Engineering Physics - Dual Degree

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

Major Requirements

In addition to the course requirements listed below, Dual Degree students must present Elon a final transcript from the affiliate engineering institution showing conferral of the Engineering degree.

Math and Science courses: 36 sh

CHM1110	General Chemistry I with Lab	4 sh
CHM1120	General Chemistry II with Lab	4 sh
CSC1300	Computer Science I	4 sh
MTH1510	Calculus I	4 sh
MTH2510	Calculus II	4 sh
MTH2520	Multivariable Calculus and Analytic Geometry	4 sh
MTH3510	Differential Equations	4 sh
PHY2210	University Physics I	4 sh
PHY2220	University Physics II	4 sh

Engineering foundations courses: 13 sh

EGR1210	Grand Challenges in Engineering I	3 sh
EGR1220	Engineering Computing with MatLab	2 sh
EGR1230	Grand Challenges in Engineering II	2 sh
EGR2060	Engineering Mechanics - Statics	3 sh
EGR2080	Engineering Mechanics - Dynamics	3 sh

Choose at least two of the following courses: 8 sh

EGR2110	Circuit Analysis	3 sh
EGR2120	Circuit Analysis Lab	1 sh
EGR3060	Mechanics of Solids	4 sh
EGR3100/PHY3100	Engineering Thermodynamics	4 sh
EGR2260	Structure and Properties of Materials	4 sh
EGR3080	Engineering Fluid Mechanics	4 sh

Required courses: 8 sh

PHY3140	Modern Physics	4 sh
PHY3970	Research Methods I	2 sh
PHY3980	Research Methods II	2 sh

Choose one of the following: 4 sh

PHY4010	Classical Mechanics	4 sh
PHY4030	Electrodynamics I	4 sh

Choose eight semester hours of PHY courses at the 3000-4000 level: 8 sh

Total Credit Hours: 77