Journal of Engineering Education · 2007 · 185 citations · 36 references
EducationScience EducationInterdisciplinary CurriculumStem EducationTeamworkCoalition BuildingCoalition FormationCurriculum IntegrationEngineering EducationEngineering IntegrationScience IntegrationCoalition DynamicsCoalition TheoryCurriculum Development In EngineeringEducation CollaborationEngineering CollaborationEngineering Education PolicyFaculty Development For IntegrationPublication Pattern Analysis
Calls for greater rigor in engineering education mirror the developmental trajectory of other disciplines, as seen in science education where consensus on research questions, methods, and standards required time. The study combined analysis of 700 coalition‑listed publications and interviews with coalition leaders to trace how four NSF‑sponsored engineering education coalitions have shaped the discipline’s research agenda. Coalitions initially targeted freshman interdisciplinary courses and active‑learning activities, then broadened to assessment, faculty development, and research, a pattern consistent with other reports of coalition impact.
Abstract A combination of publication analysis and faculty interviews was employed to study four NSF‐sponsored engineering education coalitions as a case study of the recent history of engineering education. Current calls within the engineering education community for increased rigor can be understood in terms of the ways similar disciplines have emerged. In science education, for example, time was needed to develop consensus on important research questions, accepted methods, and standards of rigor. The abstracts of 700 publications listed on active engineering education coalition Web sites were analyzed over time by type of intervention, population of focus, and product. A picture consistent with other reports of coalition contributions emerged. Early focus was on freshman courses and integrating across disciplines, with teamwork, design and other active learning activities. Students and course improvement remained the dominant focus, but efforts increased over time in assessment, faculty development, and research. Interviews with coalition leaders and leading authors supplement the publication analysis and describe how coalition work helped lay the foundation for more rigorous engineering education research.
36
<i>The Structure of Scientific Revolutions</i>
Thomas Kühn, Richard Schlegel · Physics Today · 1963 · 35.5K citations
Humanities, History, Physics +17
The Structure of Scientific Revolutions.
David Böhm, Thomas Kühn · The Philosophical Quarterly · 1964 · 9.2K citations
Citation Analysis as a Tool in Journal Evaluation
Eugene Garfield · Science · 1972 · 2.8K citations