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Background: Under the impact of globalization and the coming of the Information Age, there is a paradigm shift occurring in the engineering curriculum and academic structure. Apart from the creation of new programs for the emerging fields in engineering, the approach and orientation have also been shifted from objective-based/input-based education to outcome-based education. The criteria for the new generation of quality engineering graduates have been much broadened. Engineering program structures are being revised to facilitate student mobility, and set to meet global recruitment needs. Focus of discussion: This paper is divided into two parts: The first concerned with the general engineering education development and the second describes the developments in the European Union, the United States, and Japan. Suggestions: To meet the new learning outcomes, approaches to learning, teaching, and assessments are revised and realigned. Not only have the graduates to update their professional knowledge, they should also have acquired various generic thinking and communication skills, the ethical sense of social responsibility, learning how to learn and life-long learning, knowledge of foreign language and other culture as well as authentic experience in doing research. Conclusion: As engineering education is being internationalized, the government can keep in step with the international community by joining regional and international cooperation initiatives in engineering education. Students should be encouraged to participate in international research exchange programs. Institutions of higher learning must design new program structures, identify desired learning outcomes, determine ways to align and attain their outcomes through revising course content, provide pedagogical training for faculties, adopt a variety of teaching and learning methods, and devise appropriate assessment criteria and methods. [ABSTRACT FROM AUTHOR]

Background: In PISA 2009, seven East Asian countries rank high among the 65 participating countries, but some of the differences among the seven countries are small to be of substantive meaning. Aims: This paper is an attempt to fine tune the comparisons for better understanding of the situation in East Asian. Sample: Data of the seven East Asian countries were pulled from the PISA 2009 report and re-analyzed. Method: Pair-wise comparisons were made by way of effect size on Reading, Mathematics, and Science. Results: The overall patterns of differences show that Shanghai-China is definitely ahead of all the others. Korea, Hong Kong-China, and Singapore are similar in performance and form a cluster. Japan, Chinese Taipei, and Macao-China are similar and form another cluster at the lower end of achievement. Conclusion: Instead of ranking the seven countries with seven different ranks, it is more meaningful to cluster them into three groups to avoid spurious precision. In other words, league tables should not differentiate where there are no meaningful differences. (Contains 4 tables.)

Background: Under the impact of globalization and the coming of the Information Age, there is a paradigm shift occurring in the engineering curriculum and academic structure. Apart from the creation of new programs for the emerging fields in engineering, the approach and orientation have also been shifted from objective-based/input-based education to outcome-based education. The criteria for the new generation of quality engineering graduates have been much broadened. Engineering program structures are being revised to facilitate student mobility, and set to meet global recruitment needs. Focus of discussion: This paper is divided into two parts: The first concerned with the general engineering education development and the second describes the developments in the European Union, the United States, and Japan. Suggestions: To meet the new learning outcomes, approaches to learning, teaching, and assessments are revised and realigned. Not only have the graduates to update their professional knowledge, they should also have acquired various generic thinking and communication skills, the ethical sense of social responsibility, learning how to learn and life-long learning, knowledge of foreign language and other culture as well as authentic experience in doing research. Conclusion: As engineering education is being internationalized, the government can keep in step with the international community by joining regional and international cooperation initiatives in engineering education. Students should be encouraged to participate in international research exchange programs. Institutions of higher learning must design new program structures, identify desired learning outcomes, determine ways to align and attain their outcomes through revising course content, provide pedagogical training for faculties, adopt a variety of teaching and learning methods, and devise appropriate assessment criteria and methods. (Contains 1 note.)

Background: Media education is the study of the media with the aim of cultivating people's media literacy. In the past four decades, media education has rapidly developed in school systems and communities all over the world. Each country has its own developmental trajectory. With the rise of the interactive new media, media education is going to have a paradigm shift, bringing media education study into a new era. Goals: This paper discusses the rationales, definitions and approaches of media education. It also provides an overview about the global development of media literacy training. Results: Although different countries define media education in different ways, they share the common goal of training media literate people to deal with the media in an intelligent and responsible way. Media education has been well developed in the West but in recent years Asia regions such as Hong Kong, Taiwan, Mainland China and Japan are gaining their momentum. With the emergence of various new media devices, media education is regarded as playing a more important role in cultivating wise prosumers in the 21st century.

Background: The Project Yi Jin (PYJ), an alternative pathway for secondary school leavers and adults to further their education, has been receiving full support from the government, the Federation for Continuing Education in Tertiary Institutions (FCE) in Hong Kong and the public. Graduates of PYJ have the equivalent academic status of their counterparts in the main stream education. It was first implemented in 2000/01 by the FCE and has been offered to more than 35,000 students by 2006/07. With the success of the programme as a safety-net for a mass education system, it should continue to function more vigorously as new reforms are being implemented in the Hong Kong education scene in the future. The Chief Executive in his 2004 Policy Address has set out the direction to develop a new secondary and university system, i.e., (3+3) for secondary + 4 (tertiary) [the old one is (3+2+2)+3], to be launched in 2010/11, that will effectively prepare the next generation to cope with the challenges of the 21st century and the demands of the rapidly developing knowledge-based society. The new system, together with substantial modified curricula including the newly developed applied learning courses (ApL), is supposed to be able to look after all secondary students. Aims and focus of discussion: This paper aims to argue the necessity of launching a new version of Project Yi Jin (nPYJ) concurrently together with the new 3+3+4 academic system. In light of the contemporary global educational systems as compared to that of Hong Kong, it is postulated that the launching of nPYJ as a continuation of the successful PYJ is both legitimate and indispensable with regard to the carefully observed current global fashion of lifelong learning and continuing education in which diversity, equity, and flexibility are highly valued. Method: A comprehensive comparative review was carried out on eleven selected oriental and occidental countries and regions, namely, Australia, Canada, Germany, Japan, South Korea, United Kingdom, United States, China, Taiwan, Singapore and Macao, focusing on the worldwide trend of constant high school drop-out rate as well as the mentioned countries' respective senior secondary schooling articulation policy leading to higher education, in particular shedding light on the establishment of alternative pathways towards tertiary education alongside the conventional educational track. Conclusion: With the literature backdrop and empirical support, it is shown that high school drop-outs are inevitable no matter how well-defined an education system may be. Thus this is where the "safety-net" contingency plan is found essential. A new version of Project Yi Jin (nPYJ), to be offered in parallel with the Hong Kong's new 3+3+4 secondary academic curricula, is indispensable to the new educational structure in the territory which fundamentally helps transform the conventionally somewhat segregated and elite educational system into a mass one. Regarding the curricular design, both PYJ and nPYJ will focus on generic skills and a wide range of electives will be offered as well to arouse students' interest of study. (Contains 1 figure, 1 table and 5 footnotes.)