Titlebook: Lee Kuan Yew’s Educational Legacy; The Challenges of Su Oon Seng Tan,Ee Ling Low,David Hung Book 2017 Springer Nature Singapore Pte Ltd. 20

CEDE

Technology and Innovationilestones of technological innovations is Singapore’s Masterplans for ICT in Education from 1997 that start from the national initiative in building technological structure in schools, developing engaged learning framework and the innovations for teaching and learning (also in line with C2015 curric

Microgram

Education and the Making of the Singapore Economyic phenomenon that has fascinated many scholars and inspired many policy makers. Behind this meteoric rise is the role of education in the making of the Singapore economy. This chapter documents the thinking of Lee Kuan Yew behind the education changes that were aimed at producing Singaporeans who a

入會(huì)

Multiculturalism and Citizenshipon for Singapore. The first part of the chapter introduces the key features of Lee’s ideal of multiculturalism that encompasses his views on citizenship. The section explains how Lee underscores the need for various ethnic groups to preserve their respective cultural traits while subscribing to shar

泰然自若

notice

Educating in a Turbulent Worldghlights two key educational imperatives to prepare students for the future—innovation and social cohesion—and the potential tensions between them before asking if Mr. Lee’s ideas continue to be relevant as we forge forward to educate in an increasingly complex and turbulent world. Recommendations a

MELD

onmental protection, sustainable management, and conservation of biodiversity. Conservation of genetic resources not only prevents extinction of a species but also reduction of gene pool and loss of genes and genotypes (Nghia 2001). Deforestation and shifting cultivation are the main causes of fores

威脅你

Oon-Seng Tan,Ee-Ling Low,David Hungnt morphological and cpDNA sequences are used to describe th.Indian screw pine family Pandanaceae represents three genera, in which genus Pandanus and Benstonea are distributed in two hotspots in India – the Western Ghats and the Northeast Himalayan region. For the first time, Indian Pandanaceae has

LAPSE

蕁麻