Summer Institute
Featured Activities and Reports
  • 2009 Institute
  • The 2009 Summer Institute will be held June 21-27, 2009, at the University of Wisconsin in Madison, WI. Additional information will be made available in early 2009.
  • Participant map
  • Summer Institute teams have come from institutions coast to coast: from Florida to Alaska, from Hawaii to New England. See a new participant map to learn which institutions have sent teams to the Summer Institute.
End of featured activities

2006 Overview

THE NATIONAL ACADEMIES
Summer Institute on Undergraduate Education in Biology
Sunday, June 25 to Friday, June 30, 2006
Overview


2006 Co-Directors:
Jo Handelsman, University of Wisconsin-Madison
William B. Wood, University of Colorado at Boulder

Location:
The Fluno Center for Executive Education
University of Wisconsin-Madison
601 University Avenue
Madison, WI 53715-1035

Overall Strategy


The goal of the Summer Institute for Undergraduate Education in Biology is to transform biology education at research universities by improving classroom education and attracting more diverse students to research. We intend to train a new generation of faculty by introducing them to a scientific approach to teaching that reflects the way we function as researchers. The target group is novice and experienced instructors of introductory biology survey, introductory molecular biology/genetics, and introductory ecology/evolution courses with high enrollments. We will select from the applicant pool 18 pairs of faculty from 18 different research universities. The Institute format is designed to model the scientific teaching principles of active learning, assessment, and diversity. Activities include reflective writing, planning, reading, researching, discussing teaching methods and philosophy, interactive presentations, and development of effective teaching materials that all of the participants will teach and evaluate at their home institutions in the ensuing academic year.

In addition to classroom teaching skills and materials, participants will learn how to teach seminars in mentoring and scientific teaching in the classroom. The mentoring seminar is directed toward graduate students and postdocs who are supervising undergraduates in the research lab. The seminar materials are well-developed and tested, making it easy to offer with little preparation or time commitment.

The instructional materials and the mentoring and teaching seminar materials will be accompanied by assessment tools that the participants will administer. The results of the initiatives from all of the campuses will be shared with the participants and published. Participants' campuses will provide financial support to their teams to facilitate the implementation of these new teaching initiatives.

Participants are required to:
  • Participate in teams that include one junior and one senior faculty member. The team may be comprised of two faculty members, or one faculty member and one member of the instructional staff from the same campus. The faculty member may be either active in instruction or in an administrative position that will help the team implement change.
  • Write a short teaching philosophy before arriving at the Summer Institute
  • Stay for the entire Summer Institute
  • Teaching introductory biology survey, introductory molecular biology/genetics, or introductory ecology/evolution courses in the ensuing academic year
  • Implement at least one module developed at the Summer Institute into their introductory biology, molecular biology/genetics, or ecology/evolution course during the '06-'07 academic year (modules might be an activity inserted into an existing syllabus)
  • Teach, or recruit a colleague to teacher, a seminar in mentoring or a seminar in scientific teaching for graduate students, postdocs, or faculty
  • Evaluate the introductory biology modules and seminars
  • Participate in follow-up Summer Institute evaluation during and at the end of the '06-'07 academic year

Participants' campuses are required to:
  • Provide funds for participants to travel to the Summer Institute
  • Provide a minimum of $5000 to each participating team to assist them in implementing new teaching strategies and in conducting follow-up activities in their classes
  • Support and encourage the activities of the participants in their departments and campus-wide
  • Ensure that the activities associated with the Summer Institute are treated favorably by tenure committees

The National Academies Summer Institute will provide:
  • Lodging, food, and all other meeting expenses for participants
  • Resources, experiences, instructors, and evaluators to help participants develop and evaluate teaching skills and modules
  • Facilitators to work with the groups as needed, helpign them hone their modules, suggesting resources, and providing advice or expertise
  • Internet access for all participants throughout the Summer Institute
  • A listserv for all participants to communicate as they implement the teaching materials
  • Data about the implementation at the end of the academic year following the Summer Institute

Structure of the Summer Institute:
  • Participants will engage in teaching and learning through interactive presentations, mini-seminars, group work, and discussions.
  • In small, multi-university groups, participants will develop, review and revise modules for introductory biology courses by establishing learning goals, describe the outcomes expected of students (assessment), and design/adapt activities that will actively engage students in learning and meeting the goals.
  • Participants will learn to teach the mentoring and scientific teaching seminars.
  • Participants will be accountable for implementing and evaluating modules and the mentoring or scientific teaching seminar at their home institutions and reporting findings to the Summer Institute for publication.

Participants will work in groups of about 6. Groups will be organized around large principles of biology (genetics, cell biology, ecology, evolution, etc). Each member of the group must be able to teach (or influence the teaching of) this topic in an introductory course and groups will be assigned before the Summer Institute based on information provided by participants. The groups will choose a specific concept (natural selection, genetic drift, energy transduction, etc) within their broad principle for which they will develop and review three modules to be implemented in at least one lecture or lab. Each module will addres at leasts one theme of the Summer Institute: active learning, assessment, or diversity. The modules may be developed de novo or adapted from the Internet, teaching books or journals, previous Summer Institutes, or other existing instructional materials. The groups will modify the materials to fit their courses (incorporating modifications tailored to each campus), discuss their context in the course, and design assessment tools to evaluate learning.

Components of the module:
  • Teaching plan that includes
    • learning goals that are essential and important for students to know, understand, and be able to do
    • activities that will help students meet the goals
    • assessments that will determine how well the students have met the goals and provide students with feedback about their progress toward the goals
  • Description of how the module addresses the following themes:
    • Scientific teaching
    • Diversity
    • Active learning
    • Assessment


Tentative Agenda
Morning Sessions: Interactive presentations about teaching and learning

Afternoon Sessions: Group work time to reflect on topics from the morning sessions, apply the day's topics to development of a module, teach the module to another group for practice and review, and revise/submit the module to the Summer Institute database.

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