This paper will provide several examples of science and mathematics integration: navigation/map-reading, ecology/ecosystems/population growth, and chemistry/molecular structures. This paper underscores integrating STEM subjects with problem-based learning with technology such as video/computer simulations/programming/coding and the dynamic free…

This paper draws on the theory of Basil Bernstein and on more recent applications of it by Rob Moore, John Beck and Michael Young to respond to recent calls for the replacement of discipline-based university faculties and departments with "problem-based" curricula and programmes of study. It considers, particularly, the potential…

Given that information age technologies are as natural to the Net generation as breathing, it is time to provide learning experiences that maximize their use in schools. The authors argue that integrating technology into learning is central to creating the meaningful learning opportunities needed to engage and motivate youth today. To achieve this…

Proposes that collaborative, constructivist, and problem-based learning are powerful conceptual antidotes to pedagogy as transmission and knowledge as parceled facts and objects. Notes that as more texts become available in digital form, users access information in different ways that have profound ramifications for reading and writing. Contends…

Explores the myths and realities of university teaching that impede change and offers examples of teaching faculty working together, including the case method, problem-based learning, and interdisciplinary courses. Concludes that when teaching has collegial exchange and review, it becomes possible to develop a curriculum that enhances students'…

This article describes the application of Problem-Based Learning (PBL) methodology in the context of a student congress, arguing that such new approaches to learning are best-suited to the goals of the Bologna Process. The Congress in question enabled Spanish graduate students in Psychology, many of them mid-career professionals, to increase their…

From universities' experiences, medical schools can learn innovative techniques of curriculum assessment and teaching, how to handle diversity issues, and ways to expand the definition of scholarship. In turn, medical schools can teach universities the importance of fiscal and regulatory accountability, benefits of interdisciplinary efforts,…

In its use of complex, real-world problems to introduce concepts and motivate learning in an active and cooperative learning environment, problem-based learning is a powerful alternative to the passive lecture in introductory college science. Use of technology and multimedia instruction, focus on large classes, and use of interdisciplinary…

Dichotomies that must be addressed if U.S schools are to succeed in globalizing studies and perspectives are examined and an alternative learning model is presented. The dichotomies are (1) teacher-centered vs. student-centered learning, (2) subject-centered vs. problem-centered learning, (3) disciplinary vs. interdisciplinary learning, (4)…

Research on how the brain works has resulted in wider-scale adoption of the principles of problem-based learning (PBL) in many areas of education, including technology education. The PBL approach is attractive to curriculum developers because it is based on interdisciplinary learning, results in multiple outcomes, is integrated and…