This study compares direct instruction to two constructivist approaches, namely experimentation and problem-based learning, in fifth-grade science learning in Hong Kong. Constructivist instructional approaches, contrary to direct instruction, stress on students' active role in constructing knowledge in learning. Experimentation and problem-based learning are constructivist approaches commonly adopted in science classes. Research has shown that experimentation enhances cognitive and affective learning outcomes, but mixed evidence has been found in similar comparisons between problem-based learning and direct instruction. We recruited 380 fifth-grade students, each of whom participated in a single science lesson that involved one of the three distinct instructional approaches. Results showed that students in the direct instruction group outperformed both the experimentation group and the problem-based learning group in immediate learning outcome as measured by a short test, while the three groups did not differ in learning interest. Immediate learning outcome and learning interest were weakly correlated only in the problem-based learning group. Our findings may be explained by students’ unaccustomedness to constructivist approaches arising from the unique cultural-educational environment in Hong Kong, where direct instruction is the norm and the curriculum prioritises memorisation and understanding of facts and concepts over discovery processes in learning. This inconsistency with the existing literature highlights the importance of considering cultural factors when evaluating the effectiveness of instructional approaches in primary school science education. Copyright © 2024 De La Salle University.

Using a qualitative descriptive design, researchers describe andidentify similarities and differences in the professional preparation of infant-toddler care and education (ITCE) teachers at university based teacher education programmes in Hong Kong China, Aotearoa New Zealand, and the USA. Researchers overview the ITCE landscape, describe statutory regulations, and consider major documents and prevalent ideas influencing ITCE teacher education in their respective countries. Key findings are presented from each researcher’s analysis of the teacher education programmes at their own institutions and then summarised in descriptive narratives around four major themes: (1) country-specific values, (2) pedagogical elements, (3) curriculum focus, and (4) teaching practicum expectations. On the basis of a dialogic deliberative process, the three researchers then discuss the findings together by deliberating upon how culture in the forms of norms, values, prevailing beliefs, and expectations, appeared to–intentionally or unintentionally–shape the three different approaches to preparing students to become fully-qualified teachers of infants and toddlers. Copyright © 2023 TACTYC.

Researchers examined the cultural hybridization of Froebel’s principles of autonomy, play, and relationship-based care, which feature prominently in infant-toddler care and education in US, UK, New Zealand, and Hong Kong curriculum/pedagogical frameworks. How are these principles enacted worldwide? Methods: Reviewed data from researchers’ existing larger study that included video-cued, multi-vocal (teachers, families, and researchers) analyses, to identify examples of these principles in action in ‘day-in-the-life’ videos of one-year-olds in each country. Findings: The way Froebel’s principles were enacted differed in specific ways found connected to each country’s broader culture, with Hong Kong demonstrating this most distinctly. Significance: Widely endorsed Froebelian principles are adopted but hybridized to represent each country’s uniqueness and to contribute to transmission of cultural values and norms. Copyright © 2023 AERA.

Over the past decades, growing attention has been paid to how the home and school environment contributes to early mathematical development. Nevertheless, many studies focused on the nature and frequency of the learning activities. The potential influences of parent-child and teacher-child relationships are still underexplored. In view that parents and teachers play vital roles in early language development, and language and mathematical skills are interrelated, we investigated: (1) whether different aspects of parent-child and teacher-child relationships were related to very young children’s mathematical abilities; and (2) whether these relations, if any, were mediated by children’s receptive vocabulary. To achieve our study aims, 124 children were recruited from pre-nursery classes in Hong Kong and were administered vocabulary and mathematical tests. Their parents and class teachers also completed a questionnaire relating to their relationships with the children. Results of path analysis showed that after controlling for children’s age, parent-child closeness, parent-child conflict and teacher-child closeness were associated with children’s mathematical abilities through their receptive vocabulary. There were also direct links from parent-child closeness and teacher-child closeness to children’s mathematical abilities. Teacher-child conflict was neither correlated with children’s receptive vocabulary nor mathematical abilities. Our findings suggest that it is important to provide support to parents and teachers on how to build up close and affectionate relationships with very young children. In particular, they should be coached on how to have quality verbal interactions with children, as it may benefit not only children’s early language development, but also their early mathematical development. Copyright © 2021 HKERA-APERA International Conference.

In recent years, the Hong Kong SAR Government is committed to enhancing early childhood care and education (ECCE) provision for local children aged 0 to 2. Nevertheless, there is a dearth of empirical evidence on the quality of ECCE provision for infants and toddlers in centre-based settings in Hong Kong; its impact on child outcomes also remains understudied. In the present study, we examined the structural and process qualities of ECCE settings for infants and toddlers in Hong Kong, and determined whether the qualities of ECCE provision were associated with young children’s language-communicative development. Two trained researchers visited 8 childcare centres in Hong Kong and used the Infant/Toddler Environment Rating Scale to assess the qualities of the centre provisions. We also administered the Chinese Communicative Development Inventory to capture the young children’s language-communicative skills. Our results dovetail international findings that process quality is a more important factor affecting child developmental outcome, thus calling for staff training and measures supporting an environment conducive to quality practitioner-child interaction. Copyright © 2021 HKERA-APERA International Conference.

High-quality caregiver-child relationships are critical to healthy development, including the acquisition of language and literacy skills. However, their potential benefits to early mathematical development and its underlying mechanisms have been minimally explored. In view that language and literacy development play prominent roles in mathematical development, this study investigated whether very young children’s relationship quality with parents and teachers were linked with their mathematical ability through language and literacy abilities. One hundred and thirty two-year-olds from pre-nursery classes in Hong Kong were tested on their early academic abilities. Furthermore, their parents and teachers evaluated on questionnaires the quality of their relationships with the children. Results of path analyses indicated that after controlling for children’s age, parent–child closeness was associated with children’s mathematical ability via language ability. Teacher–child closeness had a direct link to children’s mathematical ability, as well as indirect links through language and literacy abilities. Parent–child conflict and teacher–child conflict had neither direct nor indirect relations with children’s mathematical ability. These results suggest that mathematical development is interwoven with language and literacy development beginning in the early years. Also, parents and teachers should be reminded the importance of building close and affectionate relationships with very young children when nurturing the foundation for academic development. Copyright © 2022 The Author(s), under exclusive licence to Springer Nature B.V.

In a two-year longitudinal study we examined if and how syntactic awareness in L1 Chinese influenced reading comprehension in L2 English, a typologically different script. Participants were 401 Chinese-English bilingual children from Hong Kong. We assessed their word order, morphosyntactic, and reading comprehension skills in L1 Chinese and L2 English, and retested them after one year. Results showed that L1 syntactic awareness cross-linguistically predicted L2 reading comprehension over time; this prospective relationship was mediated by L2 syntactic awareness but not L1 reading comprehension. Moreover, similarity in syntactic structure was important in determining the degree of transfer. The comparable word-order structure between L1 and L2, thus less syntactic distance, rendered word order awareness more transferable than morphosyntactic awareness. Our findings suggest that teachers may evoke L1 syntactic features and map them onto L2 corresponding structures to facilitate reading comprehension in L2. Copyright © 2020 The Authors. Published by Elsevier Ltd.