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Purpose – The aim of this study is to determine the effects of inquiry instruction incorporating with STEM learning on Chemistry Education of Malikussaleh University students’ science process skills and science attitudes.

Design/Methodology/Approach – The pre-experimental design, which is a mixed method approach is used in the study that included a pretest-posttest one group model and descriptive quantitative.

Findings – As a result of data analysis that STEM learning significantly enhances students’ science process skills and attitudes toward inquiry instruction. This study examines how participation in a semester long inquiry-based STEM learning project that involves interdisciplinary skills, sociological research on attitudes, and behaviors enhances the scientific and quantitative literacies of STEM students.

Research Limitations/Implications – Quantitative research is needed to determine the more common effects of learning outcomes. However, this study only determines a self-assessment on science attitudes. The other one is a limitation on the participants and reviewing aspects of learning with more variables in order to obtain more optimal results.

Practical Implications – The results of this study have practical implications in terms of hands-on activities. The learning model can be used to explain the concept of multidisciplinary studies and particularly to students and their parents. It will be a useful model for lecturers, personal tutors, and any other practitioners involved in hands-on activities.

Originality/Value – This paper innovative at a conceptual level of education development for students, graduates, and it is very simple descriptive papers. It will be of value to anybody with an interest in education competitiveness issues.

In 1976, in a speech at Ruskin College, Oxford, Prime Minister James Callaghan asked ‘Why is it that such a high proportion of girls abandon science before leaving school?’ (Gillard, 2018). Little has changed over the last 40 years; a recent report from the National Audit Office (2018, p. 28) stated that only 8% of science, technology, engineering and mathematics (STEM) apprenticeships were taken up by women in 2016/2017 and that the shortage of STEM skills in the workforce is a key UK economic problem. However, just as the Aldridge marriage has been the source of considerable interest and the site of significant financial investment in terms of designer kitchens and expensive holidays, so has the issue of ‘girls in science’ been a consistently debated topic and taken up a large chunk of government and industry spending. Research (Archer et al., 2013) suggests that although children enjoy their science experiences in school, too few pupils aspire to a STEM career. It reveals that the pupils most likely to aspire to careers in science are those whose families have high ‘science capital’ which ‘refers to the science-related qualifications, understanding, knowledge (about science and “how it works”), interest and social contacts (e.g. “knowing someone who works in a science-related job”)’ (Archer et al., 2016, p. 3).

Episodes of The Archers are full of scientific talk, from herbal leys to plate meters. This chapter looks at how the science capital in Ambridge is shared. Why is Alice Carter an engineer and not Emma Grundy? Will Kiera Grundy choose physics A level? Who are the female STEM role models? How can the concept of science capital help us to understand the career paths of Ambridge residents? Will the young girls of Ambridge remedy the gender imbalance in STEM careers?

The Computing Research Association (CRA) was formed in 1972 as the Computer Science Board (CSB), which provided a forum for the chairs of Ph.D.-granting computer science departments to discuss issues and share information (CRA, 2009). Since 1989, women have never accounted for more than 24% of the computer science faculty at any given rank (e.g., assistant, associate, or full professor). Currently, women represent 21.7%, 15.4%, and 11.7% of computer science faculty at the assistant, associate, and full professor ranks, respectively. Women have been as much as 24% of the Ph.D. graduates in computing in a single year. Since 1998, African Americans have never accounted for more than 2.0%, 1.4%, and 0.7% of the assistant, associate, and full professors, respectively, in computer science. Furthermore, African Americans have never accounted for more than 2% of the Ph.D. graduates in computer science in a single year over that same time period. It appears women and African Americans overall are underrepresented among the ranks of computer science faculty, but to what extent?

Much research in the social sciences uses literature as its raw material. Older, non‐periodical material and long runs of periodicals are important; this is confirmed by citation analysis, which also indicates considerable use of a limited number of references, few of them in languages other than English. Problems and topics in the social sciences are less clearly defined than in the natural sciences; this and the fact that much ‘fringe’ material is necessary for social science research makes comprehensive literature provision almost impossible, and cuts down the efficacy of bibliographies and abstracts. The suggestion for a national library for the social sciences is discussed; the differences in use of and demand for the literature between the natural and social sciences are pointed out and the case put forward for basing expansion on existing institutions, with improved provision in the libraries of individual universities, where much of the research is based.

The purpose of this study is to characterize construction management research at the interface of explanatory science and design science.

The dual nature of construction management research is analyzed by relating this field of research to natural science, design science and its interface. Research at the interface of explanatory science and design science is characterized by identifying studies published on this interface in high quality construction management journals.

Research at this interface should focus on technological rules developed through testing in practical contexts as in design science as well as grounding in the explanatory sciences. The nature of testing technological rules is highly similar to the replication logic recommended for comparative case studies.

Developing and testing technological rules combines the design science and the explanatory science mode of knowledge production in construction management research, while it also respects some of the methodological differences between the two modes.

Developing and testing technological rules is the common ground on which research in construction management practice and research can meet and reduce the relevance gap between science and the world of practice.

Attempts to deal with the issue of how we can educate the next generation of leaders for the information needs of the future.

Uses a case study: the thinking behind the new information science program at Cornell University.

Advocates a broad view of information science. In a rapidly changing world, leadership will come from flexible thinking based on a broad understanding of technology and the social sciences. In the American terminology, information science should be considered a liberal art, not a profession. An education in information science provides an excellent foundation for a career in libraries, publishing or information services, but there are many more career opportunities for somebody with this education.

Most recent initiatives in information science have come from professional schools of librarianship. By starting from a liberal arts viewpoint, universities may be meeting the needs of a very wide audience.

As a subject of academic study and research, the History of Science is something very new. As in many other matters of this kind, the pioneer was the University of London, where in University College a department was instituted in 1924—a postgraduate department in which graduates in science in the University of London, or those who hold an equivalent qualification from another university, may proceed to the degree of M.Sc. in the History and Philosophy of Science by means of an examination, Part I of which consists of four written papers (three in the History and one in the Philosophy of Science), while Part II demands the preparation of a dissertation on some approved topic, a dissertation necessitating close study of original material and being essentially a first research. Those who obtain the degree of M.Sc. in this subject may proceed to the degree of Ph.D. by further research: and the D.Sc. degree is awarded for extensive original publications and contributions to the subject. Here, therefore, at University College, the history of science and the philosophy of science are studied in the usual academic framework of higher learning and research. Further, it is the only department of its kind, so far as is known, in any university in the world.

The purpose of this paper is to clarify how university‐industry (U‐I) collaboration differs by technology fields in Japan.

An analysis of the research resource allocation in the Japanese national universities in the Japanese national innovation system is followed by the analysis of U‐I collaboration by technology fields. The fields analyzed are life science, information and communication technology (ICT), environment science, nanotechnology and material science, which have been designated as strategically important fields by the Second Japanese Science and Technology Basic Plan. The analysis was conducted in a quantitative way using government data of R&D expenditure, researchers, patent application, joint research, contract research and university spin‐offs.

Some characteristics of U‐I collaboration have been quantitatively found by technology fields. Though the national universities occupy large R&D expenditure shares in life science and nanotechnology/material science in the Japanese national innovation system, their joint research and contract research are fairly active in environment science as well as in life science and in nanotechnology/material science. For university spin‐offs, the national universities are active in life science and ICT.

This paper quantitatively clarifies U‐I collaboration by technology fields showing relative importance of U‐I collaboration by technology fields. The results provide information input to policy makers when they formulate policies to promote U‐I collaboration by technology fields and to corporate managers when they make U‐I collaboration strategies by technology fields as a part of open innovation strategies.

The purpose of this paper is to present the findings from the research carried out among the directors of Croatian public libraries about cooperation between public libraries and the academic community and about promotion of science in Croatian public libraries. Owing to their number, strategic position in society and the skills and knowledge of librarians, public libraries have an opportunity to cooperate more intensively with the scientific community, expand their holdings with science‐related content and to offer new services. Some already cooperate with the Croatian scientific community by participating in joint research projects and in promoting science. Although cooperation with the scientific community is not among their priorities, Croatian public libraries are enthusiastic to continue with this type of activity.

The first part of the paper offers an introduction followed by a short review of the current position of public libraries in society and possibilities for strengthening their position by cooperating with the scientific community (in the second part of the paper). The third part introduces the research among the directors of Croatian public libraries followed by the presentation of the findings of the same research. An online survey consisting of 19 closed questions was used as a method of research. An e‐mail invitation to participate in the research was sent to all public libraries in Croatia.

The outcome of the research may serve as an orientation to the members of the Croatian academic community when planning new cooperation with public libraries and vice versa. The findings of the research may also serve as an orientation to the directors of Croatian public libraries when considering expansions of their holdings with new material related to science and in the development of new offline and online services.

The strategic position of public libraries in society makes them of interest for promotion of results of developments in many areas of human endeavour, including science, by using their holdings, services and premises. According to the research findings, public libraries participate actively in popularisation of science by using their existing holdings and services. Public libraries in Croatia are promoting science actively and are participating in scientific projects led by scientific institutions. Their holdings contain popular science titles, and they offer services to facilitate access to scientific information. Public libraries included in the survey plan to continue with the promotion of science, as they believe that this activity is important for them.

The paper aims to advance understanding of the role of public libraries in Croatia and their role in promotion of science, and contributes to the growth of library and information science literature on topics related to public libraries.