Courses_files/Einstein%27s%20Universe.pdf
 
 

Astronomy Courses at

SCCC

AST101 Astronomy of the Solar System
This course provides an introduction to the fundamental aspects of planetary science. Topics include historical development of astronomy; basic concepts of celestial coordinates and motions; properties and individual characteristics of planets and their moons, asteroids, comets, and meteors; and the origin and evolution of our solar system.

Students also learn to identify celestial objects (constellations, prominent stars, planets, etc.) utilizing the planetarium, telescopes, and the unaided eye. Occasional evening observations are required. 
(3 hrs. lecture, 2 hrs. laboratory)

Prerequisite: MA07 or equivalent. 4 cr. hrs.

Course Textbook

Syllabus

Additional Resources for AST101
Course ObjectivesCourses_files/AST%20101%20Objectives.pdf

AST102 Astronomy of Stars & Galaxies

This course offers an introduction to the fundamental aspects of the universe beyond our solar system. Topics include properties of electromagnetic radiation and its relation to the study of celestial objects; the structure, classification, and evolution of stars, nebulae, star clusters, galaxies, and material between stars; and the age, origin, and evolution of the universe studied in terms of modern cosmology.


Students also learn to identify celestial objects (constellations, prominent stars, planets, etc.) utilizing the planetarium, telescopes, and the unaided eye. Occasional evening observations are required.

(3 hrs. lecture, 2 hrs. laboratory)


Prerequisite: MA07 or permission of

instructor. 4 cr. hrs.

Additional Resources for AST102
AST201 Observational Astronomy
This course presents an introduction to the fundamental aspects of observational astronomy. The course is devoted to systematic observations of the Sun, Moon, transits, eclipses, occultations, meteor showers, stars, and galaxies.

Different types of telescopes and ancillaries are used for the further study of planets, deep-sky objects, binary stars, variable stars, and asteroids. 

The use and application of CCD imaging and image reduction play a major role. The techniques used to obtain the data that enable such studies to be undertaken are discussed. Advanced coordinate systems are also addressed.

Prerequisite: A good pass in AST101 or AST102 or permission of instructor. 4 cr. hrs.
Additional Resources for AST201
Course ObjectivesCourses_files/AST%20102%20Objectives.pdf

Syllabus

Course Textbookhttp://web.me.com/mdiastro/mikeinglis/Courses.html

Course Objectives

Course Textbook

AST101Courses_files/AST%20101%20Objectives_2010.pdfCourses_files/AST%20101%20Objectives_2010_1.pdfshapeimage_10_link_0
AST102Courses_files/AST%20102%20Objectives_2010.pdfCourses_files/AST%20102%20Objectives_2010_1.pdfshapeimage_11_link_0
AST201Courses_files/ES57%20Description.doc
Moon Mercury Venus Jupiter Mars Stars Moon DemosCourses_files/AST%20101%20details%202011%20copy.doc
Sun Black Holes Neutron Stars Galaxies Big Bang SpectraCourses_files/AST%20102%20details%202011%20copy.doc
AST202 Einstein’s Universe
This course presents an introduction to the to those topics that students are traditionally fascinated with, but are only briefly mentioned in ES22-Astronomy of Stars and Galaxies, such as relativity, time travel, exotic star death, black holes, and the origins and death of the universe, and show how these ideas have come about from the work of Albert Einstein.

Starting with Galileo, and ending with Albert Einstein, it will show the student how the scientific process is performed, using observations of faint and distant object, whilst relating these observations to theoretical ideas developed by Einstein [and where appropriate, other scientists].

Students will also have an opportunity to observe some of the objects discussed in class, weather permitting, by using a selection of the department’s telescopes.
(3 hrs. lecture, 2 hrs. laboratory)

Prerequisite: A good pass in AST101 or AST102 or permission of instructor. 4 cr. hrs.
Additional Resources for AST295
AST202Courses_files/Einstein%27s%20Universe%20description.pdfCourses_files/Einstein%27s%20Universe%20description_1.pdfshapeimage_19_link_0

Course Objectives

Syllabus

Time Quasars Galaxies Relativity
Black Holes
CosmologyCourses_files/AST%20202%20details%202011%20copy.doc

Course Textbook