“创学堂”视域下英语绘本运用策略思考

英语绘本作为一种多模态文本,是小学英语教育中非常重要的教学资源。在英语“创学堂”中引入英语绘本,应用绘本支持学习理解,围绕挑战性的主题任务,通过预学和创学,可以帮助学生学习和理解;应用绘本支持技能练习,可以在互动性的深入会谈中,助推学生听说读写看能力的全面发展;应用绘本支持课外学习,可以使学生探究性的学习时空和创新性的知识运用真正发生。

Open Approach-Based Subject Matter： A New Aspect of Mathematical Activity Fostering Students＇ Creativity

This study compares the subject matter appeared on traditional Thai textbooks and Japanese textbooks and analyzes how extension and integration sequence on Japanese textbooks evokes students＇ mathematical creativity. The data were collected from the series of four lessons in the fifth grade by teaching experiment methodology conducted following the professional development project implemented lesson study and open approach in Thailand. The results show that extension and integration sequence is an appropriate subject matter to generate lesson for problem-solving classroom. The sequence of lesson leads students to excitement, curiosity, confidence and intimacy in mathematics that are powerful effects of mathematical creativity. Students can produce the different and various ways to solve problems that indicate their divergent thinking.

Research on the Flip the Classroom Teaching Mode for Innovation Entrepreneurship Classes under the MOOCs Background

In this paper, we conduct research on the flip the classroom teaching mode for the modem innovation entrepreneurship classes under the MOOCs background. Job creation and encourage the entrepreneurship to create more employment opportunities will be a long-term policy, which puts forward higher requirements on entrepreneurship education in colleges and universities, we need for the current problem restricting the development of entrepreneurship education in colleges and the universities well as in-depth research. In view of the special practical entrepreneurship education, many universities invite entrepreneurial experience for the entrepreneurship lectures, entrepreneurial guidance. It should be worth promoting, but we also want to see, entrepreneurial faculty have their weakness. Under this background, we combine the MOOCs and flip the classroom teaching mode to form the novel education paradigm which holds special meaning.

Teaching Innovation Exploration basic theory of art and technology professionals

According to features of current undergraduate curriculum design in the teaching of art and science, and combing exploration and the problems that exist during the process of teaching of basic theory of art and science, this paper taking design courses of interactive introduction for example, it tries to innovate classroom teaching methods of exhibition of art and technology, interactive art and technology are principle theoretical classes of their major. Making good use of initiative of self- learning is the core element to help students in subjects learning, we constantly improve and perfect teaching concepts and classroom teaching mode to create the space for students to learn and explore actively, make personalized study according to their own characteristics, we make students experience the interest of freedom, autonomy, inquiry learning, enjoy the delight of appearance of personality and vitality of the burst of life vigor. Combining personal teaching experience, we should explore the way to led art students to learn with initiative in principle theoretical classes of their major.

Focus on Creating Teaching in Classroom, Cultivate Innovation Ability

Generative resources are mainly derived from the students （sometimes from the teachers）, which is dynamically generated in the students＇ practice, self-inquiry, and cooperative communication. Gifted children refer to a group of children who have such characteristics as high IQ （intelligence quotient）, strong creativity, and good personality. Their intelligence and capability have great potential for further development. As cognitive ability is one of the prominent characteristics of supernormal children, the lecturers can not only pay attention to teaching knowledge （facts teaching）, but also need provide proper opportunities for them to develop their aggressiveness, creativities, and challenges when teaching these children. Because students are active in thinking, in the classroom, students often have some unexpected ideas, that is, the generation of the classroom, in the face of this situation, teachers should be how to do？ A joke between students in the class, sparked the interest of a classmate, and then under the teachers＇ guidance, they invented a chemistry experiment instrument Ω type pipe, illustrated the importance of the teachers focus on creating teaching.

The role repositioning of teacher and student in the process of knowledge internalization under flipped classroom

Flipped classroom model led to the transformation of university teachers＇ teaching role. From the perspective of the sociology of knowledge, the teacher professional development is a process of transformation of the role of teachers, and role transformation and the way of actors involved in the knowledge are associated. Participating in knowledge in different ways, role types are also different. Thus, changing the way ofparticipating in knowledge is the basic way to participate in the transformation of the role. Classification of roles is not the classification ofhumans.A social may might play many roles of many types in his life andmay have the function of a variety of roles at the same time. Meanwhile, it can be transferred between characters, especially in the case of depending on the same knowledge system.As long as the ways of involvement are different,the functions and types of roles are also different. University teachers are those who play a variety of roles of knowledge and society, some being the teaching teachers of organization and dissemination of knowledge, some being scientific and teaching teachers who focus on organizing and disseminating knowledge as well as knowledge creation, and knowledge creation and heavy teacher teaching and research, while others are knowledge creation based research teachers. In the field of the sociology of knowledge, university teachers should be scientific teaching roles depending on a deep knowledge and participating in knowledge in a variety of ways. From the perspective of the sociology of knowledge, according to Eph · Znaniecki＇ s role classification, university teachers participate in knowledge in three ways： teaching, learning and researching. Teaching, learning and researching are relative but different ways of participating in knowledge. State they are relative because itshows teaching can promote learning, learning can promote researching, researching can also promote learning and teaching. The homochromous interaction of teaching, leaming and researching, knowledge is in constant state of development and generation.