Computer Engineering, B.S.

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The computer engineering program is designed for students who are interested in computer hardware and software design and their integration into usable computer systems.

PROGRAM EDUCATIONAL OBJECTIVES (PEO)

The Program Educational Objectives (PEOs) of the Bethune-Cookman University Computer Engineering Program are to produce graduates who within a few years of graduation are able to combine skills gained through academic preparation and post-graduate experience to be able to:

Exhibit technical competence through application of engineering knowledge, problem solving skills and engineering tools.
Exhibit skills of effective communication, teamwork, leadership, professional and ethical behavior as complements to technical competence.
Continue their technical and professional development which may include graduate level education, continuing education courses, self-directed study and participation in conferences and committee activities.

PROGRAM STUDENT LEARNING OUTCOMES (PSLO)

Following the completion of a major in computer engineering, students will demonstrate:

The ability to apply knowledge of mathematics, science, and engineering
The ability to design and conduct experiments, as well as to analyze and interpret data
The ability to design a system, component, or process to meet desired needs within realistic constraints.
The ability to function on multidisciplinary teams.
The ability to identify, formulate, and solve engineering problems.
The understanding of professional and ethical responsibility.
The ability to communicate effectively.
The broad education necessary to understand the impact of engineering solutions in a global, economic, environmental, and societal context.
A recognition of the need for, and an ability to engage in life-long learning
A knowledge of contemporary issues
The ability to use the techniques, skills, and modern engineering tools necessary for engineering practice.

Admission to the Computer Engineering Program

Admission is through a formal declaration of major, and enrollment in MAT 241 - Calculus I with Analytic Geometry .

Requirements for Major in Computer Engineering

Refer to the vertical curriculum for all course requirements.

Computer Engineering : Total Semester Bours=131

Freshman Year

First Semester

FC 110 - Freshman Seminar I 1Credit Hour ^GE
EN 131 - College English I 3 Credit Hours ^GE *
MAT 241 - Calculus I with Analytic Geometry 3 Credit Hours
MATL 241 - Calculus I Lab 1 Credit Hour
RELI 110 - Understanding Faith 3 Credit Hours
CH 141 - General Chemistry I 3 Credit Hours
CHL 141 - General Chemistry I Laboratory 1 Credit Hour
PE 113 - Health and Wellness / Physical Education Activity 1 Credit Hour

Total: 16

Second Semester

FC 111 - Freshman Seminar II 1 Credit Hour ^GE
EN 132 - College English II 3 Credit Hours ^GE
MAT 242 - Calculus II with Analytic Geometry 3 Credit Hours
MATL 242 - Calculus II Lab 1 Credit Hour
E 124 - Introduction to Engineering 3 Credit Hours
HI 130 - African American History 3 Credit Hours ^GE

Total: 14

Summer= 6

HU 225 - Interdisciplinary Humanities 3
SS 245 - Interdisciplinary Social Science 3 Credit Hours

Sophomore Year

First Semester

CS 230 - Computer Programming I 3 Credit Hours
CSL 230 - Computer Programming I Laboratory 1 Credit Hour
PH 251 - College Physics I 4 Credit Hours
PHL 251 - College Physics I Laboratory 1 Credit Hour
SC 230 - Introduction to Effective Oral Communication 3 Credit Hours ^GE
ML 131 - Modern Language I 3
PHIL 230 - Ethics 3 Credit Hours

Total: 16

Second Semester

CS 231 - Computer Programming II 3 Credit Hours
CSL 231 - Computer Programming II Laboratory 1 Credit Hour
PH 252 - College Physics II 3 Credit Hours
PHL 252 - College Physics II Laboratory 1 Credit Hours
E 230 - Introduction to Electric Circuits 3 Credit Hours
EL 230 - Introduction to Electric Circuits Laboratory 1 Credit hour
ML 132 - Modern Language II
MAT 334 - Differential Equations 3 Credit Hours

Total: 18

Junior Year

First Semester

E 335 - Electronics I 3 Credit Hours
EL 335 - Electronics I Laboratory 1 Credit Hour
CS 335 - Discrete Structures 3 Credit Hours
CS 437 - Digital Circuits 3 Credit Hours
CSL 437 - Digital Circuits Laboratory 1 Credit Hour
CS 333 - Data Structures 3 Credit Hours
Junior Seminar

Total: 15

Second Semester

E 333 - Networked Autonomous Robotics 3 Credit Hours
EL 333 - Networked Autonomous Robotics Laboratory 1 Credit Hour
E 336 - Electronics II 3 Credit Hours
EL 336 - Electronics II Laboratory 1 Credit Hour
CS 336 - Software Engineering 3 Credit Hours
CS 438 - Computer Architecture 3 Credit Hours
MAT 337 - Probability and Statistics 3 Credit Hours

Total: 17

Senior Year

First Semester

E 431 - VLSI Design I 3 Credit Hours
EL 431 - VLSI Design I Laboratory 1 Credit Hour
E 438 - Programmable Digital Logic Design 3 Credit Hours
EL 438 - Programmable Digital Logic Design Laboratory 1 Credit Hours
E 437 - Microprocessor and Embedded Systems Design 3 Credit Hours
EL 437 - Microprocessor and Embedded Systems Design Lab 1 Credit Hour
E 497 - Senior Design I 3 Credit Hours

Total: 15

Second Semester

E 436 - Digital Signal Processing 3 Credit Hours
EL 436 - Digital Signal Processing Laboratory 1 Credit Hour
E 498 - Senior Design II 3 Credit Hours
CS 340 - Computer Networks and Communications 3 Credit Hours
CSL 340 - Computer Networks and Communications Laboratory 1 Credit Hour
CS 433 - Operating Systems 3 Credit Hours

Total: 14

Notes:

GE = General Education Courses

* Based on your placement testing scores, these courses may require prerequisites which may extend the number of semesters needed to complete degree requirements. These prerequisites do not count towards the degree for graduation.

**MARCHlNG BAND MEMBERS ONLY, MUST substitute PE Activity with MUB 110 - Marching Band .

**ROTC MEMBERS ONLY, substitute PE Activity with MY 104 - Basic Military Science and MYL 104L - Basic Military Science Laboratory . (ROTC)