Reflection on the teaching reform of parasitology experiment course for foreign students under the background of the belt and road

Inorganic Chemistry Experimental course is an important basic compulsory course for students with chemistry major, which can lay solid foundation in the whole process of learning chemical professional knowledge. By starting from the inorganic chemical experimental courses in university, this paper analyzes the construction of interactive cooperative teaching mode and introduces the acceleration effect of interactive teaching mode on the inorganic chemical courses in higher normal university. In the higher normal education, inorganic chemical experimental course is one important component of chemistry major as well as the compulsory course for students of chemistry major and an important course to consolidate the basic chemical theoretical knowledge of students. The accuracy of inorganic chemistry experimental course requires that the students should have certain experimental operation ability and grasp some creation skills; besides, it should pay attention to the cultivation of creativity of students at the same time of improve students' operational ability. Therefore, inorganic chemical experimental course can greatly improve the comprehensive quality of the teachers and students of chemistry major in higher normal university and it is also the essential requirement for chemistry major in the teaching process to improve the inorganic chemical experimental mode in higher normal university.

With the rapid development of modern science and technology, computer technology has penetrated into various fields and become an indispensable tool for various industries. And the wide application of computers in daily life, proficiency in computer technology has become a must for all colleges and universities. Therefore, in addition to arranging a large number of computer theory courses for students, colleges and universities should also arrange enough experimental courses for students, and how to arrange reasonable time for each student. The management of traditional laboratories consumes a lot of manpower and energy and experimental course management. Many problems such as chaos are exposed. This paper will analyze and discuss the existing computer experiment management system, and explore ways to improve the efficiency of computer lab use.

Bridging the gap between clinical medicine and public health: An experimental course for medical students: Rosenberg, S. N., Schorow, M., and Haynes, M.L. Columbia Univ. Coll. Phys. Surg., New York, N.Y., U.S.A. Public Health Rep. 93(6), 673–677, 1978

MR. MANN'S book contains an account of the three months' experimental course on optics pursued by the senior students at the University of Chicago. The name Chicago, uttered on this side of the Atlantic, suggests many different things to different persons; to physicists it cannot but bring to mind the name of Prof. Michelson, to whom we are indebted for some of the most valuable and ingenious optical investigations that the last century brought forth. An experimental course, developed according to the ideas of Prof. Michelson, could scarcely be other than original and stimulating; the course before us, in addition, is systematically developed, the descriptions are clear and concise, and the illustrations, though few, are well calculated to serve the purpose for which they were intended. Each chapter commences with a brief theoretical investigation, wherein the aim is to concentrate attention on the physical, as distinguished from the purely mathematical, aspect of the subject; following this is a description of the experiments, and the manipulation of the necessary apparatus. Room is left for the student to develop a certain amount of originality in his methods, and thus avoid reduction to the state of a mere mechanical copyist. Numerous references are given to original memoirs, which should prove very useful to advanced students. Besides the experiments usually found in books on optics, descriptions are given of the method of determining the j*e-solving power of telescopes, spectroscopes, and gratings. It is interesting to find Prof. Michelson's classic researches on the resolution of spectral lines by means of the interferometer included in a course for students. In fine, no one on glancing through this book would hesitate to endorse the concluding words of Prof. Michelson's introductory note:— Manual of Advanced Optics. By C. Riborg Mann, Assistant Professor of Physics in the University of Chicago. Pp. 196. (Chicago: Scott, Forseman and Co., 1902.) Practical Exercises in Light: being a Laboratory Course for Schools of Science and Colleges. By R. S. Clay Pp. vi + 187. (London: Macmillan and Co., Ltd., 1902.) Price 2s. 6d. Elementary Ophthalmic Optics. By Freeland Fergus, Surgeon to the Glasgow Eye Infirmary. Pp. viii + 107. (London: Blackie and Son, 1903.) Price 3s. 6d. net. Geometrical Optics: an Elementary Treatise upon the Theory, and its Practical Application to the more Exact Measurements of Optical Properties. By Thomas H. Blakesley Pp. viii + 120. (London: Whittaker and Co., 1903.) Price 2s. 6d. Das Stereoskop. Seine anwendung in den technischen Wissenschaften. Uber Entstehung und Konstruktion Stereoskopischer Bilder. Von Wilhelm Manchot, Architekt und Professor am Stadel'schen Kunstinstitut zu Frankfurt a.M. Pp. vi (3 blank) + 68. (Leipzig: Veit and Co., 1903.)

<p>With the progress of the times and the development of network technology, great changes have taken place in the mode of education and teaching, and the traditional mode of education and teaching has been unable to meet the current teaching situation and requirements. Under this background, many scholars have developed a variety of teaching models adapted to the background of the times, which has achieved good results. In order to realize the reform and innovation of teaching mode, this paper designs a film and television teaching system based on virtual reality technology. In the era of Internet of Things and big data, Internet of Things technology is used as support to realize the transmission and sharing of teaching information in film and television teaching system. In the research, data mining technology is used to collect relevant data of teaching resources and teaching information, and relevant algorithms in data mining are used to realize data processing. Experiment of film and television teaching system in different stages of education system and the application of film and television teaching theory courses, experiment courses for students and education development index are analyzed. According to the end of the experiment, the influence of results show that the film and television teaching system in the use of elementary school, junior high school, high school and university level are 25.32%, 31.44%, 18.46% and 47.76% respectively. The film and television teaching system plays a significant role in students’ experimental course scores. The use of the film and television teaching system has raised the development index of education and teaching in each stage of education from 1.12, 1.33, 1.47 and 1.36 to 2.14, 2.21, 2.36 and 2.44 respectively, indicating that the film and television teaching system has a certain promoting effect on the development of education and teaching.</p>

We describe a curriculum for an optoelectronic instrument experimental course. As one of the required professional courses for students who major in Measurement & Control Technology and Instruments, the Optoelectronic Instrument Experiments course aims to familiarize students with the principal concepts of optoelectronic apparatus design and train students to apply this knowledge, working in teams and individually, to identify, analyze and solve problems in optoelectronic system construction. The contents of the course consist of lectures and project-based experiments including systematic analysis, design and implementation. Optoelectronic systems from real engineering projects are chosen as experimental subjects.

A continuous effort to improve the education method of experimental courses is required, because the role of the class is very important for the education of the students in the course of the technical expert. In this report, we will mention the practice of free theme experimental cource for the students of fourth grade of the college of technology. This is one of the many our trials to improve the teaching method of the experimental courses. In the course, the students select the theme, plan the experiments, practice and report the results, independently.

The fundamental manufacture technology (FMT) is one of the most critical professional courses for the mechanical undergraduate students, and the modular fixture experimental course is an important part of this course. This paper presents the reform for this experimental course by making best of comprehensive measures, and the both of the practical and innovation ability of the students can be improved effectively by choosing this experiment course.

The fundamental manufacture technology (FMT) is one of the most critical professional courses for the mechanical undergraduate students, and the modular fixture experimental course is an important part of this course. This paper presents the reform for this experimental course by making best of comprehensive measures, and the both of the practical and innovation ability of the students can be improved effectively by choosing this experiment course.

The preparation of transgenic animals is one of the core technology and critical achievement of gene engineering. However, it has not been reported that the gene engineering experimental course of undergraduate students in universities of mainland China has carried out the preparation of transgenic animals. In this paper, the authors took the advantage of scientific research platform, introduced the transgenic zebrafish technology to gene engineering experimental course of undergraduate students, and explored and practiced related teaching model, which had achieved good results and had great value to popularize.

Digital logic circuit is a basic compulsory course for information majors. It is also the first hardware theory course for students to contact, which lays the foundation for the follow-up professional courses. The course of digital logic circuit itself has the characteristics of theory and practice. It is especially important to transform the theory into practice. The digital logic circuit experiment class can help students understand theoretical knowledge. It is a bridge to transform theory into practice. Scientific mode and reasonable experimental content can promote students’ understanding and application of theoretical knowledge. Therefore, the digital logic circuit experiment course is a very Effective practical teaching methods. The experimental course of digital logic circuit of Tsinghua University adopts the experimental mode of mixing the basic simple digital integrated circuit and programmable logic device.[1] This mode can not only enhance students’ understanding of theoretical knowledge, but also improve the ability of students to debug hardware. After two years of feedback on experimental teaching results, the experimental form using mixed mode has been recognized by most students.

Universities and colleges have developed many new courses concerned with race relations. Objectives of these courses have been far-reaching and it has been particularly difficult to evaluate their effectiveness. Out-comes are often not clearly described. This study examined student experiences with minority groups before, during, and after taking an experimental course in race relations. We observed differences in the experiences with minority groups of open-minded, moderate, and closed-minded students who took the course, and differences in the experiences with minority groups of students who were more or less satisfied with the course. The sample was made up of 69 percent (N = 66) of the students who completed the course. Students said they had first heard of more of the well known minority individuals and had had more interpersonal relations with members of minority groups before taking the course. Most had visited or heard of more of the community agencies and councils while taking the course. At the conclusion of the course, a large number still had not read most of the books, magazines, and newspapers. Open-minded students had had more experiences with minority groups than had moderates before taking the course. The degree to which students were open or closed minded was also related to their number of non-experiences with both minority group people and minority literature at the conclusion of the course. Surprisingly, closed minded students were more satisfied with the course. More satisfied students read less about minority groups after the course was completed. Finally, the results indicated no significant differences in the experiences before, during, and after the course of students who were more and less satisfied with the course.

The paper presents the theoretical assumptions and the way of conducting an experimental course on the Phenomenology of Space designed for architects and interior designers. The course made use of virtual reality to allow students to directly experience the perceptive and cognitive effects induced by the forms of space, colour, the texture of materials, and light. Virtual reality was also the medium that made it possible to translate certain philosophical concepts related to the phenomenology of space into an experiential and applicative field close to the sensitivity and spatial culture of the designers. The themes addressed gave rise to a progressive development that allowed students to develop an increasingly complex project and experiment with increasingly complex issues. The course began with the phenomenology of thresholds, and continued with the analysis of field and synesthesia, the phenomenology of atmospheres, and the analysis of orientation and mind maps. In each of these areas of research and experimentation, the common thread remained the relationship between the body and space. The article also presents the exercises proposed to the students and an overall assessment of the teaching experience.

Recently, the rapid development in the field of optoelectronics attracts widespread concern of all countries. However, the lack of training for the student experiment beginning ability and the neglect of the traditional experiment course for students' subjective initiative promote the establishment of open-experimental course of “optoelectronic materials and devices” which is used for the adaptation of the course of “The basis of photoelectron technology”. Students design experimental scheme by themselves to realize the preparation of optoelectronic films - the performance test of films - the fabrication of optoelectronic devices - the performance test of devices, these four stages of experiment. Students should submit the experiment report and devices.

Development of practical liberal courses for students with non-biology majors under the "Double First-class" background