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Peter Curtis; Brett Moffett; David A. Martin – Australian Primary Mathematics Classroom, 2024
In this article, the authors explore how the 3C Model can be used to integrate other curriculum areas with mathematics, namely digital technologies. To illustrate the model, they provide a practical example of a teaching sequence. T he 3C Model is designed to create opportunities for applying reasoning and problem-solving skills and learning…
Descriptors: Models, Computer Software, Problem Solving, Mathematics Instruction
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Stack, David; Battey, Nicholas – Bioscience Education, 2013
This paper uses the reflections of a recent workshop on biology and the humanities subject areas to consider the potential for designing a first year interdisciplinary module that brings together teachers and learners in the Biosciences with their counterparts in English and History. It considers three building blocks of module design: aims and…
Descriptors: Interdisciplinary Approach, Biology, English, History
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Wagner, Manuela; Cardetti, Fabiana; Byram, Michael – Dimension, 2016
In this work we report on a collaborative project at a large Northeastern University, in which we explored how to best collaborate to develop interdisciplinary teaching units, which integrate intercultural citizenship (Byram, 2008) into world languages, mathematics and social studies sixth grade curricula. We argue for the importance of addressing…
Descriptors: Units of Study, Graduate Students, Interdisciplinary Approach, Second Language Learning
Roper, Eileen, Ed. – 1977
A project to develop a school within a school at the Model Secondary School for the Deaf is described. It is explained that 20 students were scheduled for the minischool for 14 to 17 hours per week of flexible grouping according to needs and styles of learning. Interdisciplinary teaming formed the backbone of the program. Five chapters concentrate…
Descriptors: Deafness, Humanistic Education, Interdisciplinary Approach, Nontraditional Education
Erb, Thomas O. – Schools in the Middle, 1994
Young adolescents have diverse learning needs. If teachers accommodated the complete learning cycle by designing instructional units that began with romance activities, led to precision opportunities, and culminated in generalization projects, students could develop their diverse talents while avoiding boredom with uninspiring precision…
Descriptors: Classroom Environment, Generalization, Individual Differences, Interdisciplinary Approach
Taylor, Lydotta M.; Walls, Richard T. – Learning & Leading with Technology, 2005
Phase 9, a teacher-designed, classroom centered model, takes teachers through a nine-step process that results in the development of integrated instructional units. Teams of teachers come to an intensive five-day training with lessons they know work well with students. In interdisciplinary teams, they fold technology, state and national standards,…
Descriptors: Models, Units of Study, Faculty Development, Academic Standards
Scharmann, Larry – 1982
To determine the success of Nebraska's 3-year effort in energy education, an evaluation was conducted to solicit data concerning the effectiveness of on-going energy curricula using teacher responses. These curricula include "Energy Conservation Activity Packets" (ECAP) for elementary programs and "Basic Teaching Units on…
Descriptors: Attitude Change, Conservation Education, Curriculum Evaluation, Elementary Secondary Education
Tolman, Richard R. – 1981
The Biological Sciences Curriculum Study designed, developed, and field-tested a series of nine curriculum resource units for a semester program called "Innovations: The Social Consequences of Science and Technology (IST)." The units were designed for use by students and teachers in the 11th and 12th grades and at the junior college…
Descriptors: College Science, Curriculum Development, Formative Evaluation, High Schools
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Benson, Bernard W.; Eaves, Judith Y. – Social Studies, 1985
This minicourse can be used in secondary U.S. history courses to teach about the social, economic, industrial, and technological changes that can be triggered by a single technological innovation. The lesson contains sequenced activities that alternatively stress right and left brain modes of learning. (RM)
Descriptors: Cognitive Style, Economic Change, History Instruction, Interdisciplinary Approach
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Smith, Tori Rhoulac; McGowan, Jill; Allen, Andrea R.; Johnson, Wayne David, II; Dickson, Leon A., Jr.; Najee-ullah, Muslimah Ali; Peters, Monique – Journal of Negro Education, 2008
The faculty learning community project at Howard University involved a diverse group of men and women, tenured, tenure-track, and future faculty across science, technology, engineering, and mathematics (STEM) disciplines. The purpose of the group was to engage in the scholarship of teaching and learning by learning about teaching, reflecting on…
Descriptors: Teacher Effectiveness, Learning Processes, Educational Experiments, Active Learning
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Barnard, Mary Ann – OAH Magazine of History, 1991
Presents a year long plan for teaching about Columbus's voyages and their impact on the Americas. Discusses themes of bias in history, how language can be used to create a certain image, and concepts of heroism, respect, and power. Includes instructions for schoolwide, social studies and history projects with interdepartmental coordination. (DK)
Descriptors: Bias, Cultural Awareness, Cultural Influences, Curriculum Development
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Lieberman, Marcus – 1979
The paper reports on the first year of an eighth grade social studies unit, "Facing History and Ourselves: Holocaust and Human Behavior" (ED 152 670). The unit focuses on the question of individual responsibility in society. During the first year of the program, experimental and control groups were pre- and posttested in four domains:…
Descriptors: Anti Semitism, Attitude Change, Curriculum Evaluation, Decision Making Skills