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This paper aims to discuss the potentials of interdisciplinary exercises that bring together art and design methodologies in expanding as well as redefining the given methods and principles of basic design in architecture education. The primary purpose is to improve the conventional, well-established principles and methodologies of basic design studios into fresh perspectives.

Focussing on the case study of a basic design studio assignment that translated Richard Serra's Verb List (1967-68) into space-generating operations, the authors analyse how a diagonal interdisciplinary approach to studio pedagogy opened up the basic design studio into the exploration of new concepts and approaches. The assignment encouraged architecture students to productively and creatively engage with a significant art historical work for the purposes of design thinking and exploration.

Findings reveal that the students explored the possible reciprocal influences between materials, actions, and issues of form and organisation, thereby operating in an interface between art, architecture and design surveying the possible interactions between these disciplines. Based on the outcome of this studio exercise, the authors argue that designing assignments that would bring together various and sometimes even conflicting approaches of different fields allow us to reassess and conceptualise anew the pedagogical aims and modi operandi.

The research is original in the ways in which it suggests many possibilities of dialogue, interaction and collaboration between art, design and architecture studios.

It is now quite widely accepted that there are benefits to be derived from an integrated management perspective of the flows of purchased parts, components and raw materials from suppliers into and through manufacturing facilities, and of finished products through distribution channels to final consumers. There is, however, far less agreement on how an organisation should marshal its resources to actually derive these benefits. Many options exist: the use of computer‐based systems and management information support; the use of analytical tools to help evaluate decision alternatives adjusting the materials and logistics environment to facilitate the exchange between the organisation and its suppliers and the organisation and its customers; establishing more efficient communication networks and coordination methods for interfunctional information exchange; altering the organisational structure to facilitate the administration of materials functions.

The purpose of this study was to understand what role undergraduate third- and fourth-year students expect librarians to play in an online learning environment and to determine what information products, training and other services the students expected librarians to embed.

This case study used a convergent parallel mixed methods design. Data were collected from both students and lecturers. An online questionnaire was used to collect mainly quantitative data from the undergraduates while a semi-structured interview schedule was used for in-depth discussions with lecturers.

Contrary to what was expected, engineering students regarded access to an embedded librarian as important. Lecturers prefer that a separate, mandatory module is created and embedded in the learning environment. Product and service expectations were not surprising, but there are gaps to fill when it comes to training needs.

The research sample was small and therefore generalizations are not advisable.

The research holds value to stakeholders involved in the teaching and learning of engineering subjects. Librarians embarking on the process of embedding their services online should also find the results useful.

Much debate in the library literature has focused on the effectiveness of web‐based or online instruction versus traditional face‐to‐face library instruction. While both forms of library instruction have their strengths and weaknesses, the authors contend that a hybrid approach to information literacy instruction, by bringing the web into the classroom, offers students and instructors the greatest benefit. The authors' experience with the evolution of instruction sessions for 1,100 first‐year biology students from PowerPoint presentations to web‐based courseware (WebCT) to its current web‐based format illustrates the improvements to instruction that have accrued as the program has developed. These include the ability to address diverse learning styles, encourage active participation, provide 24/7 access, and foster increased student contact with librarians.

The purpose of this paper is to explore students' perceptions and views of the instructors, in relation to information and communications technology (ICT) education in library and information science (LIS) programs.

A questionnaire survey was carried out among students from the two LIS departments in Kuwait. A focus group was conducted with faculty members of the two institutions, who provided qualitative input about the instruction of ICT, needed changes, and relevance of market needs.

Participants showed dissatisfaction with the currently available ICT courses in the LIS programs. Students pointed out deficiencies and inadequacies in ICT resources and facilities, and suggested upgrading software and hardware. They appeared to be satisfied with the ICT skills being targeted by LIS programs. They also appeared to be satisfied with the ICT instructors. The study pointed out a need for collaboration with professional forums for continuing education programs and the need for revisions in curricula to introduce more focused courses that meet the needs of the ever‐changing market requirements and give the students access to professional bilingual materials. The faculty members noted the demands of the job market and proposed measures for addressing them through enhanced course content and improved opportunities for hands‐on instruction.

Earlier studies reported in the literature have discussed ICT education in broader terms. This study reports the situation of ICT education in IS programs in Kuwait, focusing on specific areas such as resource, curricula, and instructors.

The study reports the views of Parcelforce managers who are undertaking training programmes using distance learning strategies. The programmes of study are well received by all of the managers and a majority of them indicate their preference for such a training strategy. There is a suggestion that some managerial groups may have more difficulty than others in organising their study programmes and most managers have some difficulty in organising their study time. The tutorial elements of the distance education programmes are found to be especially useful and many managers would like these to be extended. Suggestions are made for ways of overcoming the problems and reservations of such learners while still retaining the benefits of the distance‐learning model

Online education with Internet technology has been used extensively in post‐secondary education, but it is relatively new in schools. It has considerable potential for enhancing teaching/learning in both traditional schools and home‐schooling. Describes research conducted in Alberta where online education in schools is more common than in any other Canadian province. Semi‐structured interviews were held with 13 teachers from four online schools. Although they reported increased workloads and stress associated with added responsibilities for authoring online courses, providing technological support, and enhancing their technological skills, the teachers perceived many benefits of online education. However, improvements in the scope and reliability of technology and better access to digital educational content are required to realize the full potential of online education in schools. The information presented has relevance to school systems in many countries. It also relates to the rapidly evolving role of technology in education for all ages.

The purpose of this paper is to propose a novel methodology based on budget constrained Min-Cut theorem to solve constrained topology optimization (TO).

This paper establishes a weighted network with budget, which is derived from the sensitivity with respect to the constraint function. The total budget carried by the topology evaluates the extent to which the constraint is satisfied. By finding the Min-Cut under budget constraint in each step, the proposed method is able to solve constrained TO problem.

The results obtained from a magnetic actuator including a yoke, a coil and an armature have demonstrated that the proposed method is effective to solve constrained TO problem.

A novel methodology based on budget constrained Min-Cut is proposed to solve constrained TO problem.

The purpose of this paper is to describe two cycles of learning study (LS) involving eight elementary teachers in British Columbia, Canada. The study explored the teachers’ experiences of learning to plan and teach lessons as informed by recent brain research.

The case study was constructed using data sources including teacher semi-structured interviews (pre-study, post-study and delayed post-study), classroom materials (including student assignments), LS training materials, fieldnotes and recordings of meetings and research lessons; sources were triangulated. Thematic analysis was applied. Contemporary neuroscience perspectives framed the LS discourse and analysis.

The teachers developed theoretical coherence and could better articulate reasons for their pedagogy. They developed understandings of the cognitive architecture underlying functions like learning and memory, allowing them to identify pedagogical actions that are consistent with human biology and understand why these actions are effective in promoting learning.

LS is shown to be an effective professional development (PD) model where theoretical knowledge, like neuroscience, could be employed and tested in classroom settings to provide depth to support teachers’ praxis. This teaching–research nexus supports exploration of fruitful connections between theoretical knowledge and education to advance the science of learning and the science of instruction.

Findings demonstrated how LS could be employed with alternative theoretical perspectives to promote teacher PD, thus extending beyond the dominant use of variation theory. Also, illustrated is the potential use of LS to bridge the knowledge gap between neuroscience and education.

Social networking sites (SNSs), especially Facebook, have made deep inroads in the teaching-learning process worldwide. The purpose of this paper is to understand the key factors which influence a students’ intention to use Facebook for academic usage.

A web-based questionnaire survey was administered among 218 students enrolled in higher education programme of universities/institutions in National Capital Territory of Delhi. The relationship among the proposed variable were tested through structural equation modelling and neural network (NN) approach. SEM is used to identify and validate the factors significant to influence the intention to use Facebook among students. To further find which of the factors are more influential, factors NN with tenfold cross-validation was used to identify the factors which are more influential among the ones proposed in this study.

The results suggested that the proposed framework has a good fit and the five relationships hypothesized were found to be significant; thus, establishing that the antecedent factors have a positive influence on the intention of users (student) to actively use Facebook as an academic medium for collaborative learning.

This study establishes that the antecedent factors identified in the course of this study have a positive influence on the intention to use Facebook for higher academics and collaborative learning by the students. This paper suggests and supports the adoption and usage of Facebook as a learning tool for higher academics.