Many post-industrial societies have seen a decline in secondary school students' aspirations to become an engineer. Hong Kong (HK) is a post-industrial region within a larger industrialising society where no current study identifies engineering aspirations of secondary students. A representative sample of HK (3724 students/23 schools) explored engineering attitudes, perceptions, motivation, efficacy and curricular/extracurricular experiences using a purposely defined questionnaire. Contributions of these factors to students' aspirations were differentiated into individual and school contexts using hierarchical linear modelling and structural equation modelling. Descriptive analyses identified boys and younger students in single-sex schools had the most positive attitudes towards engineering but school-based engineering opportunities did not provide significant contributions to students' aspirations. Aspirations were affected by students' engineering efficacy, practical 'hands-on' experience and limited science, technology, engineering and mathematics (STEM) curricular experience. Similarities between HK and many post-industrial societies, and curriculum/pedagogical implications concerning efficacy for secondary school engineering education are identified.
[Copyright of European Journal of Engineering Education is the property of Taylor & Francis Ltd.. Full article may be available at the publisher's website:
http://dx.doi.org/10.1080/03043797.2018.1435629]

While experential learning has been increasingly explored and adopted by higher education institutions, few have researched the appropriate assessment methods that can be aligned with the learning outcomes of experential learning. A literature review on the diverse forms of assessment currently used for community service types of experiential learning in higher education is presented in this paper to review their appropriateness in assessing experential learning. The paper also describes the assessment framework of the University of Hong Kong Sichuan Reconstruction Community Service Project, which is incorporated into a multidisciplinary community service learning project. Feedback from students and teachers are reviewed to gauge their preferences towards these assessments, as well as their opinions on assigning academic credits to experential learning projects.
[Copyright of European Journal of Engineering Education is the property of Taylor & Francis. Full article may be available at the publisher's website:
http://dx.doi.org/10.1080/03043797.2011.644763]

The number of distance education providers and learning options has increased rapidly in recent years with the emerging flexible learning technologies. The main challenge facing Australian and other universities aiming to deliver distance education programs nationally or internationally is to find economical ways to encourage and enable effective learning at a distance and at the student's own pace. The authors state that this challenge cannot be met by computer technology alone, but rather by integrating this technology within flexible learning approaches based on the universality of learning processes and teaching and learning approaches that encourage deep learning. The article focuses on the question of quality in distance education and how quality relates to student learning and flexible learning technologies used for this purpose. A particular student-centred model for flexible learning that is based on this paradigm of quality is presented. The implementation of this model is discussed in greater detail using the experiences of the RMIT Mechanical Engineering distance education program offered in Singapore and Hong Kong.
[Copyright of European Journal of Engineering Education is the property of Taylor & Francis. Full article may be available at the publisher's website:
http://dx.doi.org/10.1080/0304379032000129322]