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Bachelor of Science in Computer science

à£à£Ö±²¥Ðã Summary (Requires 120 credits)Ìý

General Education	Ìý	24
Mathematics	Ìý	11
Science	Ìý	7
Common Core	Ìý	24
Computer Science - Computer Engineering Core	Ìý	15
Computer Science Core	Ìý	12
Semi-Core Group 1	Ìý	6
Semi-Core Group 2	Ìý	6
Electives	Ìý	15
Subtotal	Ìý	120

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General EducationÌý

Foundations of Written Communication	Ìý	6
Foundations of Society and Human Behavior	Ìý	6
Foundations of Global Citizenship	Ìý	6
Foundations of Humanities	Ìý	6
Subtotal	Ìý	24

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Mathematics

Calculus with Analytic Geometry 1	MAC 2311	4
Calculus with Analytic Geometry 2	MAC 2312	4
Matrix Theory	MAS 2103	3
Subtotal	Ìý	11

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Science

Select two 3-credit courses and a lab or a 3-credit course and a 4-credit course.

Biological Principles	BSC 1010ÌýÌý	3
Biological Principles Lab	BSC 1010L	1
General Chemistry 1	CHM 2045	3
General Chemistry 1 Lab	CHM 2045L	1
General Physics for Engineers 1	PHY 2048ÌýÌý	3
General Physics Lab 1	PHY 2048L	1
Physics for Engineers 2	PHY 2044ÌýÌý	3
General Physics Lab 2	PHY 2049L	1
Physical Geology/Evolution of the Earth	GLY 2010C	4
Subtotal	Ìý	7

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Core Courses

All à£à£Ö±²¥Ðã must take the following core courses, which total 51 credits.

Common Core

Introduction to Data Science and Analytics	CAP 4773	3
Computer Logic Design	CDA 3203	3
Computer Architecture	CDA 4102	3
Foundations of ComputingÌý	COT 2000	3
à£à£Ö±²¥Ðãming 1	COP 2220	3
Stochastic Models	EEE 4541	3
RI: Engineering Design 1	EGN 4950C	3
RI: Engineering Design 2	EGN 4952C	3
Subtotal	Ìý	24

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Computer Science - Computer Engineering CoreÌý

Principles of Software Engineering	CEN 4010	3
Communication Networks	CNT 4007	3
à£à£Ö±²¥Ðãming 2	COP 3014	3
Data Structures & Algorithm Analysis	COP 3530	3
Computer Operating Systems	COP 4610	3
Subtotal	Ìý	15

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Computer Science Core

Introduction to Database Structures	COP 3540	3
Principles of à£à£Ö±²¥Ðãming Languages	COP 4020	3
Design and Analysis of Algorithms	COT 4400	3
Theory of Computation	COT 4420	3
Subtotal	Ìý	12

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Semi-Core Courses

All à£à£Ö±²¥Ðã must take 6 credits from each of the two Semi-Core groups for a total of 12 Semi-Core credits.

Computer Science Semi-Core Group 1 (Select two courses)

Introduction to Deep Learning	CAP 4613	3
Introduction to Artificial Intelligence	CAP 4630	3
Introduction to Data Mining and Machine Learning	CAP 4770	3
Applied Cryptography and Security	CIS 4634	3
Foundations of Cybersecurity	CNT 4403	3
Subtotal	Ìý	6

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Computer Science Semi-Core Group 2 (Select two courses)

Introduction to Internet Computing	COP 3813Ìý	3
Python à£à£Ö±²¥Ðãming	COP 4045Ìý	3
Object-Oriented Design and à£à£Ö±²¥Ðãming	COP 4331	3
Mobile App ProjectÌý	COP 4655Ìý	3
Advanced Database Systems	COP 4703	3
Full-Stack Web DevelopmentÌý	COP 4808	3
Foundations of Cloud ComputingÌý	COP 4814	3
Subtotal	Ìý	6

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Electives

All à£à£Ö±²¥Ðã must take 15 credits of elective courses. Any 4000-level course offered by the Electrical Engineering and Computer Science department can be used as a Computer Science elective. Certain 5000- or 6000-level courses may be taken as Computer Science electives. Students must see an advisor for a current list of approved elective courses.

Computer Science Electives

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15

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Students seeking a specialty may consider taking electives in an area of study. A few suggested areas of study follow

Internet Technology

Introduction to Data Communications	CNT 4104	3
Foundations of Cybersecurity	CNT 4403	3
Mobile App Projects	COP 4655Ìý	3
Advanced Database Systems	COP 4703	3

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Software Engineering

Software Engineering Project	CEN 4910	3
Python à£à£Ö±²¥Ðãming	COP 4045	3
Object-Oriented Design and à£à£Ö±²¥Ðãming	COP 4331	3

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Cybersecurity

Cyber Physical System Security	CIS 4213	3
Operating Systems Security	CIS 4367	3
Foundations of Cybersecurity	CNT 4403	3
Network and Data Security	CNT 4411	3

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Data Science

Introduction to Deep Leaning	CAP 4613Ìý	3
Introduction to Artificial Intelligence	CAP 4630	3
Introduction to Data Mining and Machine Learning	CAP 4770	3

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Computer Architecture

Computer Architecture	CDA 4102Ìý	3
Introduction to VLSI	CDA 4210Ìý	3
CAD-Based Computer Design	CDA 4204	3

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The following course may be taken as a Computer Science elective.

Directed Independent Study

COT 4900Ìý

1-3

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Students must have completed COP 3530, Data Structures and Algorithm Analysis, with a minimum grade of "C" before being eligible to register for directed independent study. Students are permitted to take no more than the equivalent of one course (3 credits) to satisfy degree requirements.

***Please check University Catalog for newest updates.Ìý