ITEDU 690, History & Philosophy of Technology Education
Spring 2007
Syllabus and
Course
Guide:
Course Guide
This document can be found at:
http://jcflowers1.iweb.bsu.edu/rlo/690sylsp2007.htm
Dates |
Contact
Information | Instructor | Activities
| Grading | Course
Evaluation
Plagiarism |
Texts & Style Guide |
Audit
Policy |
Special
Student Needs
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Spring, 2007
Class begins January 8, 2007.
Final Exam Week ends May 4, 2007.
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Contact Information
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Courseware:
This course makes use of Blackboard courseware.
BSU Blackboard Portal:
http://my.bsu.edu
Homework and Assignments:
jcflowers1.iweb.bsu.edu/rlo/690hw.htm
Modules / Online Instruction:
jcflowers1.iweb.bsu.edu/rlo/690.htm
Breeze Meeting Room:
http://interactive.ihets.org/r91508743/
Hardware, Software & Connectivity:
Students should have broadband access and the current versions of Internet Explorer, Microsoft Office,
Real Player, and
Adobe Acrobat Reader. (Note: Microsoft Office
is available at a greatly reduced rate through Ball State University.) Webpage
creation software is required, and while there are some free alternatives,
the recommended software is Microsoft FrontPage or its successors due out in
2007: Microsoft Office SharePoint Designer and Microsoft Expression Web.
Sadly, these are not included in
the BSU Office package, but can be separately purchased through BSU.
Students should also have a webcam and a headphones with a microphone.
Security:
Student postings
and other communication features of the courseware are restricted to those
with access as a class student, instructor, aide, or administrator.
Class Hours:
This is an Internet
course, so students access the course site and complete the requirements
at hours convenient for them.
Time Requirements: Graduate courses at Ball State that meet for 15
weeks typically require 9 to 12 hours of class meeting or outside work per
week. Those who are unable to devote 9 to 12 hours per week to this course
should not enroll.
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Instructor
Jim Flowers
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Dr.
Jim Flowers
Professor & Director of Online
Education
Department of
Technology
AT 130A
Phone: (765) 285-2879
FAX (765) 285-2162
jcflowers1@bsu.edu
Office Hours
(Eastern Time):
Office hours will be announced at
the beginning of the semester.
(But I'm at the office much more
than this. Feel free to contact me there by phone, or to send an Email to me
at any time.)
Homepage:
jcflowers1.iweb.bsu.edu/flowers.htm
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Methods of Student
Evaluation and Major Activities, Tasks
The instructor reserves the right to modify this list if
assignments during the class, giving notice to students of all changes. |
1. Miscellaneous: Weekly Readings,
Critiques of Readings, Debates, Assigned Discussions, Short Assignments,
and Quizzes (usually 5 to 20 raw points each)
2. Philosophical treatise
presenting and defending definitions of "technology" and "technology education"
making good use of academic literature and published online (50 points).3. Critical examination of
one
historical movement in technology education within its social and temporal
contexts, published online and making good use of historical and academic
literature (100 points)
4. Original site history
of formal and informal technology education at a selected geographic
locality, published online (100 points)
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Grading
System
Student grades will be determined
by dividing the points earned by the points possible, and using the following
chart: |
| Grade |
Percentages |
| A |
94.00 % to 100 % |
| A- |
90.00% to 93.99% |
| B+ |
87.00% to 89.99% |
| B |
83.00% to 86.99% |
| B- |
80.00% to 82.99% |
| C+ |
77.00% to 79.99% |
| C |
73.00% to 76.99% |
| C- |
70.00% to 72.99% |
| D+ |
67.00% to 69.99% |
| D |
63.00% to 66.99% |
| D- |
60.00% to 62.99% |
| F |
Below 60.00 % |
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Course
Evaluation
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Students will be asked to fill out an evaluation of the course
and instructor. However, student feedback is welcome at any stage in the
course, and has proven to be essential in course improvement.
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Note on Plagiarism |
Students are cautioned against presenting ideas of another as
their own, and of failing to cite sources. While plagiarism typically results in
full loss of credit for all authors of an assignment, further action may be
taken. For a description of what constitutes plagiarism, you are asked to now
visit
jcflowers1.iweb.bsu.edu/rlo/plagiarism.htm and
http://www.indiana.edu/~tedfrick/plagiarism/.
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Texts and Style Guide |
There is no required text to be purchased if the student
already possesses the APA style guide. Although online discussions often use informal language
effectively, formal documents should adhere to the following style guide, as
appropriate. This style guide is a required text, and those who use substitutes
are at a disadvantage. American Psychological Association. (2001).
Publication manual of the American Psychological Association (5th ed.).
Washington, DC: Author.
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Audit
Policy
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Students may officially
audit this course, provided they are registered as auditing, they do not
cause the section enrollment to exceed 20, and they use the equipment and
materials only for the activities specified in the class.
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Special Student Needs
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If a student needs course
adaptations or accommodation because of a disability, if he or she has
emergency medical information to share with the instructor, or if special
arrangements must be made in case the building is evacuated, please make
an appointment with the instructor as soon as possible. The office location
and office hours were stated earlier. |
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Description |
Objectives |
Rationale | Content |
Format |
Bibliography
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Course Description
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"Historical development and philosophical
foundations of current trends in technology education..."
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Objectives
By the end of this course, the
learners should be able to do the following, making good use of the academic
literature: |
1. Engage in critical analysis and discussion on
various topics in the history and philosophy of technology education.
2. Develop and defend theoretical definitions of "technology" and
"technology education."
3. Conduct a critical examination of a historical movement in technology education
within its social and temporal contexts.
4. Report on an original historical investigation of
technology education at a given site.
5. Formulate a plan for the future evolution of technology
education that is well-founded in current and past movements.
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Rationale
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This course is intended to engage the learner in historical
and philosophical investigations in the field of technology education and its
precursors so that a richer, more reasoned, and better informed approach to the future
of the field can be facilitated.
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Content Outline
This outline is only the starting point for our investigations,
and it is likely to evolve as the class moves forward. |
1. Orientation 2.
Developing a theoretical definition
3. (Submitting work as published Webpages)
4. Philosophical issues in technology education
5. Researching and comparing historical movements in
technology education
6. Selected historical leaders in
technology education
7. Conducting historical research
8. Forecasting and synthesizing a plan for the future
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Format
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This course is offered completely
over the Internet. Students will be expected to download course information,
instruction, assignments and readings, and to submit their work electronically.
Individual work and group work will be required.
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References noted by Dr. Samuel Cotton,
a previous course developer:
Barlow, M. L. (1967). The History of
Industrial Education in the United States, Chas. Bennett Co.,
Peoria, IL (LC# 67-10595)
Boone, R. G. (1892). A History of Education in Indiana, D.
Appleton & Co., New York (ISBN N/A)
Coman, K. (1910). The Industrial History of the United States,
MacMillan Co., New York (ISBN N/A)
Council on Technology Teacher Education (2002). Standards for
Technological Literacy, Glencoe, New York, (ISBN 0-07-829104-6)
Council on Technology Teacher Education (2000). Technology
Education for the 21st Century, Glencoe, New York, (ISBN
0-07-821985-X)
Council on Technology Teacher Education (1999). Advancing
Professionalism in Technology Education, Glencoe, New York,
(ISBN 0-02-677154-3)
Council on Technology Teacher Education (1995). Foundations of
Technology Education, Glencoe, New York, (ISBN 0-02-677149-7)
Dewey, J. & Dewey, E. (1915). Schools of To-morrow, E, P. Dutton
& Co., New York, (ISBN N/A)
Ulich, R. (1950). History of Educational Thought, American Book
Company, New York, (ISBN N/A)
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| Hyperlinked references and readings
on the history & philosophy of Technology Education from the Journal of
Technology Education, the Journal of Technology Studies, and the Journal of
Industrial Teacher Education (J. Flowers) |
History
Technology Education and History: Who's Driving?
[PDF 179K] by John Pannabecker
Integrating Technology, Science, and Math at Napoleon's School
for Industry, 1806-1815 (244k) by John Pannabecker
New
Paradigm or Old Wine? The Status of Technology Education Practice in the United
States (136k) by Mark Sanders
Exploring the Intellectual Foundation of Technology Education:
From Condorcet to Dewey (34K) by Randy Chafy
Selected Leaders' Perceptions of Approaches to Technology
Education (36K)
by Patrick N. Foster and Michael D. Wright
Speculations on the Insights and Perceptions of Professor William
E. Warner Regarding the Status of Technology Education and Its Future
[PDF 198K] James J. Buffer, Jr.
Defining the Role of Technology Education by Its
Heart and Its Heritage [82K] Mark S. Snyder
A Curriculum to Reflect Technology
[76K] Kenneth Phillips
IACP—An Innovative Project of the 1960s
[46K] Donald G. Lux
Conceptualizations of Jackson's Mills
[67K] Donald P. Lauda
Roots of Technology Education: Standards Projects
[68K] William E. Dugger, Jr.
A Conceptual Framework for Technology Education: A Historical
Perspective [93K] Ernest N. Savage
Reflections of Technology in the Past, Present, and Future (and) Issues in
Defining Goals in Technology Education [51K] Paul W. DeVore
From Industrial Arts to Technology education: The Eclipse of Purpose [81K] Dennis R. Herschbach
From Industrial Arts to Technology Education: The Search for Direction [82K] Dennis R. Herschbach
The Future of Industrial Technology Education at the K-12 Level
By L. Scott Hansen and Carl J. Reynolds
Historical Leaders in Technology Education Philosophy
by James J. Kirkwood, Patrick N. Foster, and Sue M. Bartow
The Founders of Industrial Arts in the US
(100K)
by Patrick N. Foster
Philosophy
Creativity—A Framework for the Design/Problem Solving Discourse
in Technology Education [PDF 197K]
by Theodore Lewis
The Educational Technology is Technology Education Manifesto
(224k) by Stephen Petrina
Basic Principles in Holistic Technology Education
(125k) by Kurt Seemann
Human Rights and Politically Incorrect Thinking versus
Technically Speaking (123k) by Stephen Petrina
Heidegger in the Hands-On Science and Technology Center:
Philosophical Reflections on Learning in Informal Settings
(31k) by Richard Walton
Problem Solving in Technology Education: A Taoist Perspective
(35K) by Jim Flowers
Nine Years Back and Looking Ahead (6K)
by James E. LaPorte
Technology Education and the Search for Truth, Beauty and Love
(37K) by William S. Pretzer
Classifying Approaches to and Philosophies of Elementary-School
Technology Education (34K) by Patrick N. Foster
Technology Education: Beyond the "Technology is Applied Science"
Paradigm (21K) by Marc de Vries
Selected Leaders' Perceptions of Approaches to Technology
Education (36K) by Patrick N. Foster and Michael D. Wright
Technology Education: AKA Industrial Arts
(177K) by Patrick N. Foster
Technology Education from the Academic Rationalist Theoretical
Perspective (29K) by Thomas Erekson
Technology and Efficiency: Competencies as Content (38K)
by Dennis R. Herschbach
A
Framework for Technology Education Curricula Which Emphasizes Intellectual
Processes (38K) by Scott D. Johnson
Curriculum Change in Technology Education: A Theoretical
Perspective on Personal Relevance Curriculum Designs (37K)
by Stephen Petrina
Social Reconstruction Curriculum and Technology Education (34K)
by Karen F. Zuga
The Industrial Arts Paradigm: Adjustment, Replacement, or
Extinction? (42K) by Steven C. Clark
A Model for Unified Science and Technology
[105K] By Roy Q. Beven and Robert A. Raudebaugh
Technology Education Versus Liberal Arts Education?
[81K] Oscar Plaza
Lessons From Star Trek: Examining the Social Values Embedded in Technological
Programs [52K] John W. Hansen
The Importance of the Project Method In Technology Education
By Robert T. Howell
The End of Technology Education: A Response to Theodore Lewis
and Karen F. Zuga
by Stephen Petrina
Our Challenge: Technology for All Americans
by Richard Satchwell and William E. Dugger, Jr.
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Other
Anderson, L. (1926). History of manual and industrial
school education. New York: D. Appleton.
Emmerson, G. (1973). Engineering education: A social
history. New York: Crane, Russak.
International Technology Education Association. (1996).
Technology for all Americans: A rationale and structure for the study of
technology. Reston, VA: Author. Retrieved Oct. 4, 2004 from
www.iteaconnect.org/TAA/PDFs/Taa_RandS.pdf
International Technology Education Association. (2000).
Standards for technological literacy: Content for the study of technology.
Reston, VA: Author. Retrieved Oct. 4, 2004 from
www.iteaconnect.org/TAA/PDFs/xstnd.pdf
Kohl, W. (Ed.). (1995). Critical conversations in
philosophy of education. New York: Routledge.
Marx, G. (2000). Ten trends: Educating children for a
profoundly different future. Arlington, VA: Educational Research
Service.
Noddings, N. (1995). Philosophy of education.
Boulder, CO: Westview Press.
Journals
Journal of Industrial Teacher Education
http://scholar.lib.vt.edu/ejournals/JITE/
Journal of Technology Education
http://scholar.lib.vt.edu/ejournals/JTE/
Journal of Technology Studies
http://scholar.lib.vt.edu/ejournals/JOTS/
Science, Technology & Human Values
http://scholar.lib.vt.edu/ejournals/STHV/
Techné: Research in Philosophy and Technology
http://scholar.lib.vt.edu/ejournals/SPT/
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