Current education reform in both the United States and China promotes a reformed inquiry-based approach based on the constructivist learning theory. This study contributes to the research literature by exploring the relationship between reformed science teaching and students' creativity. Chinese education is often criticized for a lack of…

In both universities and K-12 schools, students leave one world and enter another as they attend classes in discipline-specific domains. But how can students gain the experiences necessary to make discoveries--for personal satisfaction, for academic enlightenment, and perhaps even for the betterment of humankind--without educators who see the…

Science curricula often guide us to teach students just the facts, but our students need to be prepared for life in the 21st century. Since technology is developing rapidly, we do not know what new technologies, resources, and information our students will be working with when they complete school. If we want our students to be truly prepared for…

The Primary National Strategy for England argues that teachers need use the QCA units of work (or whichever scheme their school follows) only as a baseline or fallback: drawing on their "own" expertise as storytellers, creative thinkers, problem-solvers and as experts on their own pupils, to design activities that are engaging, motivating and…

Considered is the importance of teaching creativity in the field of chemical engineering. Lists major concepts in teaching creativity. Suggests ways of bringing creativity into chemistry instruction. (MVL)

American officials lament U.S. students' mediocre skills in math and science, and warn that China, with its firm academic emphasis on those subjects and its enormous student population, stands to reap economic rewards from American complacency. They suggest reforming math and science education in the U.S. to more closely resemble the systems…