Astrophysics B.S.

A Bachelor of Science degree with a major in Astrophysics requires the completion of the Elon Core Curriculum as well as the Major Requirements listed below.

Students earning a B.S. in Astrophysics cannot also earn a B.S. in Physics, an A.B. in Astronomy, an A.B. in Physics, or minor in Physics.

Major Requirements

Physics and Astronomy Course Requirements : 40 sh

These courses in Physics and Astronomy are all required for the major.

PHY 2040PLANETARY ASTRONOMY

4 sh

PHY 2050GALACTIC ASTRONOMY

4 sh

PHY 2210UNIVERSITY PHYSICS I

4 sh

PHY 2220UNIVERSITY PHYSICS II

4 sh

PHY 3130MODERN ASTROPHYSICS

4 sh

PHY 3140MODERN PHYSICS

4 sh

PHY 3510Fields and Waves

2

PHY 4010Classical Mechanics

4 sh

PHY 4030Electrodynamics I

4 sh

PHY 4130ADVANCED ASTROPHYSICS

4 sh

PHY 4970SENIOR SEMINAR

2 sh

Mathematics Course Requirements: 16 sh

These courses in Mathematics are all required for the major.

MTH 1510CALCULUS I

4 sh

MTH 2510CALCULUS II

4 sh

MTH 2520MULTIVARIABLE CALCULUS AND ANALYTIC GEOMETRY

4 sh

MTH 3510DIFFERENTIAL EQUATIONS

4 sh

Computer Science Course Requirements: 4 sh

This course in Computer Science is required for the major.

CSC 1300Computer Science I

4 sh

Physics Research or Internship: 1 sh

Students must complete at least 1 sh of PHY 4999 research or 1 sh of a PHY 4985 internship.

PHY 4985INTERNSHIP

1-4 sh

PHY 4999RESEARCH

1-4 sh

Physics and Astronomy Electives : 4 sh

Students must complete an additional four (4) semester hours from PHY courses at the 3000 level or higher.

Senior Assessment

During their final year, all students must complete an assessment offered by the department.

PHY 0070SENIOR COMPREHENSIVE EVALUATION

0

Program Outcomes

Students will have an understanding of mechanics, electrodynamics, and modern physics relevant to astrophysics.

Students will be able to read, summarize, synthesize, design, and conduct research with the assistance of a faculty member.

Students will be able to use the mathematical and computational tools necessary for astrophysical simulations, data analysis, and graduate astrophysics research.

Students will be able to compare and contrast planetary objects in our solar system, stars in our Milky Way, and galaxies in our universe.

Students will be able to effectively communicate scientific ideas using written, oral, and visual methods.

Total Credit Hours: 65

 

Powered by SmartCatalog IQ