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The purpose of this paper is to present a novel laser pointer for manual coating robot teaching. The laser pointer has simple structure and no physical contact with substrate in teaching work. The sensitivity of visual detection in the design accuracy is guaranteed.

The strategy adopts two laser sources to form a triangle to achieve a fixed distance detection pointer for manual robot teaching. After optimizing the source, spot size and the incident angle of the lasers, the sensitivity of fixed-distance judgment is analyzed and compared with traditional pointers. In addition, the laser pointer adds the functions to simulate coating atomizer, including posture and overlap pitch. Finally, the laser pointer verified by coating application and measurement system analysis evaluation.

The laser pointer has been successfully applied to coating robot teaching by the authors’ team. From the simulation and experimental results, it can be concluded that the proposed approach is effective at improving manual teaching of coating robot, especially for the complex geometry.

The main function of the laser pointer often used for manual teaching in other purposes; for example, sealer etc. The paper innovatively considered and tested the laser pointer on robotic coating process.

Compared with the traditional hard straight stick pointer, the paper proposes a very simple construction for teaching pointer with laser feature. At the same time, the requirement of coating process simulation is considered.

With the aim of discovering the important factors in training staff to use newly installed automated circulation systems, the appropriate libraries in New Zealand were sent a questionnaire in 1988. This asked how libraries had trained their staff, and the outcome of the training in terms of satisfaction with their decisions, sparseness of mistakes after implementation and time taken for staff to attain efficiency after implementation. The most important factors in training were that the vendor should be heavily involved in organizing and carrying out training; training should be given before the system went live; staff should be given detailed training in the whole system; and a number of different training methods should be used. These factors were especially important for libraries installing their first automated system, those installing integrated systems, those with few staff, and those installing their systems in the earlier years of automation; that is, those libraries whose staff have the least background in the system being installed, have the greatest need for excellent training.

The paper sets out to provide a selected bibliography of books influential to the librarian's teaching and learning philosophy.

The paper introduces and annotates books identified by LOEX‐of‐the‐West 2006 attendees as influential to their instruction activities, teaching philosophy, or meaning of education.

The paper provides information about each source, including an introductory discussion on the classification of the titles into six major genres of instruction inspiration and four major (generic) philosophies of education and learning.

The information presented in the paper may be used by librarians and interested parties to solidify and broaden their own thoughts and values on who they are as an instructor.

This paper aims to explore the objectives and methods of teaching engineering and technology education (ETE) through the lens of three educational taxonomies in cognitive, knowledge and problem-solving perspectives. This analysis is useful in light of today's increasing interest in teaching engineering and technology in K-12 education, instead of crafts or manual skills.

This is an exploratory study. Technology and engineering education is a relatively new area in K-12 education, and little has been written about the use of general educational taxonomies for analysing and designing the teaching and learning of this subject.

The literature analysis teaches us that fostering students' higher-order capabilities such as design and problem solving in engineering and technology cannot take place in isolation from specific knowledge. Instruction should be designed to: develop a certain degree of factual, procedural, conceptual and meta-cognitive knowledge in relevant areas of technology, science and mathematics; and engage learners in assignments of increasing cognitive levels, from simple to complex ones.

This work is original and valuable in that it explores ETE through tools often used in the educational literature and research, rather than regarding technology education as an exceptional school subject. This could encourage making engineering and technology a core component in the overall curriculum.

The previous coronavirus disease 2019 (COVID-19) pandemic has forced pre-service English teachers to conduct their teaching simulation virtually. In the context of online teaching, social presence is vital for effective learning. This skill is perceived as a way to humanize the online learning process. This article explores how social presence is represented in the pre-service teacher's synchronous online classroom and how the development of social presence enables the pre-service teachers to develop their students' well-being and thus humanize online classrooms.

The current study draws upon case study research. The data were collected from (1) synchronous online teaching simulation recordings of pre-service English teachers from the Language Classroom Management course and (2) interview transcripts from three participants. Both data sources were transcribed, coded and analyzed. A two-step coding scheme for pre-service English teachers' social presence was adapted from the Community of Inquiry (CoI) coding template.

This study reports that all the three social presence categories (i.e. cohesive, affective and interactive) emerged from their online teaching simulation. In addition, the development of social presence to humanize online classrooms from the pre-service teachers was found in these stages: (1) having a role model for teaching, (2) showing respect and being friendly and (3) adjusting the language of instructions to the students' level.

This study has been limited to the pre-service teachers in one university only. Therefore, this needs to be tested in wider settings and contexts.

Theoretically, this study has added students' well-being as the element that connects social presence to the humanizing online classroom. Meanwhile, practically, in relation to teacher education, this paper also recommends the teaching stages leading to a more humanized online learning.

Current studies tend to describe social presence in experienced teachers' asynchronous online classrooms. Rarely did the studies explore social presence as practiced by pre-service teachers in the context of synchronous videoconferencing class. Furthermore, there has also been limited research connecting social presence with humanized classrooms.

In 1984–85, Reference Services Review published a series of review articles on field guides for wildflowers (Potts), birds (Klaas), trees (Kinch), and insects (Chiang). A glance at Books in Print indicates the number of new field guides appearing since that time. Rather than evaluate a new crop of highly focused field guides, the present essay examines a related kind of nature guide, the nature‐study manual. For the purposes of this essay, the nature‐study manual is defined as a guide that encourages investigation of the natural world, rather than offering facts and identifications. To be a nature‐study manual, a book must offer tools and techniques for identification (often through field guides), observation, recordkeeping, and often collection of specimens and experimentation. Books of narrative natural history and essays on a particular observer's experiences are thus excluded. The nature‐study manual's unique role is to instruct readers in how to observe and study nature for themselves, whether close to home or in far‐flung regions.

The purpose of this paper is to examine the integration of Okala curriculum into Interior Design coursework. Okala, as a teaching package, is utilized extensively in industrial design education. However, this study examines the expansion and insertion of Okala modules in an existing interior design curriculum. The Okala modules included were: broad ecological information, eco‐design history, and strategies and processes for ecological design implementation. To interpret if the integration was effective, an online survey was developed and distributed to students enrolled in the course.

The survey was administered at the end of the spring 2009 semester. To evaluate the effectiveness of Okala modules and the perceived perceptions of the students' awareness toward the environment – ecologically, economically and sustainably – the researchers used the New Ecological Paradigm (NEP) questionnaire. Developed by Dunlap and Van Liere in 1978, the NEP has been a reliable instrument in several previous studies, has measured other populations' attitudes toward the environment, and correlates well with the intent of researching Okala modules.

The key findings suggest that the incorporation of Okala modules: heightened students' confidence that humans' ability to produce environmentally‐friendly technologies will not allow for environmental collapse; equalized students' feelings about humans' and nature's rights; and did not change students' perception about Earth's capabilities and limits. Overall, the study had successfully determined students' environmental feelings prior to and after course instruction.

This paper exposes the importance of integrating sustainable development and interdisciplinary coursework into the content of a curriculum‐required course.

This research clarifies the birth and evolution of “Social Study” in Myanmar through analyzing the differences of contents and approaches between “Social Studies” under the military administration and that under the recent democratic administration.

The author obtained “Social Studies” textbooks that were used both in the past as well as in present day and translated them into English. The textbooks’ contents were analyzed in detail while referring Japanese and American “Social Studies” textbooks. Specifically, the author focused on the content structure of the textbooks and the learning objectives and approaches used. Each textbook was analyzed in accordance with the era in which they were used considering the social and political conditions at those times. In addition, the author clarified the necessary competencies for the people of Myanmar during the new era through discussions with many Myanmar educators. Based on this research, the author advised the Ministry of Education on the content of new “Social Studies” textbooks and supported their development.

The idea of child-centered education introduced under the military administration was further strengthened in the recent new “Social Studies” textbooks allowing students to learn by tapping into their interests and also encouraging deep thinking and creativity. This approach changed their learning from memorization without deep thinking in the past to contemplating things and creating new ideas.

The findings can provide curriculum developers and educators in other countries with a broad direction on how to reform “Social Studies” and related subjects curricula and textbooks in their own countries in the future.

A scheme for conversion from magnetic tape to computer control of an industrial robot has been developed. Programming has been extended from the normal teach capability to operation from a remote hand‐held joystick as well as from the computer console.