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STV Courses
Fall 2005
Each of
the Science, Technology, and Values courses listed
has a cross-listing in one or another of the regular
departments of the university. STV Minors may enroll
in these as STV courses.
STUDENTS
WISHING TO USE STV COURSES TO SATISFY UNIVERSITY
REQUIREMENTS MUST REGISTER FOR THEM AS DEPARTMENTAL
COURSES, FOR EXAMPLE, AS A PHILOSOPHY RATHER
THAN AS AN STV COURSE. STUDENTS SHOULD ALSO
CONSULT WITH THE STV DIRECTOR (Dr. Alpert) BEFORE
ATTEMPTING TO "DOUBLE-COUNT" STV COURSES FOR
UNIVERSITY REQUIREMENTS. THIS IS ESPECIALLY IMPORTANT
FOR STUDENTS OUTSIDE THE COLLEGE OF ARTS AND
LETTERS.
All
courses listed as STV offerings are open only
to students enrolled in the STV Minor until
the end of the third period of registration.
After this date enrollment is open on a space-available
basis. All STV courses are "Premission required" courses.
YOU SHOULD
EMAIL YOUR COURSE REQUESTS TO DR. ALPERT (salpert@nd.edu)
SO YOU CAN BE PUT ON THE REGISTRATION LIST FOR EACH
CLASS. This list will be used as the basis
for authorizing registration in STV courses.
Permissions must be set within your records for the courses you request,
so it is incumbent upon you to make sure you've make your requests known to
Dr. Alpert well before your registration time. (Dr. Alpert will go into your
registration record to give you permission, so you should then be able to
register without incident.)
Priority
for authorization numbers will be given to
seniors during first period, juniors during
second period, sophomores during the third. You
will be required to use your enroll in the STV courses you've requested within
24 hours of your registration time, or else
you will forfeit that authorization.
STV 20556 (formerly STV
256) IS REQUIRED FOR ALL STUDENTS IN THE STV MINOR. NOTE THAT IS WILL
BE TAUGHT IN FALL 2005.
Students
will satisfy the distribution requirements
by taking a course in each of the three reconfigured
clusters: "Human Dimensions of Science and Technology"
(Human Dimensions); "Science, Technology and
Ethics" (Ethics); and "Science, Technology
and Public Policy" (Public Policy) with the fourth
course either in one of these areas or from
those marked "Elective."
Fall
2005 STV Course Offerings
(Unless otherwise noted, all courses are 3 credit
hours)
STV 20139 Minds, Brains and Persons
Stubenberg, Leopold
T R 12:30 - 1:45P (section
01) 14435
T R 2:00 - 3:15P (section 02)
15852
(Human Dimensions)
This course will treat some central issues in the philosophy of mind,
such as freedom of the will, personal identity, and the relationship between
mind and body.
STV 20245 01 Medical Ethics
Solomon, David
M W 10:40 - 11:30A 13560
(Ethics)
An exploration from the point of view of ethical theory of a number of
ethical problems in contemporary biomedicine. Topics discussed will include
euthanasia, abortion, the allocation of scarce medical resources, truth
telling in the doctor-patient relationship, the right to medical care and
informed consent and human experimentation.
________________________________________
STV20247 01 Environmental
Ethics
DePaul, Michael
T R 2:00 - 3:15P
15851
(Ethics)
This course is concerned with the relationship between human beings and
the rest of the natural world, and critically examines various proposals
that have been made about how we ought to treat plants, animals, ecosystems,
future generations, and scarce natural resources.
________________________________________
STV20304 01 Energy
& Society
Dobrowolska-Furdyna, Malgorzata
T R 3:30 - 4:45P 13497
(Public Policy)
A course developing the basic ideas of energy and power and their applications
from a quantitative and qualitative viewpoint. The fossil fuels (coal,
oil, natural gas) are studied together with their societal limitations
(pollution, global warming, diminishing supply). Nuclear power is similarly
studied in the context of the societal concerns that arise (radiation, reactor
accidents, nuclear weapons proliferation, high-level waste disposal). The
opportunities as well as the risks presented by alternative energy resources,
in particular solar energy, wind, geothermal and hydropower, together with
various aspects of energy conservation, are developed and discussed. This
course is designed for the non-specialist.
________________________________________
STV20431 01 Phil & Cosmology: A Revolution
Brading, Katherine
T R 9:30 - 10:45A
14433
(Elective)
In the 17th century there was a revolution in our view of the cosmos
and of our own place in it. Most vivid, perhaps was the change from believing
that the Earth is at the center of everything to believing that the Earth
is just one planet among many, orbiting the sun. This course will consider
how and why these changes took place.
________________________________________
STV20461 01 Nuclear Warfare
Wiescher, Michael
T R 12:30 - 1:45P
16305
(Elective)
Nuclear phenomena; nuclear fission and fusion. Nuclear weapons. Effects
of blast, shock, thermal radiation, prompt and delayed nuclear radiation.
Fire, fallout, ozone-layer depletion, electromagnetic pulse, "nuclear winter."
Medical consequences, physical damage, effects on the individual and on
society. Defensive measures and their feasibility. Scenarios for war and
peace, proliferation of nuclear weapons material, recent diplomatic history.
U.S. Bishops' Pastoral Letter. The course is open to all students and counts
for science majors as a general elective credit.
________________________________________
STV20556 01 Science, Technology,
& Society
McKim, Vaughn
M W F 12:50 - 1:40P 13551
(Core Course)
This course introduces the interdisciplinary field of science and technology
studies. Our concern will be with science and technology (including medicine)
as social and historical, i.e. e., as HUMAN, phenomena. We shall examine
the divergent roots of contemporary science and technology, and the similarities
and (sometimes surprising) differences in their methods and goals. The
central theme of the course will be the ways in which science and technology
interact with other aspects of society, including the effects of technical
and theoretical innovation in bringing about social change, and the social
shaping of science and technology themselves by cultural, economic and
political forces. Because science/society interactions so frequently lead
to public controversy and conflict, we shall also explore what resources
are available to mediate such conflicts in an avowedly democratic society.
________________________________________
STV30110 01 Health, Healing and Culture
Lende, Daniel
T R 12:30 - 1:45P 14228
(Human Dimensions)
This course introduces the field of medical anthropology, which examines
beliefs, practices, and experiences of illness, health, and healing from
a cross-cultural perspective. This course will consider the ways in which
medical anthropology has historically been influenced by debates within
the discipline of anthropology, as well as by broader social and political
movements. Particular emphasis will be placed on the importance of viewing
biomedicine as one among many culturally constructed systems of medicine.
________________________________________
STV40144 01 Religion
and Science
Rea, Michael
M W 1:30 - 2:45P
16378
(Human Dimensions)
An examination of the nature and limits of both scientific and religious
knowledge, and a discussion of several cases in which science and religion
seem to either challenge or support one another.
________________________________________
STV40166 01 History of Modern
Astronomy
Crowe, Michael
M W 1:30 - 2:45P
16319
(Human Dimensions)
The course traces the development of astronomy and cosmology from the
late 17th century to the 1930s. Attention is given to the interactions of
astronomy with other areas of science and with philosophical, religious,
and social factors.
________________________________________
STV40172 01 History
of Chinese Medicine
Murray, Dian
T R 9:30 - 10:45A 16385
(Human Dimensions)
In light of the contemporary currency of certain Chinese practices in
the field of alternative medicine, this course will explore the phenomenon
of Chinese traditional medicine in both its historical and contemporary settings.
The first unit, Medicine in Ancient China, will explore the earliest medical
ideas of the Chinese and will demonstrate how the state's political unification
gave rise to a correlative cosmology that not only included Heaven and Earth,
but also human beings as integral elements of an organic cosmos. The second
unit will explore the influences and contributions of Taoism (Daoism) and
Buddhism to Chinese medicine and will explore what it meant to be both physicians
and patients in late imperial China. The third unit will focus on medicine
in contemporary China and will feature the experiences of Elisabeth Hsu,
a student of Chinese medical anthropology who as a part of her doctoral research
enrolled as a student in Yunnan Traditional Chinese Medical College between
September 1988 and December 1989. We will conclude the course with a brief
examination of the influence of Chinese medicine on the contemporary world.
________________________________________
STV40319 01 Self,
Society & Environment
Weigert, Andrew
T R 2:00 - 3:15P
13531
(Public Policy)
This course introduces students to social psychological aspects of the
natural environment. Issues considered include interacting with different
environments, symbolic transformations of environments, competing accounts
and claims concerning environments. With an overview of basic information,
these issues are discussed from the perspectives of individual self and
sociocultural institutions. The course touches on alternative ways of envisioning,
interacting, and valuing human-environment relations with an eye toward
individual and collective change.
________________________________________
STV40401 01 The
Future of Energy
Incropera, Frank
W 6:30 - 9:00P
16032
(Elective)
This three-credit course provides a comprehensive treatment of the role
of energy in society and may be taken concurrently by engineering and non-engineering
students. It proceeds along two parallel tracks, one dealing with the scientific/technical
foundations of energy utilization and the other with its economic, political,
environmental and ethical implications. Scientific/technical issues will
be treated at a level that is appropriate for non-engineers and at the same
time beneficial to both engineers and non-engineers. The required background
in mathematics is largely confined to high school algebra, with occasional
use of elementary concepts from differential and integral calculus.
________________________________________
STV40402 01 Wireless
Communications
(FOUR CREDIT HOURS)
Costello, Daniel & Huang, Yih-Fang
T R 9:30 - 10:45A
16033
(Elective)
This survey-style course offers an opportunity to gain a basic understanding
of the technical, regulatory and busines aspects of the wireless revolution
and its impact on society. It is intended for both engineering and non-engineering
students. The course will include such topics as the representation, transmission
and reception of information in electrical form, the physical properties
of radio signals and other wireless media, the principles and challenges
of sharing a common medium, and privacy and security issues, as well as the
social and commercial implications of wireless communications.
________________________________________
STV43134 01 Addiction,
Science, & Values
Manier, A.
M W 1:30 - 2:45P
15848
(Human Dimensions)
Students will be introduced to topics in the ethics of care for the indigent;
to alternative therapies for recovery and maintenance; and to current brain
models of addiction. They will be placed as volunteers (for 14 weeks) with
institutions serving indigent recovering addicts in St. Joseph and Elkhart
counties.
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STV43396 01 Tpc/Ecol: Environmental
Justice Shrader-Frechette,
Kristin
W 4:00 - 6:30P
13774
(Public Policy)
This course will survey environmental impact assessment (EIA), ecological
risk assessment (ERA), and human-health risk assessment (HHRA); ethical
and methodological issues related to these techniques; then apply these
techniques to contemporary assessments for which state and federal governments
are seeking comments by scientists and citizens. The course is hands-on,
will have no tests, but will be project-based, with students working on
actual assessments that they choose (about 2500 are done in U.S. each year).
The goal will be to teach students EIA, ERA, and HHRA and how to evaluate
draft analyses, particularly those used to site facilities or make environment-related
decisions in which poor people, minorities, and other stakeholders are themselves
unable to provide comments. Course will cover flaws in scientific method
and flaws in ethics that typically appear in these assessments.
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