2024-2025 College Catalog

Associate in Engineering-A.E. [A10500]

Program Information

The Associate in Engineering (AE) degree shall be granted for a planned program of study consisting of a minimum of 60 semester hours of credit (Credits) of courses. Within the degree program, the institution shall include opportunities for the achievement of competence in reading, writing, oral communication, fundamental mathematical skills, and basic computer use.

The degree plan includes required general education and prerequisite courses that are acceptable to all state funded Bachelor of Engineering programs. Students who follow the degree progression plan will meet the entrance requirements at all of the North Carolina public Bachelor of Science Engineering programs. Associate in Engineering graduates may then apply to any of these programs without taking additional and sometimes duplicative courses. Admission to Engineering programs is highly competitive and admission is not guaranteed.

To be eligible for the transfer of credits under the AE to the Bachelor of Science in Engineering Articulation Agreement, community college graduates must obtain a grade of “C” or better in each course and an overall GPA of at least 2.5 on a 4.0 scale.

Program of Study

Universal General Education Transfer Component

(Universal General Education Transfer Component (UGETC) courses will transfer for equivalency credit to all UNC institutions.) *Exceptions (i.e. courses which are not classified as UGETC) are italicized.

English Composition (6 Credits)

Required

ENG 111Writing and Inquiry

3

ENG 112Writing and Research in the Disciplines

3

Humanities/Fine Arts (3 Credits)

Select one course.

ENG 231American Literature I

3

ENG 232American Literature II

3

PHI 215Philosophical Issues

3

PHI 240Introduction to Ethics

3

REL 110World Religions

3

Note: REL 110 will transfer for equivalency credit to the engineering programs at all five UNC institutions that offer undergraduate engineering programs. It may not transfer with equivalency to other programs.

Fine Arts and Communication (3 Credits)

Select one course.

ART 111Art Appreciation

3

ART 114Art History Survey I

3

ART 115Art History Survey II

3

COM 231Public Speaking

3

MUS 110Music Appreciation

3

MUS 112Introduction to Jazz

3

Social/Behavioral Sciences (6 Credits)

Required

ECO 251Principles of Microeconomics

3

Select one course.

HIS 111World Civilizations I

3

HIS 112World Civilizations II

3

HIS 131American History I

3

HIS 132American History II

3

POL 120American Government

3

PSY 150General Psychology

3

SOC 210Introduction to Sociology

3

Math (12 Credits)

Calculus I is the lowest level math course that will be accepted by the engineering programs for transfer as a math credit. Students who are not calculus-ready will need to take additional math courses.

Required

MAT 271Calculus I

4

MAT 272Calculus II

4

MAT 273Calculus III

4

Natural Science (12 Credits)

Required

CHM 151General Chemistry I

4

PHY 251General Physics I

4

PHY 252General Physics II

4

Total Credit Hours:42

Other Required Hours

Academic Transition (1 Credit)

ACA 122College Transfer Success

1

Pre-major Elective (2 Credits)

EGR 150Intro to Engineering

2

Other General Education and Pre-major Elective Hours (15 Credits)

Take 15 Credits of courses from the following courses classified as pre-major, elective, or general education courses within the Comprehensive Articulation Agreement. (Students must meet the receiving university’s foreign language and/or health and physical education requirements, if applicable, prior to or after transfer to the senior institution.) Students should choose courses appropriate to the specific university and engineering major requirements.

BIO 111General Biology I

4

CHM 152General Chemistry II

4

COM 110Introduction to Communication

3

CSC 134C++ Programming

3

CSC 151JAVA Programming

3

DFT 170Engineering Graphics

3

ECO 252Principles of Macroeconomics

3

EGR 210Intro to Electrical/Computer Engineering Lab

2

EGR 212Logic System Design I

3

EGR 214Numerical Methods for Engineers

3

EGR 220Engineering Statics

3

MAT 280Linear Algebra

3

MAT 285Differential Equations

3

Total Credit Hours: 60