Astronomy

School of Mathematics, Science, and Engineering

Dean: Michael Odu, Ph.D.

Department Chair: Jeffrey Veal, Ph.D.

School/Department Location: www.swccd.edu/cvlocation

Office: 215A, (619) 482-6344

Map: https://goo.gl/maps/C4E3PnKsdU92

General Description

Astronomy, the oldest science, is a physical science that has played an important function in the development of modern science. This discipline explores the universe at large and the physical processes that govern it. Astronomers have historically investigated the laws, physical properties and behavior, chemistry, and composition of astronomical phenomena. Modern astronomers use advanced technology to explain and understand planets, comets, stars, nebulae, galaxies, quasars, pulsars, black holes, and the evolution of the universe.

Career Options

Below is a sample of the career options available for the astronomy major. A few require an associate degree, some require a bachelor’s degree, and most require a graduate-level degree: high school or college instructor, space science technician, astronaut, astrophysicist, astronomer, observatory technician, telescope operator, scientific computer programmer, space engineer, mathematician, and positions in planetaria or allied professions of business and industry.

Degree/Certificate Options Major Code
Associate in Science Degree: Transfer Preparation
Astronomy 01500

Consult with a counselor to develop a Student Education Plan (SEP), which lists the courses necessary to achieve your academic goal.

Faculty

Grant Miller, M.S.
gmiller@swccd.edu

Jeffrey Veal, Ph.D.
jveal@swccd.edu

ASTR 100

PRINCIPLES OF ASTRONOMY

3 UNITS

Pass/No Pass or Grade is Allowed

Recommended Preparation: MATH 45 or MATH 48 or the equivalent skill level as determined by the Southwestern College Mathematics Assessment or equivalent; RDG 158 or the equivalent skill level as determined by the Southwestern College Reading Assessment or equivalent.

Lecture 3 hours

Offered: ALL

Introduces the concepts and methods developed in astronomy to describe and understand the physical nature and processes on astronomical phenomena. Includes topics such as the sky, the solar system, stars and stellar evolution, nebulae, the Milky Way Galaxy, galaxies, and cosmology. [D; CSU; UC]

ASTR 109

ASTRONOMY LABORATORY

1 UNIT

Pass/No Pass or Grade is Allowed

Recommended Preparation: MATH 45 or MATH 48 or the equivalent skill level as determined by the Southwestern College Mathematics Assessment or equivalent.

Corequisite: ASTR 100, ASTR 120, ASTR 150, ASTR 170, ASTR 180 or ASTR 205 (may be taken previously).

Laboratory 3 hours

Offered: ALL

Demonstrates astronomical principles through observation, simulation, and analysis of data. Includes topics such as the sky, the solar system, stars, nebulae, galaxies, and cosmology. [D; CSU; UC] (Formerly: ASTR 101)

ASTR 120

SOLAR SYSTEM ASTRONOMY

3 UNITS

Pass/No Pass or Grade is Allowed

Recommended Preparation: MATH 45 or MATH 48 or the equivalent skill level as determined by the Southwestern College Mathematics Assessment or equivalent; RDG 158 or the equivalent skill level as determined by the Southwestern College Reading Assessment or equivalent.

Lecture 3 hours

Offered: ALL

Investigates the origin of the Sun and planets and how they change. Analyzes the physical properties of planets, moons, rings, comets, and asteroids. Surveys the history of space exploration. Topics include: solar system formation and evolution; comparative planetology; recent discoveries regarding our solar system; and planets around distant stars. [D; CSU; UC]

ASTR 150

DISCOVERY OF THE COSMOS

3 UNITS

Pass/No Pass or Grade is Allowed

Recommended Preparation: RDG 158 or equivalent skill level as determined by the Southwestern College Reading Assessment or equivalent.

Lecture 3 hours

Offered: ALL

Chronological exploration of the major astronomical observations and discoveries---from ancient times to the mid- twentieth century---that have shaped our current understanding of the universe. Topics include: constellations and astronomical lore; the sky; ancient cosmologies; heliocentrism; pre- and early- telescopic discoveries; stars; nebulae; the Galaxy; galaxies; and the expanding universe. [D; CSU; UC]

ASTR 170

THE RADICAL UNIVERSE

3 UNITS

Pass/No Pass or Grade is Allowed

Recommended Preparation: MATH 45 or MATH 48 or the equivalent skill level as determined by the Southwestern College Mathematics Assessment or equivalent; RDG 158 or the equivalent skill level as determined by the Southwestern College Reading Assessment or equivalent.

Lecture 3 hours

Offered: ALL

Explores how modern advances in human understanding of the physical nature of the universe -- relativity, quantum mechanics, and cosmology -- show that the universe often radically defies intuition. Demonstrates how behavior of the universe extends far beyond expectations derived from daily experiences. Topics include: black holes, curved spacetime, origin, and fate of the universe. [D; CSU; UC]

ASTR 180

LIFE IN THE UNIVERSE

3 UNITS

Pass/No Pass or Grade is Allowed

Recommended Preparation: MATH 45 or MATH 48 or the equivalent skill level as determined by the Southwestern College Mathematics Assessment or equivalent; RDG 158 or the equivalent skill level as determined by the Southwestern College Reading Assessment or equivalent.

Lecture 3 hours

Offered: ALL

Explores how the universe evolved from a mix of subatomic particles into intelligent life itself. Examines the probability that extraterrestrial intelligence exists and the possibility of communication. Topics include: origin and evolution of the universe; birth, aging, and death of stars; chemical enrichment of the galaxy; comets; and origin of life. [D; CSU; UC]

ASTR 205

ELEMENTARY ASTROPHYSICS

3 UNITS

Pass/No Pass or Grade is Allowed

Prerequisite: PHYS 270 or equivalent.

Lecture 3 hours

Offered: ALL

Modern observational advances and theoretical results concerning the physical properties and processes in stars and their relationship to stellar evolution. Topics include: interstellar nebulae, stellar associations, the Milky Way, galaxies, active galaxies and quasars, and modern cosmology. [D; CSU; UC]

ASTR 299

INDEPENDENT STUDY

1-3 UNITS

Pass/No Pass or Grade is Allowed

Limitation on Enrollment: Eligibility for independent study.

Lecture 3 hours

Offered: ALL

Independent study or research in some area of the mathematical sciences of particular interest to the student and not included in regular courses of the college. [D; CSU; **UC] (**UC Limitation: credit for variable topics courses is given only after a review of the scope and content of the courses by the enrolling UC campus.)