A science segue is a modeled transition that naturally occurs in the frontier between two scientific disciplines.

Segues can be used as mechanisms to introduce students to a range of sciences while they are studying one particular science.


About

History

Ideal Segue

Participants

Segues

Keystone Plants

Workshop 2007

Workshop 2008

An Ideal Segue:
  • Is a natural or obvious transition between the sciences
  • Uses an example that the student is likely to encounter in daily life and therefore will be regularly reinforced (Maximal use of "household" equipment rather than "laboratory" equipment helps students to pass on lessons learned)
  • Illustrates positive aspects of the recipient science in a very short exposure period (15-45 minutes)
  • Involves collection and analysis of data revealing the way a scientist thinks about problems and solutions
  • Points to specific people who serve as positive role models for the science (different people at different educational levels is helpful)
  • Points to specific kinds of knowledge or "other science components" that are beyond the scope of the segue but are likely to be of interest to students
  • Leads the students to appropriate entry level courses that will encourage continued learning about the recipient science (even if the actual entry level for the science is at a very high level)
  • Provides students with access to academic advisors who are part of the segue process, are expecting students to visit to discuss their particular science, and are eager and ready to assist students in taking courses or pursuing degrees in particular areas of science (These advisors should each be researchers/educators who work within the specific scientific disciplines of the recipient sciences)

Segues should avoid:

  • Forced transitions that do not make sense (Not all sciences logically overlap)
  • Use of "black box" equipment that is technically beyond the understanding of the expected level of the students in the course (This actually includes much scientific equipment that is typically employed in entry level courses)
  • Form-filling tasks that do not lead students to think about data
  • Pushing students into sciences that are not of interest to them (this will simply create general dislike for science)
  • Complicated readings, discussions, and other issues that confuse the students about either the science of the primary course or the recipient science of the segue.
  • Working with role models or academic advisors who are anything less than outstanding advocates of the recipient science
  • Assigning tasks that use too much time.

Segue Learning Objectives should be:

  • Simple, single sentences
  • Positively worded
  • Generally applicable as aspect of science rather than a particular detail
  • Do-able within the timeframe of the segue

Segue Learning Outcomes must be:

  • Clear and unambiguous
  • Measurable
  • Variable in a range of skill levels

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Funded by National Science Foundation Grant Award Number DUE06-18690