Chang, Chew Hung

Unlike learning management systems that allow the instructor to organize resources in a predetermined structure which prescribes a fixed learning strategy, G-portal was developed to provide digital assets that will are used by students to solve an authentic problem based on real world resources. In contrast to learning management systems (LMS) that allow the teacher to organize resources in some predetermined structure which then prescribes a fixed learning strategy, digital libraries such as the G-portal provide users the opportunity to take control of their choice of resources, ways of representing and using these resources, creating new resources and even developing their own learning strategies. The G-portal developmental project was initiated as an attempt to improve on the existing capabilities of digital repositories and the move into multimodal representations, in that it hosts In order to effectively deploy the G-portal at local schools and test the effectiveness of the various capabilities of G-portal and the associated learning styles, a project was conducted to develop digital assets and to examine the usability and capabilities of the G-portal.

Climate change is taught explicitly as a topic in the Singapore school geography curriculum. In responding to the city state’s desired outcomes of education and meeting its standards of twenty-first century competencies, it is important for learners to develop criticality and dispositions to engage climate change issues. Based on previous studies conducted by the PI over the last four years, it has been found that geography students have misconceptions about this topic that are similar to those found in other students around the world. In reviewing the literature on methodologies that examine how best geography can be learned, the Learning Progression (LP) approach offers an empirics-based roadmap for building students’ holistic knowledge base and in confronting the fragmented and often incomplete understanding of the climate change issue. The study endeavours to answer the key question of how school geography curriculum can be designed for learning about climate change and how it can be enacted in the classroom based on the outcomes of this research study. The methodology is adapted from the common practice of establishing a hypothetical learning progression (HLP), testing and validating the HLP to develop the empirical learning progression (ELP) before determining intervention strategies to test if students can learn climate change better through this approach. The findings will contribute towards the curriculum design and development of the climate change topic, offer a case study in geography teaching and learning informed by the OER’s instructional core model, provide opportunities for evidenced-informed delivery of NIE’s pre-service and in-service programmes on geography education, and foster deeper professional collaborations between NIE, MOE-HQ and schools. More importantly, the research study will inform the teaching and learning of climate change within the wider context of geographical and environmental education in the international community.