Philosophy 405, Advanced Critical Thinking
Prerequisite: Philosophy 200, 210, 368 or
consent of instructor. Advanced study of logic,
argumentation, fallacies, and deductive and
inductive reasoning. Includes application of
critical thinking methods to applied topics in
philosophy, including ethical and legal
reasoning, particularly as they impact public
policy decisions.
This course has several purposes. First, it is
designed to insure that graduates with the
Concentration are equipped to analyze complex
public policy issues. This requires being able to
read and analyze scientific claims, as well as to
sort through various competing and complex moral
issues. Typically we will use examples from
medicine, law enforcement, environmental
policies, and economics as case studies
throughout the semester.
Second, the evaluation of scientific claims is
a key part of this course. Typically it is taught
using Ronald Giere's book Understanding
Scientific Reasoning, an excellent tool for
evaluating arguments that depend on scientific
studies.
Third, the class builds on previously learned
critical thinking and logic skills. Typically,
the class begins with a review of such concepts
as soundness and validity and the nature of the
hypothetical. (You are required to take Phil 105,
Critical Thinking, or Phil 106, Logic as a
prerequisite to Phil 405, in part because these
classes are taught by the philosophy faculty and
emphasize deductive reasoning processes.)
Finally, Phil 405 is intended as a mini-prep
course before you take your LSAT, GRE, or other
graduate entrance exam. The skills emphasized in
this course, especially the careful reading and
argument analysis, are key parts of those exams
and a portion of the class is devoted to the
types of problems represented on those exams.
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For the 2001-2002 academic year, Phil 405 will
be taught as an independent study. Beginning
Summer 2002, you will also be able to take this
course as an independent study in the Summer.
(The Professional Career Advisor is encouraging
students to do their internship the Summer prior
to their Senior Year. If so then, students can
simultaneously take Phil 405 as an independent
study at the same time.)
Beginning Fall 2002, the department also hopes
to offer this class as part of its regular course
offerings. Typically it will be taught during
Fall semester only.
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Advanced Topics in Critical Thinking
Professor: Mitch Avila, Ph.D.
Office Hours: M & W,
11:0011:50, 1:002:20, and by
appointment, EC 474
Phone: 657.278.2272
E-Mail: mavila@fullerton.edu
Required Reading
Giere, Ronald N. Understanding Scientific
Reasoning (4th edition, 1998;
Holt, Rinehard, and Winston).
Supplemental Reading Packet (available from
Titan Bookstore).
Student Learning Objectives:
(1) Students will learn why certain standards
of argumentation (the application of logic to
language, the nature of justification, the
difference between deduction and induction, the
nature of conditional statements, the distinction
between necessity and sufficiency, the role of
scientific theory, the nature and justification
of scientific theory, the nature of common
fallacies, the conceptual foundation of
statistical evidence and probability theory, the
requirements to justify causal hypotheses, and so
forth) are conceptually and philosophically
required in order to make justified truth claims.
(2) Students will learn to apply these
standards of argumentation to contemporary public
policy, moral, and scientific debates and to
evaluate whether philosophically defensible
standards of argumentation have been met in these
public policy, moral, and scientific debates.
(3) Students will practice evaluating and
assessing arguments in a group setting, working
with other persons to reach a practical
consensus.
Course Requirements/Methods of Assessment:
(1) There are 12 quizzes, generally scheduled
at the beginning of first day of class each week.
Each quiz is worth 20 points. These quizzes will
provide the student with regular feedback
involving whether or not he or she is
sufficiently grasping the conceptual foundations
of the course material.
(2) There are 10 homework assignments, each
worth 20 points, due as indicated in the course
calendar. The homework assignments are designed
to provide the student with regular feedback
about whether or not he or she is sufficiently
understanding how to apply the course material to
practical examples.
(3) There are 10 group assignments, each worth
20 points, due as indicated in the course
calendar. The group assignments are designed to
provide the student with regular feedback about
whether or not he or she is sufficiently
competent in applying the course material and
working in a group setting.
(4) There are three Application Exams, each
worth 100 points. These exams will assess if
students can apply the concepts to practical
issues.
(5) There are two Conceptual Foundation Essay
Exams, each worth 100 points. These exams ask
students to write narrative analyses and
discussions of the conceptual and philosophical
foundations of standards of argumentation.
(6) Each group is responsible for a
semester-long Group Policy Project, analyzing
some contemporary public policy or moral issue.
The project is worth 200 points total: 50 points
for participation; 50 points for the
self-evaluation; and 100 points for the
project/presentation.
(7) Each group must submit peer evaluations of
the draft versions of two other Group Policy
Projects. Each peer evaluation is worth 50
points.
Course Grade:
Course grade will be determined by points,
each assignment being assessed according to how
it meets the stated learning objectives above:
`A' = 1300+ `B' = 11501299 `C' =
10001149
`D' = 850999 `F' = <850
Course Calendar:
Week One |
Course Introduction;
Review and Evaluation of Past Critical
Thinking Courses; Group formation;
Introduction to Scientific Reasoning |
Week Two |
Quiz #1; Lecture:
Truth and Falsity; Homework #1 due;
Group Application Exercise #1 due. |
Week Three |
Quiz #2; Lecture:
Arguments and Justification, Inductive
Reasoning vs. Deductive Reasoning;
Homework #2 due; Group Application
Exercise #2 due. |
Week Four |
Quiz #3; Lecture:
Conditional Arguments, Necessary and
Sufficient Conditions; Homework #3
due; Group Application Exercise #3 due. |
Week Five |
Quiz #4; Lecture:
Scientific Theories and Hypotheses;
Homework #4 due; Group Application
Exercise #4 due. |
Week Six |
Quiz #5; Lecture:
Testing and Justifying Scientific
Theories; Homework #5 due; Group
Application Exercise #5 due. |
Week Seven |
Quiz #6; Review of
course material; Application
Exam #1; Conceptual Foundation Essay Exam
#1 |
Week Eight |
Quiz #7; Lecture:
Fallacies of Theory Testing; Homework
#6 due; Group Application Exercise #6
due. |
Week Nine |
Quiz #8; Lecture:
Statistics, Correlations, and Causal
Hypotheses; Homework #7 due; Group
Application Exercise #7 due. |
Week Ten |
Quiz #9; Lecture:
Probability; Homework #8 due; Group
Application Exercise #8 due. |
Week Eleven |
Quiz #10; Lecture:
Justifying Statistical Hypothesis;
Homework #9 due; Group Application
Exercise #9 due. |
Week Twelve |
Quiz #11; Lecture:
Justifying Causal Hypotheses;
Homework #10 due; Group Application
Exercise #10 due; Drafts of Group
Policy Projects Due for Evaluation;
Groups begin peer-evaluation of Group
Policy Project Drafts |
Week Thirteen |
Quiz #12; Peer
Evaluations of Group Policy Project
Drafts due; Lecture: Values and
Decisions; Groups begin revisions of
Group Policy Projects. |
Week Fourteen |
Application Exam
#2; Conceptual Foundation
Essay Exam #3; Group Policy
Project Presentations in-class begin |
Week Fifteen |
Group Policy Project
Presentations in-class continue |
Finals Week |
Application Exam
#3 |
Additional Information:
1. There are no extra credit opportunities in
this course.
2. Late assignments are subject to a 10%
penalty each 24 hours late. Maximum Penalty =
25%.
3. The professor reserves the right to modify
the conditions of this syllabus if conditions
and/or developments warrant such a change.
4.. Resources/materials allowed in exams and
other in-class assignments: none.
Supplemental Readings/Bibliography
There are literally 100's of books on these
topics. The following resources are either
classics in their field or are appropriate for
students looking for additional background
information. These additional resources available
in the Pollak Library, the Department of
Philosophy Library, or from CSU Link.
Bransford, John, and Barry S. Stein, The
Ideal Problem Solver: A Guide for Improving
Learning, Thinking, and Creativity. New York:
W. H. Freeman, 1984.
Cohen, Morris R., and Earnest Nagel, An
Introduction to Logic. Indianapolis: Hackett
Publishing Company, 1993.
Copi, Irving M., and James A. Gould, Contemporary
Philosophical Logic. New York: St. Martin's
Press, 1978.
Copi, Irving M., and James A. Gould, Contemporary
Readings in Logical Theory. New York:
MacMillan, 1967.
Copi, Irving M., and Keith Burgess-Jackson, Informal
Logic. Englewood Cliffs, NJ: Prentice Hall,
1996.
Dauer, Francis W., Critical Thinking: An
introduction to reasoning. New York: Oxford
University Press, 1989.
Flew, A. G. N., ed., Logic and Language
(First Series). Oxford: Basil Blackwell,
1955.
Flew, A. G. N., ed., Logic and Language
(Second Series). Oxford: Basil Blackwell,
1952.
Fogelin, Robert J., and Walter
Sinnot-Armstrong, Understanding Arguments: An
Introduction to Informal Logic. New York:
Harcourt Brace Jovanovich, 1997.
Giere, Ronald N., Explaining Science: A
Cognitive Approach. Chicago: University of
Chicago Press, 1988.
Quine, Willard V., From a Logical Point of
View. Cambridge, Mass: Harvard University
Press, 1962.
Quine, Willard V., Methods of Logic.
New York: Holt, Rinehart and Winston, Inc., 1972.
Reinard, John C., Foundations of Argument:
Effective Communication for Critical Thinking.
Dubuque, IA: W. C. Brown Publishers, 1991.
Toulmin, Stephen, and Albert R. Jonsen, The
Abuse of Casuistry: A History of Moral Reasoning.
Berkeley: University of California Press, 1988.
Toulmin, Stephen, Richard Rieke, and Allan
Janik, An Introduction to Reasoning. New
York: MacMillan, 1984.
Tymoczko, Thomas, and Jim Henle, Sweet
Reason: A Field Guide of Modern Logic. New
York: W. H. Freeman, 1995.
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