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1. Approaches toGeneral Education Presented to the
GER Task Force
September 9, 2005
3. Core or “Great Books” The aim of education (or GE) is neither pragmatic nor practical
Fixed, prescribed curriculum
Antidote to specialization (thus the term “general” education)
In purest form – “almost unconsciously interdisciplinary”
4. Core or “Great Books” Reminiscent of early colleges – when faculty were generalists
Not found at Doctoral/Research Extensive universities (except, perhaps, as an alternative GE path)
5. Scholarly Discipline Supporters of this approach view the Core model as backward looking and outdated
Purpose of GE is to introduce students to a variety of disciplines
Can sub-classify this approach:
Familiarity
Modes/Methods of Inquiry
6. Scholarly Discipline Familiarity – no objective other than to introduce students to the disciplines
Can imply categories (Natural Science, Social Science, etc) and open distribution
Simplest model – probably the hardest to assess
7. Scholarly Discipline Modes/Methods of Inquiry: essentially what NCSU has now (objectives for each category that emphasize the methods used in the disciplines)
Implies categories and menus of approved courses (approval process varies widely)
8. Scholarly Discipline Scholarly Discipline approach meshes well with the administrative organization of the typical research institution
Allows faculty members to teach GE courses w/in their discipline – comfort zone for faculty, no need for awkward cooperation across departments
9. Problem Solving/Citizenship Closely associated with John Dewey
Dewey argued that the purpose of education was to prepare students to “change the world”
Dewey argued that the Scholarly Discipline approach was “ivory tower”, focused on what faculty want to teach (as opposed to students)
10. Problem Solving/Citizenship In purest form, students are required to go into the community and solve (or at least work on solutions for) real world problems
Can lead to categories and menus type of approach
Often emphasizes interdisciplinary courses and/or sequences
11. Problem Solving/Citizenship Often includes a capstone course (or experience) that is focused on a single problem or issue
The real point is not the particular problem(s) presented, but the development of students’ problem solving skills in realistic situations
12. Blended Approaches Most common – most research universities have some prescribed courses in addition to ‘categories and menus’; capstone courses are becoming more common (although they are nearly always within the major)
Most institutions at least pay lip service to problem solving skills
13. Interdisciplinarity Most observers have concluded that “interdisciplinarity for its own sake” is not successful
Successful interdisciplinary courses or sequences are tightly focused on a specific issue or theme (often a social problem or issue)
14. Interdisciplinarity Examples of this type of thematic approach include:
UCLA – “Clusters”
University of Michigan – “Global Change Curriculum”
University of Texas – “Connexus”
15. Interdisciplinary Approaches Those involved with the development of interdisciplinary courses and/or sequences report that it is a difficult process
The biggest hurdles are reported to be:
Lack of imagination
Budgetary implications
Administrative hurdles
16. Interdisciplinary Approaches An easier approach is to allow (or require) students to develop a “three course minor”
The three courses can be from a single department, or can be from multiple departments but structured around a coherent theme
17. Interdisciplinary Approaches Some universities have developed a number of these sequences so that students may choose a “pre-packaged” minor
Many institutions require the minor to be “non-contiguous” to the major
At some institutions, these approaches are offered as an alternative GE
18. Multiple GE Paths Trend at large research institutions appears to be a system that is blended but with alternative paths to completing the GE requirements
Students can choose the ‘Categories and Menus’ path; or a Core/Great Books path; or an interdisciplinary sequence focused on a single theme or issue
19. Some Examples UCLA: “Clusters” – Students (freshmen only) take a 2 course, team taught sequence plus a small enrollment seminar that focuses on a narrower aspect of the theme
Themes include History of Social Thought, Biotechnology and Society, and Interracial Dynamics
20. Some Examples University of Michigan: “Global Change Curriculum” – Students enroll in a three semester sequence of courses that examine the physical/biological aspects of global change (GC1), the social aspects (GC2), and a team taught course that builds on the first two courses (GC3)
21. Some Examples University of Texas: “Connexus” – This is a broad program that encompasses a number of programs directed (mainly) toward freshmen
Bridging Disciplines – interdisciplinary sequences built around six broad themes; each theme has a faculty steering committee
22. Texas - continued Students are required to take a “Forum Seminar”, an interdisciplinary, team taught introduction to the theme
12 to 18 hours of course work approved by the faculty steering committee
Students must complete a “Connecting Experience” – either a research experience or an internship
23. Examples - summary UCLA – allows faculty members to develop clusters in any area
UM – focuses on a single theme
UT – has six focus areas (but can develop sequences that focus on a specific aspect of the focus areas)
24. GE Assessment Models Portfolio approach – IUPUI and Truman State University
Students begin portfolios in freshman seminar, submit them in capstone course
Requires careful design, costly implementation, and faculty must evaluate (using rubrics)
25. Assessment, continued Sampling – samples of student work in various areas (typically writing and math) are collected
Samples are evaluated by faculty committees using rubrics
Samples can be collected from GE courses, non-GE courses, or both
26. Assessment, continued Sampling – Oklahoma State collects samples from both GE and non-GE courses
Georgia Tech samples from GE courses only
Can sample portfolios for GE assessment purposes
27. Assessment, continued Course based assessment: NCSU
Virginia Tech uses course based assessment; courses are assessed on a five year cycle (rather than every year)
28. Assessment, continued Pros and Cons
Portfolio
Pros: provides a large number of artifacts to assess
Cons: can be expensive, requires a long term commitment by the entire campus; not clear how information gathered can be used for improvement
29. Assessment, Pros & Cons Sampling
Pros: Reduces assessment workload; relatively inexpensive; uses “real” student work from embedded course assignments
Cons: Requires development of a single rubric (in writing, for example) that is to be used for all artifacts; must be some similarity across artifacts collected (implies similar assignments or prompts)
30. Assessment, Pros & Cons Course Based
Pros: Puts assessment under the control of those who are expected to make improvements; evaluates authentic student work; usually embedded (looks at artifacts that would be collected in any case)
Cons: Can be time consuming if done every semester or year; does not get at the assessment of the overall program