UPDATE:
The second Seminar on Science Pedagogy was rescheduled for July 11–17, 2021.
CIC is proud to announce the opening of the application process for the second round of a new seminar that aims to improve teaching effectiveness and student learning in introductory biology, chemistry, and physics courses.
CIC was awarded a grant by the W. M. Keck Foundation in support of two seminars, one in July 2019 and one in July 2021, for faculty members at CIC institutions. The seminars will use methods based on research in cognition and neuroscience that have been shown by Stanford University physicist and Nobel laureate Carl Wieman, with colleagues at the University of Colorado at Boulder, the University of British Columbia, and Stanford, to yield significant improvements in student learning in science courses at all levels. In this model, faculty members serve more as coaches than lecturers while students are challenged by increasingly complex problems; prompt and extensive feedback allows students to emulate how scientists think and then to discover new knowledge.
The active learning model that Wieman advocates has been implemented, with success, at large research universities, but science departments at CIC member institutions are well situated to take quick advantage of these new methods. As a recent CIC report demonstrates, smaller colleges and universities already produce disproportionately large numbers of graduates in the STEM disciplines who continue to graduate work and careers in those fields. Students who major in the STEM disciplines persist to graduation at a higher rate at private than at public colleges and universities and they complete their degrees in a much shorter time. (
See
Strengthening the STEM Pipeline: The Contributions of Small and Mid-Sized Independent Colleges (CIC 2014).)
The effective teaching of science is now a national priority. Employers are eager to hire individuals who have knowledge of one or more STEM disciplines, while it is increasingly recognized that all college graduates should obtain a better working knowledge of science as part of their general education. A report by the Association of American Universities on undergraduate science,
Progress Toward Achieving Systemic Change: A Five-Year Status Report on the AAU Undergraduate STEM Education Initiative, which was published in 2017, makes an excellent case for more attention to improvements in teaching science and outlines ways for research universities to proceed.
There is no fee for participation in the Seminars on Science Pedagogy thanks to the generous support of the Keck Foundation.