ENGINEERING ARTS (EGN)
Georgetown College, Georgetown, KY

Dr. Bowman (Coordinator)

Special arrangements have been made by which an undergraduate student may attend
Georgetown College for three years and the University of Kentucky for two years and
receive degrees from both the institutions. After completing the requirements of both institutions,
the student will be awarded a Bachelor of Science Degree with a major in
Engineering Arts from Georgetown College and one of the following degrees from the
University of Kentucky: Bachelor of Science in Agricultural, Chemical, Civil, Electrical,
Mechanical Engineering, Material or Mining Engineering.
 

In all cases Dual-Degree students must:
1. Have a minimum of 96 semester hours credited at Georgetown College.
2. Satisfy the Cultural Enrichment Program requirement.
3. Satisfy the Georgetown College General Education Curriculum Requirements as outlined
under General Education Curriculum in the Catalog.
4. Take at Georgetown College those courses specified from the the list(s) below that
correspond to the degree sought at the second school.
(Note that some of the Georgetown College General Education Curriculum
Requirements will be satisfied by courses on these lists. The courses on these
lists are chosen to satisfy requirements at the second school.)
5. Pass the comprehensive exams for engineers in mathematics and physics or in
chemistry/physics.
6. Complete the chosen degree at the second institution.
 

Students matriculating to the University of Kentucky are automatically admitted to preengineering
but will need to be admitted for engineering standing in an engineering
department. The conditions for being admitted to an engineering department vary from
department to department and are continually changing. The student should see an advisor
involved with the engineering program for details.
 

Students planning to finish at the University of Kentucky must take the following courses
at Georgetown College to complete the Engineering Arts major. Students must complete all
courses listed in the first group and those courses listed in one of the subgroups below corresponding to the desired UK degree.
 

University of Kentucky College of Engineering (All)
COA 100 or 115 Speech (U.K. requires 3 hrs, but all engineering majors except EE, ME, and
Materials Engineering have a 1 hr. component in required courses. Note: U.K. has a 1 hr.
speech course.)
CSC 115 Computer Science I and CSC 125 (Lab) 4 sem. hrs.
MAT 121, 122 Differential Calculus and Integral Calculus 6 sem. hrs.
MAT 221, 322 Multivariable Calculus I and II 6 sem. hrs.
MAT 345 Differential Equations 3 sem. hrs.
PHY 111 and 112 General Physics I and II 8 sem. hrs.
PHY 241 Engineering Physics 2 sem. hrs.
CHE 111 and 112 General Chemistry I and II 7 sem. hrs.
 

University of Kentucky Agricultural Engineering
PHY 313 Thermal Physics 3 sem. hrs.
PHY 317 Statics 3 sem. hrs.
PHY 318 Dynamics 3 sem. hrs.
 

University of Kentucky Chemical Engineering
CHE 113 Chemical Measurements Lab 1 sem. hr.
CHE 301 Organic Chemistry I 4 sem. hrs.
CHE 331 Physical Chemistry I 4 sem. hrs.
PHY 317 Statics 3 sem. hrs.
 

University of Kentucky Civil Engineering
CHE 113 Chemical Measurements Lab 1 sem. hr.
PHY 313 Thermal Physics 3 sem. hrs.
PHY 317 Statics 3 sem. hrs.
PHY 318 Dynamics 3 sem. hrs.
Upper-level Math Elective 3 sem. hrs.
 

University of Kentucky Electrical Engineering
CHE 113 Chemical Measurements Lab 1 sem. hr.
PHY 313 Thermal Physics 3 sem. hrs.
PHY 317 Statics 3 sem. hrs.
PHY 318 Dynamics 3 sem. hrs.
 

University of Kentucky Mechanical Engineering
CHE 113 Chemical Measurements Lab 1 sem. hr.
PHY 313 Thermal Physics 3 sem. hrs.
PHY 317 Statics 3 sem. hrs.
PHY 318 Dynamics 3 sem. hrs.
Upper-level Math Elective 3 sem. hrs.
 

Depending upon the particular engineering program chosen by the student at the
University of Kentucky, there will sometimes be additional courses needed in order that
the student can be accepted for Engineering Standing in the department chosen by the
student. As of this writing that would include CME 200 in Chemical Engineering and EE
221, EE 222, and EE 280 in Electrical Engineering. There may also be certain engineering
courses that are pre-requisites to more advanced engineering courses the student may
wish to take. To assure a timely progression in the student's chosen program, the student
may wish to take some of these courses during the summer.

Links to subject areas

http://www.programmersheaven.com/

http://www.PhysicsCentral.com

www.aip.org/statistics/trends/phystrends.htm

www.aip.org/statistics/trends/states/state.htm

http://www.actuaryjobs.com