship and teacher education in England. Then it introduces three types of programmes related to citizenship education at ucl-ioe, in which the author used to work as both a teaching assistant and participant researcher. By reviewing relevant documents (e.g. curriculum frameworks with teacher’s guide, programme handbooks, academic literature, and participants’ evaluation), the study analyses a multi-levelled structure of teacher education for citizenship at ucl-ioe, which consists of fundamental programme for concept and theory learning, specialised programme for subject and pedagogy learning both at the institute and schools, and practical programme for project-based learning cooperating with social organisations. The study further discusses how the university-led programmes could encourage and prepare teachers for their devotion into citizenship education, and argues for a comprehensive, interdisciplinary and participatory model to be implemented. The paper concludes that a high-quality teacher education for citizenship must help both pre-service and in-service teachers to develop subject-based, pedagogical and transferable competence.
This ethnographic case study documents students’ lived experience at a Canadian offshore school in Macau through students’ multimodal artifacts, interviews, and teacher-student interactions in English and Mandarin literacy classes. Undergirded by the theory of cosmopolitan literacies, this study revealed the opportunities at mcs for difference negotiation and fluid identity formation that were enabled by mcs’s curricular emphasis on celebrating multiculturalism and multimodality. However, interview and observation data showed that literacy practices in the English literacy classes also centered around pen to paper meaning-making. This study identified human and non-human actors that enabled and constrained students’ literacy and identity options in the unique cross-border education context in Macau, such as mcs’s multicultural reality, school’s curricular emphasis on celebrating multiculturalism and multimodality, individual teachers’ preferences in literacy practices, and the expectations of the standardized Alberta test. The paper discusses the pedagogical potentials of cosmopolitan literacies to expand transnational education students’ literacy and identity options.
Xinyun Hu and Nicola Yelland
This review examines the design cycles of innovation in response to changing policy, technological and practical imperatives. It begins with the initial creation of an information and communication technology course in an early childhood teacher education program and describes its evolution into a contemporary topic. Program changes occur because of policy-driven trends, including the expansion of the definition of what constitutes technology and the incorporation of innovations into curricula and pedagogical practices. We characterize these changes in three design cycles. In the first cycle, courses to prepare preservice teachers for early childhood centers focused primarily on computer-based skills. In the second cycle, new technologies were integrated into the curricula and teaching programs and incorporated into the practicum. In the third cycle, the principles and practices inherent to science, technology, engineering and mathematics (stem) education were adopted to extend the role of new technologies in contemporary curricula and pedagogies. These new learning ecologies were characterized by the application of inter-disciplinary knowledge in authentic learning contexts. The reviewed case studies included students in three new technologies course projects in an early childhood teacher education program. The findings revealed that early childhood preservice teachers expected more opportunities to practice and apply new technologies in innovative learning spaces focused on stem learning. Furthermore, they believed that university teacher education courses should be applicable to practice-based contexts. The implications of this review inform the process of change in the design of teacher education programs from technology-based learning to the pedagogical innovations needed to prepare future teachers. It illustrates that new technologies for learning should consider changing learning ecologies in their design and implementation, and should support early childhood teachers in understanding and using child-centered pedagogical approaches.
Roxanne T. Bongco and Rodrigo D. Abenes
Feminisation in the teaching profession is a global issue. It has been said this problem implies gender inequality in relation to their male counterpart for it results in the lack of male models in the basic education and, thus promote social exclusion. This social reality is also the case in the Philippines. Data in 2008–2009 from the Philippine Commission on Women reveals that about 89.58% of the teachers in public elementary and 77.06% in the public secondary schools are female (pcw, 2014). In this regard, this paper argues that feminisation of education in the Philippines, all the more result to uncompromising situations of female teachers for as women, they need to work in shifts as part of their changing roles both in school and at home. Further, this paper presents an analysis of the narratives of ten female teachers in basic education which reveals that in spite of the feminisation of teaching from a purely statistical perspective, they still remain disadvantaged in the career that had always been believed to be their domain, especially in the area of career promotion. Limiting factors to the promotion of women still point to their social conditions as women, where the multiplicity of social expectations and duties in their diverse spheres clash to the detriment of their careers.
In January 2017, the Chinese Ministry of Education issued the Curricular Standards of Science in Elementary Schools, aiming at developing students’ scientific literacy and a foundation for their learning and development as competent citizens. To achieve its overall goal, the reform reflects four main strategies: extending the learning time of science education, integrating engineering and technological contents into science subject, phased design based on the idea of learning progressions, and using big concepts to guide teaching contents. The Curricular Standards of Science in Elementary Schools has been implemented in major provinces and cities across the country and achieved initial outcomes in stimulating students’ enthusiasm for learning science. To better implement these standards, increasing capital investment, improving experiments, and upgrading equipment become urgent to be considered.
Digitalization as a key issue of society is increasingly a topic in school. Authorities like the recently deceased scientist Stephen Hawking and the founder and ceo of Tesla, Elon Musk, see both challenges and chances in the developing artificial intelligence (A.I.). Musk remarked: “A.I. will be the best or worst thing ever for humanity” (cnbc 1 2017). The solution, Musk said, is to increase regulatory oversight of the development and implementation of A.I. immediately: “AI is a rare case where I think we need to be proactive in regulation than be reactive.” (cnbc 2 2017). Stephen Hawking emphasizes the same point: “The emergence of A.I. could be the “worst event in the history of our civilization” unless society finds a way to control its development (…). Success in creating effective A.I. could be the biggest event in the history of our civilization. Or the worst. We just don’t know.” Hawking said during a talk at the Web Summit technology conference in Lisbon, Portugal, in 2017. (cnbc 3 2017). In view of these considerations and in regard to the meaning for education in school the question arises: Which topics and competencies should be presented to pupils against the background of the rapid processing in the field of digitalization and the corresponding uncertainty of topics and competencies that could be of importance in some years and decades? Verbalized differently: What does sustainable education for our future include? The answer will be aimed at the teaching and acquirement of basic competencies in general and in the field of digitalization. What should this “basic education” include? Another question is: How is it possible to combine learning processes in a “virtual reality” with learning processes in a “natural reality”? Further considerations are given in this article.