How do doctoral students experience supervision?

Supervision has been shown to have a high impact on doctoral students' development. However, little is known about how students perceive not only negative but also positive doctoral experiences, as well as their strategies for dealing with perceived problematic situations. The aim of this study is to analyse and relate doctoral students' significant supervision experiences to the strategies they use to cope with these experiences when they perceive them as challenging or negative. A total of 1173 doctoral students from different research-intensive Spanish universities responded to four open-ended questions about their most significant experiences in their doctoral journey, associated feelings and strategies to deal with them. We identified a total of 223 experiences related to supervision that were distributed into five categories: 1) central prerequisites for supervision, 2) supervisor choice, 3) supervision of the research process, 4) coaching and 5) project management. The results showed three distinct ways, as reported by the students, of handling the perceived negative supervision experiences: 1) no strategy, 2) local strategy and 3) regulatory strategy. The results suggest that analysing both positive and negative experiences may better capture variability in students' supervision experiences. A relation between experiences with supervision and students' satisfaction was also detected.     

How do you make students learn more?

This article deals with the system of professional and vocational education and training in secondary schools in the Republic of Slovenia. It presents a research project, conducted on a sample of Slovene businesses. The purpose of the research was to establish whether companies that employ secondary school graduates are satisfied with their knowledge. It also shows one way to increase the knowledge of students in schools.     

How do students really feel about interactive television?

Conclusion I continue to believe that distance education through interactive television has merit. All participating students felt moderately satisfied with the quality of their education regardless of the classroom type. We as educators cannot ignore the areas of lower satisfaction, however. To improve the quality of ITV educational opportunities we must look to enhancing the strengths of ITV and compensating for the perceived weaknesses remote classroom students face. The primary factor relies heavily upon the instructor. Students tell us that the physical presence of the faculty member is important because it greatly improves the level of communication both in and out of the class period. If we as professors can enhance and magnify that communication through such avenues as online chat rooms, virtual office hours, responsive e-mail, and remote site visits, even students at remote sites may find higher satisfaction through education at a distance     

How training on exact or approximate mental representations of number can enhance first-grade students’ basic number processing and arithmetic skills

Theories of psychology and mathematics education recommend two instructional approaches to develop students’ mental representations of number: The “exact” approach focuses on the development of exact representations of organized dot patterns; the “approximate” approach focuses on the approximate representation of analogue magnitudes. This study provides for the first time empirical evidence for the specific effects of these approaches by implementing them in a highly controlled learning environment. 147 first-graders were randomly assigned to one of three intervention groups that used an “exact”, an “approximate”, or both versions of the same computer game, or to a control group. Performance on tasks requiring exact or approximate number processing as well as achievement in arithmetic were measured before and after the intervention. Results show that performance improved on tasks related to the exact or approximate number aspect trained, but there was no crossover effect. Achievement in arithmetic increased for the experimental groups and tended to be higher after only exact or only approximate training. Implications for teaching and learning in the classroom are discussed.     

How do students integrate multiple texts? An investigation of top-down processing

European Journal of Psychology of Education - This study describes an in-depth investigation of students’ integration or connection formation across multiple texts. Students were asked to...     

How do Dutch secondary teachers and students conceive the purpose of assessment?

How teachers and students deal with assessment practices is largely influenced by the conceptions they hold about the purpose of assessment. This means that, given the current plea for a paradigm shift from Assessment of Learning to Assessment for Leaning with a balance between the formative and summative purposes of assessment, the study of teachers’ and students’ conceptions of the purpose of assessment is of the utmost relevance. In this study Dutch secondary school teachers’ (n = 351) and students’ (n = 712) conceptions of the purpose of assessment were measured using a translation of the teachers’ conceptions of assessment questionnaire and a translated and shortened version of the students’ conceptions of assessment questionnaire. Maximum Likelihood factor analyses resulted in four teacher and five student conceptions of the purpose of assessment. The results indicate that the teachers in our sample did not distinguish between formative and summative purposes of assessment. They did discern classroom assessment (formative as well as summative) from school accountability. In addition, they conceive assessment as being of bad (in terms of measurement errors) or good quality. In contrast with the teachers, students do make a distinction between the formative and summative purpose of assessment. They also refer to school accountability and the affects that assessment triggers in them as further purposes of assessment.     

How do students prepare an application for a place in higher education?

Sources of help used by students when preparing an application for a place in higher education using the UCAS procedure were investigated, including how they may use Records of Achievement (RoAs). 178 sixth‐form students at three mixed comprehensives and one independent girls’ school were surveyed. In general, students consulted a good range of sources of help in preparing their application. Where a specialist careers adviser was available, this service was viewed very favourably. However, regard for the usefulness of RoAs was mixed. The major implications for those involved in student guidance with sixth‐formers are discussed.     

How and why do students of higher education participate in online seminars?

Online education is continuing to gain popularity in educational institutions and organizations. Hitherto, most research has occurred at aggregated levels, while few researchers have studied how and why individuals participate in online education. It is essential to examine individual perceptions and relationships in order to understand how students behave in relation to others. This paper investigates how students of higher education participate in online seminars and why they participate in certain ways. An online class that attended asynchronous and synchronous online seminars was studied. Electronic logs were used to examine how students participated and interviews were used to illustrate why they participated. It was revealed that the participation of students varied between aspects such as exchanging information, managing tasks and providing social support and the emphasis of these aspects were related to the tool they communicated through. A number of participation inhibitors were identified and it was also suggested how these inhibitors can be addressed.     

How do STEM-interested students pursue multiple interests in their higher educational choice?

Interest in science, technology, engineering and mathematics (STEM) has lately received attention in research due to a gap between the number of STEM students and the needs of the labour market. As interest seems to be one of the most important factors in deciding what to study, we focus in the present study on how STEM-interested students weigh multiple interests in making educational choices. A questionnaire with both open-ended and closed-ended items was administered to 91 STEM-interested students enrolled in a STEM programme of a Dutch University for secondary school students. Results indicate that students find it important that a study programme allows them to pursue multiple interests. Some students pursued multiple interests by choosing to enrol in two programmes at the same time. Most students chose one programme that enabled them to combine multiple interests. Combinations of pursued interests were dependent on the disciplinary range of interests of students. Students who were interested in diverse domains combined interests in an educational programme across academic and non-academic domains, whilst students who were mainly interested in STEM combined only STEM-focused interests. Together these findings stress the importance of taking a multiple interest perspective on interest development and educational choice.     

How do different types of schools prepare students for life at Cambridge?

Twenty students from different educational backgrounds within the UK were interviewed to investigate how well they considered their secondary school education had prepared them for the educational and social demands of an ‘elite’ university and life within its most traditional colleges. The study asked them how they perceived students from different educational backgrounds and how they thought they were perceived. Entering a traditional Cambridge college was found to be easiest for students from prestigious ‘public schools’ within the private educational sector. State school students were more likely to experience anxiety, and those who adapted successfully were likely to have strong independent learning skills and a robust sense of self-efficacy. The study suggests that students coming from state schools to Cambridge are making a more difficult academic and social transition than students from private schools, for which they are given no special support.     

How do apes ape?

In the wake of telling critiques of the foundations on which earlier conclusions were based, the last 15 years have witnessed a renaissance in the study of social learning in apes. As a result, we are able to review 31 experimental studies from this period in which social learning in chimpanzees, gorillas, and orangutans has been investigated. The principal question framed at the beginning of this era, Do apes ape? has been answered in the affirmative, at least in certain conditions. The more interesting question now is, thus, How do apes ape? Answering this question has engendered richer taxonomies of the range of social-learning processes at work and new methodologies to uncover them. Together, these studies suggest that apes ape by employing a portfolio of alternative social-learning processes in flexibly adaptive ways, in conjunction with nonsocial learning. We conclude by sketching the kind of decision tree that appears to underlie the deployment of these alternatives.     

How did I do?

A rookie police officer was out for his first ride in a cruiser with an experienced partner. A call came in telling them to     

How do people radicalize?

Very little is known about how violent extremist practices are learned, and the role of educational channels through which they are spread. This empirical study extrapolates insights specific to the Bosnian and Herzegovinian context to demonstrate how one ultraconservative ideology, Salafism, can radically alter the dominant thinking and behavior of ordinary individuals once they feel displaced from the mainstream institutions and particularly from the formal education. At the core of the displacement and replacement model of radicalization is an informal and tactful teacher, influencer, or a mentor that individuals connect with either online or in person. Using the primary data collected in Bosnia and Herzegovina through 20 in-depth and semi-structured interviews with radicalized persons, the study sequences a ten-step radicalization model through which the interviewees have transformed from ordinary citizens into radicalized actors with a potential to engage in violent extremism.     

How do students process complex formative feedback in question-answering tasks? A think-aloud study

Metacognition and Learning - The goal of this study was to examine how students process formative feedback that included corrective and elaborative information in online question-answering tasks....     

“How do you do?”&“How are you?”

一、意义的区别: “How are you?”为问句,意为“你好吗”,而“How do you do?”形式上是问句,实际上为问候语,意为“你好”。二、使用场合的区别: “How are you?”用以询问对方的身体健康状况,多用于朋友或熟人之间:“How do you do?”则用于两个人初次见面时的相互问候。     

How do students define their roles and responsibilities in online learning group projects?

The goal of this study was to explore the processes of group role formation in online class settings. Qualitative analysis was used to code chat logs and discussion threads in six undergraduate Family and Consumer Sciences online courses that required online group projects. Four themes related to the process of group role formation emerged: testing the waters, apologies as being nice, tag – you’re it, and struggling to find one’s role. Students created roles of leader, wannabe, spoiler, agreeable enabler, coat‐tails, and supportive worker as the group process evolved over the course of the semester. Results lend support for a balance between allowing students to create and experience roles on their own and faculty assignment of roles. Questions are raised related to faculty approaches toward directing and scaffolding the group process.     

How much do M&M's weigh?

This article presents activities appropriate for the first half of a general introductory statistics course. All activities revolve around the same data set collected early in the course. The activities require students to make decisions about how they should proceed.     

How do wings generate lift?

How lift is generated by a moving wing is understood satisfactorily. But the rigorous explanation requires elaborate theoretical background, and hence there are many simpler explanations in the popular literature. In the first part of this article, some such popular models are discussed after briefly dealing with some required preliminary ideas. The concluding part of the article will deal with some simple quantitative models and then tie up many of these simple ideas and propositions together to the rigorous momentum conservation principle placing these popular models in perspective.     

How do gems cure diseases?

Our body is composed of seven primary colors of the solar ranges: violet,indigo(靛蓝色)blue, green, yellow and red These are called primary colors and mixing one or two primary colors makes other hues (色调)and shades. When there is deficiency or absence of any one of these primary colors,our bodies were attacked with the disease caused by that shortage.     

How do wings generate lift?

A cambered surface that is moving forward in a fluid generates lift. To explain this interesting fact in terms of simpler models, some preparatory concepts were discussed in the first part of this article. We also agreed on what is an acceptable explanation. Then some popular models were discussed. Some quantitative theories will be discussed in this concluding part. Finally we will tie up all these ideas together and connect them to the rigorous momentum theorem.