Preparing Students for Lifelong Learning: A Review of Instructional Features and Teaching Methodologies

Lifelong learning is intentional learning that people engage in throughout their lives for personal and professional fulfillment and to improve the quality of their lives. In today's climate of continual change and innovation, lifelong learning is a critical educational goal. In order to prepare people for lifelong learning, educational opportunities must develop their capacity for self‐direction, metacognitive awareness, and disposition toward lifelong learning. Several instructional features facilitate the development of metacognitive and self‐directed learning skills, and the disposition to lifelong learning: (1) student autonomy, responsibility, and intentionality; (2) intrinsically motivating learning activities; (3) enculturation; (4) discourse and collaboration among learners; and (5) reflection. This article describes and presents examples of how three teaching methodologies—problem‐based learning, intentional learning environments, and cognitive apprenticeship—employ these instructional features.     

Learner-generated drawing as a strategy for learning from content area text

Learner-generated drawing is a strategy that can improve learning from expository text. In this paper, a model of drawing construction is proposed and the experimental design tests hypotheses derived from this model. Fourth and sixth grade participants used drawing under three experimental conditions with two conditions including varying degrees of support. On a problem solving posttest, both supported drawing groups scored higher than the non-drawing Control group. Although the grade by condition interaction was not significant, there was a strong trend in this direction. When sixth grade participants were considered independently, participants in the most supported drawing condition also obtained higher problem solving scores than those who drew without support. There were no significant condition effects for fourth grade nor were there any significant effects on a multiple-choice recognition posttest. Results were consistent with hypotheses and are discussed in light of the proposed theoretical framework.     

THE GERIATRIC INTERDISCIPLINARY TEAM APPROACH: CHALLENGES AND OPPORTUNITIES IN EDUCATING TRAINEES TOGETHER FROM A VARIETY OF DISCIPLINES

The special health needs of older persons and the organization of managed care systems necessitate interdisciplinary team health care. However, there is a paucity of training or familiarity with team care among most health care professionals. This article describes one nationwide initiative, funded by the John A. Hartford Foundation, in which eight sites trained health care workers from different disciplines to participate as interdisciplinary geriatric health care team members. Although the goal of the initiative was to develop trained interdisciplinary team participants, a major concern of the programs was the initial overcoming of challenges to training professionals from different disciplines together. Both benefits and challenges are identified and several training modalities and techniques to meet the challenges are discussed. These include case studies, standardized patients, cross-discipline role-playing, glossaries, and use of the DISC Personality Profile. The benefits of each of these modalities are examined, and potential pitfalls and perils to be avoided are emphasized.     

Investigating students’ perceptions of instructional strategies to establish social presence

Social presence is a popular construct used to describe how people socially interact in online courses. Online educators continue to try different ways to establish and maintain social presence in online courses. However, research to date has not identified which strategies, or types of strategies, are best for establishing social presence. We investigated student perceptions of various strategies of establishing and maintaining social presence using a mixed methods case study approach in two different fully online courses. Results suggest that students are more interested in connecting with their instructor than their peers; different students like different social presence strategies; and students have different overall social presence needs. Various strategies and implications for practice are addressed throughout.     

Comparing Models of Nature of Science Dimensionality Based on the Next Generation Science Standards

Instruments measuring understanding of the nature of science (NOS) are required if educational institutions intend to use benchmarks or examine the effects of interventions targeting students’ NOS development. Compared to other constructs, NOS understanding is complex, having been the subject of debate among scholars in both its substance and its dimensionality. This complexity invites challenges in defining what is to be measured. Drawing from the perspective that policy reform documents provide pragmatic consensus-based definitions of NOS, this study investigated how well the dimensionality described in the NOS component of the Next Generation Science Standards (NGSS) framework matched the empirical structure of data collected from a set of secondary-school students’ responses to an NOS instrument comprising multiple-choice and Likert-scale items. Using multidimensional item response modeling to compare structures of NOS dimensionality, we found that treating NOS as comprising multiple dimensions—as defined by the themes in the NGSS NOS framework—resulted in a better fitting model than when treating NOS as a single dimension. The multidimensional model also had fewer poorly functioning items and revealed NOS profiles that otherwise would have been masked in a model treating NOS as a single dimension. These results provide support for the NOS NGSS framework and contribute to the ongoing discussion about the dimensionality of NOS.