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Integrative Curriculum  

James A. Beane

An integrative curriculum is intended to help young people organize and integrate their present experiences so that they might be carried forward for the benefit of both self and the common good. As such, this kind of curriculum has historically been proposed as a preferred design for a general education intended for all students, particularly in programs meant to promote democratic living and learning. An integrative curriculum involves arrangements and methods that engage students in identifying self and social issues, critiquing the status of society and the common good, planning for new learning experiences, accessing resources, researching and solving problems, communicating ideas, collaborating with others, and reflecting on the meaning and value of experiences. Crucial to the use of the term “integrative” is the idea that individuals do their own integrating. This definition distinguishes an integrative curriculum from “integrated” curriculum organizations, such as “multidisciplinary” or “interdisciplinary,” in which teachers and others correlate content and skills from two or more subject areas with the intention of illustrating connections among them or making their content more accessible and engaging for students. Use of an integrative approach has a long history tied to progressive and democratic arrangements in elementary and secondary schools. These include CORE Programs, the experience-centered approach to curriculum, and many problem-centered courses. At present, some integrated approaches are enjoying popularity, as are methods like project- and problem-centered activities that are historically associated with integrative approaches. However, the student-centered, democratic philosophy that partly defines an integrative curriculum approach has waned under pressure from bureaucratic subject-based standards, tests, and prescriptive curriculum plans.


Interdisciplinary Curriculum and Learning in Higher Education  

Karri A. Holley

Interdisciplinary curricula provide students the opportunity to work with knowledge drawn from multiple disciplines. Following suit, interdisciplinary learning requires interaction of knowledge from different disciplines; integration of knowledge from different disciplines; and an overarching topic, theme, or problem that shapes the learning experience. Since the university curriculum is commonly structured by academic disciplines, and faculty are socialized to their respective disciplinary norms, interdisciplinarity is a complex endeavor for colleges and universities. These endeavors include developing interdisciplinary courses, sustaining interdisciplinary initiatives, and financing interdisciplinary programs. Given the multiple challenges facing 21st-century society, the question of interdisciplinarity is urgent. How knowledge is defined and disseminated; how and what students learn; and how higher education can be responsive to its external environment are crucial issues facing educators. Responding to these issues does not diminish the role of the discipline in education, but rather acknowledges that knowledge is unbounded and potential discoveries lie outside compartmentalized structures.


Numeracy Across the Curriculum  

Merrilyn Goos and Kathy O'Sullivan

Numeracy is related to, but different from, mathematics. While mathematical development proceeds through increasing abstraction, numerate practice is instead firmly grounded in making sense of real-life contexts. Education systems around the world acknowledge the importance of numeracy as an essential goal of schooling, since poor numeracy skills are known to diminish an individual’s life chances and limit national prosperity and social development. Different manifestations of numeracy can be located along a continuum that distinguishes between numeracy as a technical skill needed for performing everyday tasks and numeracy as a social practice that underpins critical citizenship. In the school curriculum, there are also different ways of addressing students’ numeracy development; however, there is growing consensus that numeracy should be taught as an essential element of all subjects, that is, as “numeracy across the curriculum.” This process should not trivialize numeracy by representing it as basic arithmetic or simple calculation skills; instead, the numeracy capabilities that are genuinely needed for learning a curricular subject need to be rigorously identified and nurtured in students. Two strategies are usually recognized for achieving this goal: integrating mathematics with other areas of the curriculum or, alternatively, identifying the intrinsic numeracy demands and opportunities in disciplines other than mathematics. The former strategy is less feasible when both the curriculum and teacher preparation are organized around subject specialisms, thus inhibiting interdisciplinary collaboration between teachers. The latter strategy responds to curriculum designs that recognize numeracy as a cross-cutting competency to be developed in all subjects. For numeracy across the curriculum to become a reality in schools, teachers need to be provided with numeracy frameworks and models that align with the official curriculum, together with practical guidance for classroom implementation across year levels and subjects. This does not mean that all teachers need to become mathematics specialists; it does mean that teachers should be supported to see how a focus on numeracy can enhance the achievement of curriculum goals in the subjects they teach.


Globalization and Education  

Liz Jackson

Few would deny that processes of globalization have impacted education around the world in many important ways. Yet the term “globalization” is relatively new, and its meaning or nature, conceptualization, and impact remain essentially contested within the educational research community. There is no global consensus on the exact time period of its occurrence or its most significant shaping processes, from those who focus on its social and cultural framings to those that hold global political-economic systems or transnational social actors as most influential. Intersecting questions also arise regarding whether its influence on human communities and the world should be conceived of as mostly good or mostly bad, which have significant implications for debates regarding the relationship between globalization and education. Competing understandings of globalization also undergird diverse methodologies and perspectives in expanding fields of research into the relationship between education and globalization. There are many ways to frame the relationship of globalization and education. Scholars often pursue the topic by examining globalization’s perceived impact on education, as in many cases global convergence around educational policies, practices, and values has been observed in the early 21st century. Yet educational borrowing and transferal remains unstraightforward in practice, as educational and cultural differences across social contexts remain, while ultimate ends of education (such as math competencies versus moral cultivation) are essentially contested. Clearly, specificity is important to understand globalization in relation to education. As with globalization generally, globalization in education cannot be merely described as harmful or beneficial, but depends on one’s position, perspective, values, and priorities. Education and educators’ impacts on globalization also remain a worthwhile focus of exploration in research and theorization. Educators do not merely react to globalization and related processes, but purposefully interact with them, as they prepare their students to respond to challenges and opportunities posed by processes associated with globalization. As cultural and political-economic considerations remain crucial in understanding globalization and education, positionality and research ethics and reflexivity remain important research concerns, to understand globalization not just as homogeneity or oppressive top-down features, but as complex and dynamic local and global intersections of people, ideas, and goods, with unclear impacts in the future.


STEM Education  

Stephen M. Ritchie

STEM education in schools has become the subject of energetic promotion by universities and policymakers. The mythical narrative of STEM in crisis has driven policy to promote STEM education throughout the world in order to meet the challenges of future workforce demands alongside an obsession with high-stakes testing for national and international comparisons as a proxy for education quality. Unidisciplinary emphases in the curriculum have failed to deliver on the goal to attract more students to pursue STEM courses and careers or to develop sophisticated STEM literacies. A radical shift in the curriculum toward integrated STEM education through multidisciplinary/ interdisciplinary/ transdisciplinary projects is required to meet future challenges. Project-based activities that engage students in solving real-world problems requiring multiple perspectives and skills that are authentically assessed by autonomous professional teachers are needed. Governments and non-government sponsors should support curriculum development with teachers, and their continuing professional development in this process. Integrating STEM with creative expression from the arts shows promise at engaging students and developing their STEM literacies. Research into the efficacy of such projects is necessary to inform authorities and teachers of possibilities for future developments. Foci for further research also are identified.