Bachelor of Computer Science

High school diploma or equivalent, acceptable grade average, English proficiency test, aptitude test according to specialization

Core Curriculum (33 credits)
The remaining 7 credit hours required to satisfy the core are fulfilled by the concentration Science/lab (4 crs) and the capstone projects

CSCE 4980 CSCE 4981 (3 crs).
Computer Science Requirements (60 credits):
a.) Concentration Requirements (42 credits)
CSCE 106/1001 – Fundamentals of Computer Science (3 cr.)
CSCE 110/1101 – Programming Fundamentals (3 cr.)
CSCE 210/2201 – Data Structures and Algorithms (3 cr.)
CSCE 230/2301 – Digital Design I (3 cr.)
CSCE 231/2303 – Computer Organization and Assembly Language Programming (3 cr.)
CSCE 239L/2302 – Digital Design I Lab (1 cr.)
CSCE 321/3201 – Analysis and Design of Algorithms (3 cr.)
CSCE 325/3104 – Concepts of Programming Languages (3 cr.)
CSCE 330/3301 – Computer Architecture (3 cr.)
CSCE 339L/3302 – Computer Architecture Lab (1 cr.)
CSCE 341/3701 – Software Engineering (3 cr.)
CSCE 345/3401 – Operating Systems (3 cr.)
CSCE 422/4201 – Theory of Computing (3 cr.)
CSCE 447/4101 – Compiler Design (3 cr.)
CSCE 490/4950 – Industrial Training (1 cr.)
CSCE 491/4980 – Senior Project I (1 cr.)
CSCE 492/4981 – Senior Project II (2 cr.)
b.) Computer Science electives (18 credits)
To be chosen in consultation with the student’s advisor from the following (no more than 9 credits can be chosen among the MACT courses):

CSCE 253/2501 – Fundamentals of Database Systems (3 cr.)
CSCE 315/3101 – Programming Language (1-2 cr.)
CSCE 316/3102 – Programming in Java (3 cr.)
CSCE 317/3103 – Object Oriented Programming (3 cr.)
CSCE 333/3311 – Data and Computer Communications (3 cr.)
CSCE 427/4602 – Introduction to Artificial Neural Networks (3 cr.)
CSCE 432/4301 – Embedded Systems (3 cr.)
CSCE 332/3303 – Fundamental Microelectronics (3 cr.)
CSCE 337/3304 – Digital Design II (3 cr.)
CSCE 435/4311 – Wide Area Networks (3 cr.)
CSCE 363/3611 – Digital Signal Processing (3 cr.)
CSCE 436L/4314 – Local Area Networks Lab (1 cr.)
CSCE 437/4313 – Local and Metropolitan Area Networks (3 cr.)
CSCE 438L/4302 – Embedded Systems Lab (1 cr.)
CSCE 439L/4312 – Wide Area Networks Lab (1 cr.)
CSCE 441/4701 – Object-Oriented Analysis and Design (3 cr.)
CSCE 445/4411 – Fundamentals of Distributed Systems (3 cr.)
CSCE 446/4421 – Computer Security (3 cr.)
CSCE 448/4702 – Secure Systems Engineering (3 cr.)
CSCE 453/4501 – Database Systems (3 cr.)
CSCE 455/4621 – Computer Graphics (3 cr.)
CSCE 456/4502 – Design of Web-based Systems (3 cr.)
CSCE 465/4601 – Artificial Intelligence (3 cr.)
CSCE 000/4603 – Fundamentals of Computer Vision (3 cr.)
CSCE 485/4930 – Selected Topics in Computer Science and Engineering (1-3 cr.)
CSCE 495/4910 – Guided Studies in Computer Science and Engineering (1-3 cr.)
MACT 304/3143 – Numerical Methods (3 cr.)
MACT 310/3145 – Operations Research (3 cr.)
MACT 362/3133 – Formal and Mathematical Logic (3 cr.)
MACT 403/4134 – Modern Algebra (3 cr.)
MACT 406/4212 – Stochastic Processes (3 cr.)
MACT 440/4135 – Graph Theory (3 cr.)
Collateral Requirements (30 credits)
MACT 132/1122 – Calculus II (3 cr.)
MACT 200/2131 – Discrete Mathematics (3 cr.)
MACT 231/2123 – Calculus III (3 cr.)
MACT 240/2132 – Linear Algebra (3 cr.)
MACT 317/3224 – Probability and Statistics (3 cr.)
PHYS 111/1011 – Classical Mechanics, Sound and Heat (3 cr.)
PHYS 112/1021 – Electricity and Magnetism (3 cr.)
PHYS 123L/1012 – General Physics Laboratory I (1 cr.)
PHYS 124L/1022 – General Physics Laboratory II (1 cr.)
PHYS 215/2211 – Introduction to Electronics (3 cr.)
PHYS 222L/2213 – Electronics lab for Computer Scientists & Computer Engineers (1 cr.)
And one of the following courses:
MACT 233/2141 – Differential Equations (3 cr.)
MACT 304/3143 – Numerical Methods (3 cr.)
MACT 310/3145 – Operations Research (3 cr.)
MACT 406/4212 – Stochastic Processes (3 cr.)
MACT 440/4135 – Graph Theory (3 cr.)
General Electives (3-15 credits)