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Purpose – The purpose of this study is to formulate a curriculum design framework, to test it and learn through pilot implementation, in order to systematically embed the graduate capabilities in the curricula, leveraging on Biggs’ constructive alignment framework. This paper aims to report the outcome of a study lasts for one year supporting a university’s curriculum transformation project. Methodology – Guided by the research objectives of this study, the research approach is action research. More specifically, benchmarking visit was used for the first phase, the design phase, to propose a suitable curriculum design framework. Pilot implementation was used during the second phase. Two programmes from two faculties were selected. Data was collected through observation, interview and document analysis. Data was analysed through on-going analysis and final reflection. Findings – This study presents a more detailed and practical curriculum design framework to support the development of graduate capabilities leveraging on Biggs’ constructive alignment framework. The key challenges faced and proposed strategies are consistent with existing studies. However, this paper argues for stronger emphasis on communicating compelling reason for change. This study reinforces that the process of constructive alignment remains challenging due to the iterative process of alignment at programme and module levels. Significance – This paper has expanded Biggs’ constructive alignment operational framework by offering more detailed and practical steps to ensure curriculum design effectively supports the development of graduate capabilities. The insights are especially useful for young universities with limited experience and yet have the ambition to transform its curriculum to develop institution-wide graduate capabilities leveraging on Biggs’ constructive alignment framework. The insights are useful for improving countries’ policy and implementation strategies too.

Discovery learning is an approach that encourages students to become active participants in the learning process by exploring concepts and answering questions through experience. It is one of several inquiry-based learning techniques that seems particularly suited to the instruction of science since performing experiments is one of the key methods in discovery learning. However, the efficacy of discovery learning projects have not been explored much in Malaysia. In this study, an experiment integrated with real-world biotechnology industry example focusing on the function of the enzyme pectinase in the clarification of fruit (apple) juice was adapted and introduced to a group of urban, international secondary school science students who had undergone prior direct instructional guidance on the biological role and function of enzymes. The students were asked to complete a set of pre-experiment and post-experiment questions in order to analyse the impact of the experiment on their understanding of this topic. Results suggest that this discovery learning project do strengthen the learners' prior knowledge and understanding of the function of biological enzymes through application of concept based on real world practice. High level of positive feedback was received (86.2%), with the students commenting on the "fun aspect", being excited about being able to perform the experiment and expanding their understanding by linking their findings with a real-world, industrial application. Given the reported steady decline of Malaysian students enrolled in STEM (Science, Technology, Engineering and Mathematics) courses at secondary and tertiary levels, our findings suggest that developing and including more real-world, discovery type projects in secondary schools may help to effectively raise student interests in science subjects such as biology through new learning approaches.Utilizing a discovery learning, real-world based fruit juice clarification experiment to enhance teaching and learning of biological enzyme concepts