In education systems around the world, planners and policymakers are calling for more attention to whole-system improvement. To best address teaching and learning outcomes, teachers and head teachers need whole-system support to build professionalism and improve their practice. The middle tier of education systems, composed of professionals…

In the context of national collaborative efforts to increase the prevalence of active learning strategies in undergraduate precalculus and calculus classrooms, we discuss the context, strategy, and processes used at one university to create change within a mathematics department. We highlight the use of a unified active learning approach and the…

As calculus instruction moves further from lecture-based instruction toward student-centered pedagogy, support services must align with the changing goals for the course. This paper describes the work of a department as they collectively design and redesign a co-requisite Calculus I course, in an effort to better promote students' academic and…

In September 2011, the Association of American Universities launched a major initiative to improve undergraduate STEM education. The overall objective was to influence the culture of STEM departments at AAU institutions so that faculty members are encouraged and supported to use teaching practices proven by research to be effective in engaging…

Students making the transition into college typically come face to face with increased independence and decreased external structure. This may be especially problematic for students with learning disabilities who may be less capable of managing in times of change than others. The outcome is often chronic procrastination, absenteeism, and…

Describes the interdisciplinary learning team concept and its benefits, then discusses the use of this approach in the high school setting. The author presents a step-by-step plan towards implementing interdisciplinary learning teams. (GR)

Seattle Central Community College has developed a coordinated studies program, a flexible, interdisciplinary curriculum emphasizing cooperative learning, team teaching, experimental instruction, and faculty development. The approach focuses on the active and cooperative process and allows faculty to acknowledge diverse student talents and learning…

Issues in designing and implementing a collaborative field-based and problem-centered principal preparation doctoral program at Virginia Tech are discussed in this case study. Implemented in 1989 to replace the old certification-driven principal-preparation system, the program's key components include collaborative planning, program delivery, and…

Inquiry is an essential component of science. Furthermore, what students learn and how they engage in inquiry supported by technology is important to understand in order to promote science education reform. This paper presents an overview of work in curriculum and technology development and professional development. Collaboration with the Detroit…

This study involved 524 students in 2 elementary schools in analyzing the effects of instructional service changes. Services included cooperative learning for sixth grade students, cross-age tutoring for special/remedial students in grades 1-3, and in-class services for all grade levels. None of the three treatments had much impact on achievement.…

The Philadelphia Collaborative for Excellence in Teaching Education (CETP) helps develop, implement, and evaluate a new model for science and mathematics K-12 teacher preparation. It involves collaboration of two colleges and a school district. One of the collaborative's main objectives is to redesign the content and pedagogy of core mathematics…

In October 1993, more than 70 educational decision makers and practitioners from across the country met to discuss ways to support and promote school networking and to formulate recommendations for the National Science Foundation (NSF) to use in establishing funding priorities, goals, and evaluation strategies. This report presents the…