Computer Engineering Transfer

Computer Engineering Transfer - The Citadel

This certificate allows the student to select course work to transfer into The Citadel’s BS in Computer Engineering curriculum. An articulation agreement between The Citadel and TTC allows students to enroll at TTC with the following courses approved for transfer to The Citadel.

Required Courses

Please work with an advisor for actual course offerings, scheduling, and prerequisites.

ECE 205	Electrical and Computer Lab I	3
Lec: 2 Lab: 3 Credit:3 This course covers basic test and measurement instrumentation, basic electrical components and circuits, and technical writing using word processing.Learn More

ECE 221	Introduction to Electrical Engineering I	3
Lec: 3 Lab: 0 Credit:3 This course introduces the basic concepts of circuit analysis, applying fundamental laws and principles, resistor circuits, and first- and second-order linear circuits in the time domain using calculus-based solutions where applicable.Learn More Prerequisites EGR 269 and MAT 141

ECE 222	Introduction to Electrical Engineering II	3
Lec: 3 Lab: 0 Credit:3 This course covers sinusoidal steady-state analysis of AC circuits, complex frequency analysis, Fourier series analysis and Laplace transforms.Learn More Prerequisites ECE 221

EGR 269	Engineering Disciplines and Skills	2
Lec: 2 Lab: 0 Credit:2 This course assists students in selecting an engineering field while studying professionalism, ethics, safety, communications, and career planning. Computers are used to study spreadsheets, obtain graphical solutions to problems, perform on-line tasks, and work on a team design project and report.Learn More Prerequisites MAT 102

EGR 274	Engineering Applications of Numerical Methods	3
Lec: 3 Lab: 0 Credit:3 This course is a calculus-based study of the application of numerical methods to the solution of engineering problems. Techniques include iterative solution techniques, methods for solving systems of equations, numerical integration, differentiation and graphical analysis.Learn More Prerequisites EGR 269 and ECE 221

EGR 275	Introduction to Engineering/Computer Graphics	3
Lec: 2 Lab: 3 Credit:3 This course is a study of basic graphical concepts needed for engineering applications.Learn More

EGR 281	Introduction to Algorithmic Design I	4
Lec: 3.5 Lab: 1.5 Credit:4 This course integrates a presentation of concepts of object-oriented programming, including program structures, objects, code, and programming styles.Learn More Prerequisites MAT 102 with a "C" or better.

EGR 283	Introduction to Algorithmic Design II	4
Lec: 3.5 Lab: 1.5 Credit:4 This course is a study of rigorous development of algorithms and computer programs, including elementary data structures.Learn More Prerequisites EGR 281 with a "C" or better.

MAT 242	Differential Equations	4
Lec: 4 Lab: 0 Credit:4 This course includes solution of linear and elementary nonlinear differential equations by standard methods with sufficient linear algebra to solve systems, applications, series, Laplace transform and numerical methods.Learn More Prerequisites MAT 141 with a minimum grade of C

PHY 221	University Physics I	4
Lec: 3 Lab: 3 Credit:4 This is the first of a sequence of courses. The course is a calculus-based treatment of vectors, laws of motion, rotation, vibratory and wave motion. Laboratory exercises supplement lectures.Learn More Prerequisites MAT 140 The prerequisite should have been completed in the last five years.

PHY 222	University Physics II	4
Lec: 3 Lab: 3 Credit:4 This course is a continuation of calculus-based treatment of thermodynamics, kinetic theory of gases, electricity and magnetism, and light, including electrostatics, dielectrics, electric circuits, electric and magnetic fields and induction phenomena, geometric and physical optics, and relativity. Laboratory exercises supplement lectures.Learn More Prerequisites MAT 141 and PHY 221 with a minimum grade of C

Total:

Admission into this program requires proof of high school graduation (or GED) and qualifying placement levels.