The Career Conscious Individual Model of career education for grades K-6 deals with (1) self-knowledge and interpersonal skills; (2) life roles, settings and events; (3) life career planning knowledge and skills; and (4) basic studies and occupational preparation. The development of an example module is also offered. (MW)

The studies described here are the first in a series of investigations of the teaching-learning process based on Kurt Lewin's B-P-E paradigm (learning outcomes are a result of the interactive effects of different kinds of students and different kinds of teaching approaches). (JA)

Drawing from research in the areas of education and sociology, the author has developed a rationale and three models for using students as teachers and counselors. That students taught and/or counseled by other students will benefit from the experience has been demonstrated in recent research, but the present proposal differs in that it does not…

Social learning theory is the theory that is applied through microteaching. The two critical sets of social learning variables mediated through microteaching are those associated with modeling and feedback. Microteaching is also a way of bringing specific teaching responses under experimental and behavioral control. Thus in each microteaching…

Discusses redirecting research on teaching from an emphasis on how classrooms function to why they function in particular ways, based on a reformulation of the concept of "paradigm" as applied to teaching. Suggests two strategic areas for investigation of functional paradigms. Addresses the issue of perpetuating established paradigms.…

Trend identification, future projections, future models, and policy creation are discussed in this article, which cites the need for developing and testing teaching approaches that facilitate student thinking about the future and future consequences. (JB)

Merges the following into a model: various writer's refinements to systematic instructional design and development and the author's practical experience. There are four phases: competency identification, overall design, production, and evaluation, each of which is broken into a series of steps for thinking and doing. (Author/JEG)

This article discusses problem solving and how science educators can integrate problem solving into their instruction. The Search, Solve, Create, and Share (SSCS) model was developed based on the findings of problem solving research. (YP)

Analysis of first-grade reading instruction reveals that teaching contains important technological elements, which can be formulated as principles expressing coherent connections between means and ends; they pervade school-system organization and are not restricted to classes. Teaching is not largely intuitive, unpredictable, or resistant to…

This study focused on the development of an organizational model for an inservice training program for teachers of disadvantaged adults in a central Georgia school system, with emphasis on the importance of understanding the motives or causal factors that lead to participation. Information was obtained from teachers and students about factors that…

Pass-fail grading is discussed from the standpoints of its ineffectiveness as well as its potential. It is believed that pass-fail students are experiencing the same things that they do in their graded courses, and that pass-fail experiments must be based on a model that constitutes a departure from traditional learning and teaching. A programmed…

Describes a teaching model that consists of a plywood box containing mechanisms that instruct the student about the technical aspects of an infrared spectrophotometer and how a spectrum is generated. (MLH)

This article suggests the use of the circuit box to illustrate the processes involved in the scientific method. Construction and wiring diagrams and a materials list are presented. (BB)

Presents several models to describe the instructional approaches adopted by many teachers, and analyzes the roles of the teacher and students that seem to be implicit in each model. (JR)

Describes the Science Activity Teaching model, which incorporates five teacher managerial behaviors into a model with these subcomponents: focus activity, student instructions, student group activity, synthesizing, and evaluation. This plan provides for the development of fate control, language formation, and social skills. (CS)