Computer Science Major, B.S.

B.S. degree

Major Map

Computer Science Student Outcomes 

Graduates of the computer science program will have an ability to:

1. Analyze a complex computing problem and to apply principles of computing and other relevant disciplines to identify solutions.
2. Design, implement, and evaluate a computing-based solution to meet a given set of computing requirements in the context of the program’s discipline.
3. Communicate effectively in a variety of professional contexts.
4. Recognize professional responsibilities and make informed judgments in computing practice based on legal and ethical principles.
5. Function effectively as a member or leader of a team engaged in activities appropriate to the program’s discipline.
6. Apply computer science theory and software development fundamentals to produce computing-based solutions.

Computer Science Program Educational Objectives

Graduates of the computer science program are expected to engage in the following activities within the first five years after graduation:

1. Graduates will contribute to their chosen profession, developing a reputation for solving complex problems.
2. Graduates will engage in lifelong learning activities in computer science or related fields.
3. Graduates will conduct themselves in a professional, responsible and ethical manner in their chosen profession.
4. Graduates will demonstrate a commitment to teamwork, communicating effectively with others from diverse backgrounds.

Program Requirements

Required Courses I (34 hours)

CPS 180	Principles of Computer Programming	3(3-0)
CPS 181	Introduction to Data Structures	3(3-0)
CPS 210	Computer Organization and Communications	3(3-0)
CPS 240	Object-Oriented Programming, Analysis and Design	3(3-0)
CPS 301	Social Issues of Computing and Professional Practice	1(1-0)
CPS 340	Advanced Data Structures and Algorithms	3(3-0)
CPS 360	Computer Design and Architecture	3(3-0)
CPS 410	Senior Design I	3(3-0)
CPS 450	Programming Language Concepts	3(3-0)
CPS 470	Introduction to Operating Systems	3(3-0)
CPS 498	Senior Design I	3(2-2)
ITC 341	Introduction to Databases and Applications	3(3-0)

Required Courses II - Mathematics Requirements (13 hours)

MTH 132	Calculus I	4(4-0)
MTH 175	Discrete Mathematics	3(3-0)
MTH 223	Linear Algebra and Matrix Theory	3(3-0)
STA 382QR	Elementary Statistical Analysis	3(3-0)

Required Courses III - Mathematics Requirements (3-4 hours)

Select one of the following:

CPS 270	Computational Analysis and Simulation	3(3-0)
MTH 133	Calculus II	4(4-0)
MTH 321	Elementary Number Theory	3(3-0)
MTH 332	Introduction to Mathematical Proof	3(3-0)

Note: MTH 321 or MTH 332 must be taken after MTH 175.

Required Courses IV - Science Requirements (6-10 hours)

Select at least two of the following:

BIO 101	General Biology	3(2-2)
BIO 111	Foundations of Evolution and Diversity	4(3-3)
CHM 131	General Chemistry I	4(3-3)
CHM 132	General Chemistry II	4(3-3)
ENS 101QR	Of Earth and Us: Introduction to Environmental Science	3(2-2)
GEL 100	Introduction to Earth Systems	3(2-2)
GEL 130	Sustainable Earth: Geology for the 21st Century	3(2-2)
PHY 130QR	College Physics I	4(4-0)
PHY 131	College Physics II	4(4-0)
PHY 145QR	University Physics I	4(4-0)
PHY 146	University Physics II	4(4-0)
PHY 170	College Physics Laboratory I	1(0-2)
PHY 171	College Physics Laboratory II	1(0-2)
PHY 175	University Physics Laboratory I	1(0-2)
PHY 176	University Physics Laboratory II	1(0-2)

Notes:

Only BIO 101 or BIO 111 may count in this requirement, not both.

Only GEL 100 or GEL 130 may count in this requirement, not both.

Only PHY 130QR or PHY 145QR may count in this requirement, not both.

Only PHY 131 or PHY 146 may count in this requirement, not both.

PHY courses must be taken with the appropriate lab course.

Electives (6 hours)

Electives in CPS or ITC numbered at 280 or above

Total: 62-67 semester hours