Introduction
This program has been very popular over
the past decade. All of the introductory courses apply toward the university
general baccalaureate degree requirements in science. Astronomy 100 is
designed for non-science majors, while Astronomy 205-206 is intended for
students with science and mathematics skills. These two courses give a more
detailed and in-depth view of astronomy, and education majors have found
them particularly useful. Astronomy 311 is a descriptive-type course open to
juniors and seniors and is very popular with education majors and liberal
arts students. Independent study projects are possible using modern
facilities. Students often develop skills in photography while involved with
this program.
Why Study Astronomy at
UW-Stevens Point
The observational equipment is of
excellent quality, and the Astronomy classes enjoy the use of both the
university Observatory and the Planetarium. Students have the opportunity to
use the 16" Schmidt-Cassegrain telescope which is housed in the Observatory
dome or one of several small telescopes. Photography is done with 35mm
cameras and with a recently added CCD camera which can be attached to many
of the telescopes. Planetarium programs are offered both within classes and
on a voluntary basis and are open to all students, faculty, and the general
public. Several students from various majors who have taken astronomy
courses are employed in the planetarium as lecturers. These students gain
invaluable teaching experience during their employment.
Department Features
All faculty members are highly qualified
and have indicated a strong interest in teaching. Some faculty members are
engaged in astronomical research, and all are involved in the development of
new curriculum and laboratory materials. Night observation sessions are
conducted by faculty members. One faculty member serves as the University
Planetarium and Observatory Director.
Employment Opportunities
Many students take courses in Astronomy to
satisfy general degree requirements in the natural sciences. However, others
find that courses in Astronomy can enhance their other academic pursuits,
such as outdoor education, physics, chemistry, or geology. Some students
have continued their astronomy studies in graduate school. Any student
planning to teach in the physical science field (at any level) will find
employment opportunities highly enhanced if some astronomy courses are a
part of the academic record. Some middle/junior and senior high schools now
have small planetariums and night observation facilities, and the need for
well-trained teachers in physics and astronomy remains acute.
Astronomy Courses
Astronomy 100 - Unveiling the
Universe - 3 Credits
An encounter with ideas concerning the physical universe, from earth
to intergalactic space. Two hours lecture, two hours lab per week. GDR:NS.
Astronomy 205 - The Solar System - 4 Credits
A contemporary perspective with emphasis on understanding basic
principles of astronomy, coordinate systems, telescopes, planetary
phenomena, and recent results of planetary exploration. Three hours lecture,
three hours lab per week. Prereq: Mathematics 100 or equiv or consent of
chair. GDR:NS
Astronomy 206 - Stars and Stellar Systems - 4 Credits
An examination of the content and evolution of the universe,
including the birth and death of stars, the nature of galaxies, and the
mystery of quasars and black holes, with emphasis on understanding physical
concepts. Three hours lecture, three hours lab per week. Prereq: Mathematics
100 or equiv or consent of chair. GDR:NS
Astronomy 311 - Introduction to Astronomy - 3 Credits
Descriptive approach to astronomy through study of the solar system,
stars, star clusters, nebulae, and galaxies; evening meetings required for
observation; use of telescopes and planetarium. Not open to students who
have had 205 and/or 206. GDR:NS BS
Astronomy 380 - Selected Topics - 1-3 Credits
Prereq: Consent of instructor.
