An information literacy integration model and its application in higher education

Purpose - The purpose of this paper is to present a model for curricular integration of information literacy for undergraduate programs in higher education. Design/methodology/approach - Data are drawn from individual interviews at three universities in Australia and curricular integration working experience at a New Zealand university. Sociocultural theories are adopted in the research process and in the development of the model, Findings - Key characteristics of the curriculum integration of information literacy were identified and an information literacy integration model was developed. The S2J2 key behaviours for campus-wide multi-partner collaboration in information literacy integration were also identified. Research limitations/implications - The model was developed without including the employer needs. Through the process of further research, the point of view of the employer on how to provide information literacy education needs to be explored in order to strengthen the model in curricular design. Practical implications - The information literacy integration model was developed based on practical experience in higher education and has been applied in different undergraduate curricular programs. The model could be used or adapted by both librarians and academics when they integrate information literacy into an undergraduate curriculum from a lower level to a higher level. Originality/value - The information literacy integration model was developed based on recent PhD research. The model integrates curriculum, pedagogy and learning theories, information literacy theories, information literacy guidelines, people and collaborative together. The model provides a framework of how information literacy can be integrated into multiple courses across an undergraduate academic degree in higher education

A Spiral Computer Engineering Lab Framework

This development establishes a “spiral” lab framework, in which the key concepts are revisited at increasing levels of sophistication and interconnection, for Computer Engineering curriculum. The development is addressing a serious deficiency – lack of integration skill – in engineering curriculum. The framework connects and integrates the individual courses through a coherent sequence of lab experiments and projects across the entire curriculum. These lab experiments and projects are designed to illustrate and reinforce key theoretical concepts and their complexities and abstraction levels gradually grow as students progress through the curriculum. The framework is based in three cohesive themes: video, audio, and touch sensor, and individual projects are eventually evolved into a complete set of IP (intellectual property) cores that form customizable I/O subsystems and can be incorporated into any FPGA (field programmable gate array) based computer system. The development uses low-cost prototyping board and can be easily incorporated into existing curriculum. The improved curriculum will enhance students\u27 integration skill, make them aware of the big context, and keep them interested and motivated. This project is currently implemented and evaluated in two institutions in parallel and two new book manuscripts with the developed materials are under preparation

An Integrated Curriculum for Music and Social Studies

Music exists as a discipline that often enhances other subjects. An integrated curriculum can provide students with connections to the real world, greater depth of study, and can generate enthusiasm. Through integration, many boundaries can be crossed. The purpose of this project is to create an integrated curriculum for music and social studies for the fifth grade. The curriculum is for the period of the Renaissance and the American Revolution. Topics explored relate to the subject of integration. Guidelines from Washington State Commission on Student Learning as well as national standards for music and social studies are used as the framework for the curriculum development. Through this curriculum it is hoped that educators will be inspired to create their own integration units that cross curricular boundaries

The classification and framing of the curriculum: a case of integrated studies

This study focuses on curriculum integration for several reasons. Firstly, because there appeared to be no clear definition of integration nor a consensus on what constituted good integration. Secondly, there were few studies on integration and the type of learning involved. I believe that a study looking at an integrated unit in depth should help to shed light on what integration is and how it can be accommodated within the school system. Thirdly, an opportunity existed to observe such a unit within an established middle school. As integration is purported as being "the way" young adolescents should be taught, a middle school setting seemed ideal to me. I thought that this setting should be far enough removed from the content driven senior school to allow for its complete and uninhibited development, especially given the philosophy of this well developed middle school. Fourthly, I am interested in the potential of integration as a way of focusing on learning outcomes rather than curriculum inputs. My own theoretical perspective, with a heavy leaning toward constructivist ideas, caused me to lean towards qualitative rather than quantitative research methodologies and methods. I wanted to do justice to the study by clearly describing the social context of the school and the curriculum. Basil Bemstein's pedagogic code was seen as a way of providing the framework for the development of such a method of description. As this pedagogic code had seldom been used in a study such as this, a complete investigation of its descriptive and analytic power was seen as being of benefit to future curriculum research. The study involved two major tasks. The first task was to develop the framework to a point that it would provide a descriptive language for the recording and analysis of a school culture.This was done by reconceptualising theories about the sociology of knowledge drawing on research by Bemstein (1971a; 1971b; 1977; 1990; 1996; 2000), Young (1971), Daniels (1987; 1989; 1995; 2001), Morais (1992) and Parker (1994) and modifying the resulting mapping tool developed to suit the complexity of the data gathered. The second task was to apply this framework to the observational data and to derive a description of the culture of the school and the micro-cultures of the two units of study observed within this school. From this description meaning was generated in the form of propositional statements about the development of an integrated unit of study within the culture of a school

The Development of a Theoretical Model of Integrated Medical Humanity Curriculum Using Science, Technology, Engineering, Arts, and Mathematics Model

The purpose of this study was to propose a theoretical model for an integrated medical humanities curriculum based on a STEAM (science, technology, engineering, arts, and mathematics) education framework and to provide a guideline for curriculum integration. Three dimensions of integrated curriculum development are competencies, core contents, and elements of integration. Competencies imply the purpose of the medical humanities of a medical school and the exit outcomes of the curriculum. Core contents imply the goals and objectives of the curriculum. We compared the goals and themes of the medical humanities with core attributes of professionalism. Four elements of integration were proposed: units (cases, problem activities, core contents, disciplines/subjects), types (multidisciplinary, interdisciplinary, transdisciplinary), contexts of integration (life cycle of patients, scope of society), and stages of student development (from student to doctor). It is expected that this theoretical model for an integrated medical humanities curriculum can be used as a guideline for curriculum development and an evaluation criterion for instructional designers and subject matter experts.ope

Competency-based (CanMEDS) residency training programme in radiology: systematic design procedure, curriculum and success factors

Based on the CanMEDS framework and the European Training Charter for Clinical Radiology a new radiology curriculum was designed in the Netherlands. Both the development process and the resulting new curriculum are presented in this paper. The new curriculum was developed according to four systematic design principles: discursiveness, hierarchical decomposition, systematic variation and satisficing (satisficing is different from satisfying; in this context, satisficing means searching for an acceptable solution instead of searching for an optimal solution). The new curriculum is organ based with integration of radiological diagnostic techniques, comprises a uniform national common trunk followed by a 2-year subspecialisation, is competency outcome based with appropriate assessment tools and techniques, and is based on regional collaboration among radiology departments. The application of the systematic design principles proved successful in producing a new curriculum approved by all authorities. The principles led to a structured, yet flexible, development process in which creative solutions could be generated and adopters (programme directors, supervisors and residents) were highly involved. Further research is needed to empirically test the components of the new curriculum

Experience, technology and curriculum for today's online instrumental music educator

Using the Technological Pedagogical Content Knowledge (TPACK) framework as the lens to develop, view, and analyze technological assimilation in education, I examined the integration of technology related to experience, curriculum development, and the pedagogy of several music educators who teach online instrumental music lessons. The investigation centered on how the integration of technology can provide a promising and possible future for sustainable online instrumental instruction through curriculum design. The use of TPACK as a research framework helps analyze not only what equipment can do, but how technology can help teachers achieve the integration of technology, content, and pedagogy. By investigating technology use with curriculum design through the perspective of instrumental online educators, hopeful pedagogical patterns emerge. As a result of each instructor’s background, musical knowledge, and technological experience, I addressed the following research questions. 1. In what ways do instrumental educators prepare online curriculum differently than in-person curriculum? 2. How do online instrumental educators integrate technology with curriculum development and pedagogy? 3. To what degree does the experience as a student influence the pedagogy used as educators in their curriculum? These questions delve into how online educators develop their curriculum, approach lessons with new students, compare online to in-person lessons, and factor technology in their teaching. The findings illuminate the role of technology and the extent to which each instructor related to and embraced technology. Every instructor studied, regardless of age or experience, designed their curriculum around technology and utilized smartphone applications and education-based computer software (Figure 4). Based on the findings, technology was seen as useful in how educators design, present, and teach their curriculum. However, not every educator utilized technology to interweave new material into their pedagogy. This finding indicates how the fundamentals of music curriculum are not changing from generation to generation of educators. The findings presented here are viewpoints of how the broad spectrum of technology provides insight into teaching online instrumental music lessons. With educators utilizing blended teaching methodologies, developments, and general trends in technology, I anticipate that someday, there will be an educational community with a broader acceptance of technology's use in curriculum design

A conceptual framework for planning management information systems curriculum in developing countries.

Decision-making is the heart of the management process. Decisions are needed for the construction, authorization and operation of all economic, social and political programs in developing countries. Effective decisions cannot be made without adequate information. It was found that the production of information for decision-making is not less important that the production of physical commodities. The production of information is the purpose of MIS. The literature of MIS does not have any reference to developing countries.First, five conceptual factors of MIS were identified: (1)systems concepts for MIS, (2)human and organizational behavior, (3)decision-making, (4)systems analysis, and (5)information technology. The five factors were found to constitute dimensions of a theory base for MIS which provided essential components of MIS curriculum.Third, the framework for curriculum planning in developing countries was developed to utilize the theory base for MIS for planning MIS curriculum in developing countries. The third stage of the investigation presented a coherent conceptual framework for planning MIS curriculum in developing countries. This framework consisted of the integration of the first and second stages.It was found that MIS techniques can be introduced in developing countries through education. This required the development of a conceptual framework for planning MIS curriculum in developing countries. The development of the framework involved three interrelated stages.This investigation was a library research project which was conducted through the use of written materials obtained from libraries located throughout the United States. The purpose of the investigation was to adapt the different techniques of MIS to the needs of developing countries.Human resource development was found to be one of the most serious problems which drain human and economic resources of developing countries. An aspect of this problem is the shortage of managerial and administrative skills which represents an inhibiting factor in developing countries. This shortage is due to the lack of the appropriate professional education for management.Second, environmental and cultural factors influencing curriculum planning were identified. The characteristics that distinguish developing countries in the world were used to determine the major environmental factors influencing curriculum planning in these countries. The major factors were technology and science, employment, and population. Major culture factors which influence curriculum planning were values (the roots of culture) and ideology (the framework for interpreting values). The environmental and cultural factors were used to develop a framework for curriculum planning in developing countries