COURSE CURRICULUM

The Bachelor of Science in Computer Engineering curriculum is structured over four years and includes a combination of programming, mathematics, engineering fundamentals, computer hardware design, and general education courses. The program begins in the freshman year with foundational courses that introduce students to programming, engineering concepts, and mathematical principles. During the first semester, students study Programming Concepts and Methodology I, Calculus I, Introduction to Environmental Science, Introduction to Engineering, and Accelerated Academic Literacies. In the second semester, students continue building their programming and scientific foundation with Programming Concepts and Methodology II, Calculus II, General Physics: Mechanics, and Introduction to Computer Architecture, along with a general education course.During the sophomore year, the curriculum shifts toward core engineering and computer system concepts. Students take Introduction to Logic Design, Differential Equations for Science and Engineering, General Physics: Electricity and Magnetism, and Systems Programming in UNIX during the first semester. The second semester includes Discrete Structures for Computer Science, Introductory Circuit Analysis, College Composition II, and Data Structures and Algorithm Analysis. These courses strengthen students’ understanding of algorithms, programming structures, and the mathematical foundations needed for computer engineering.In the junior year, the program focuses on advanced hardware and systems topics. Students study Advanced Logic Design, Computer Interfacing, Engineering Economics, Network Analysis with laboratory work, and additional general education courses. The following semester introduces subjects such as Advanced Computer Organization, Electronics with laboratory work, Signals and Systems, and Embedded Systems Design. These courses emphasize hardware development, signal processing, and system-level design.The senior year concentrates on specialized computer engineering topics and practical design experience. Students study CMOS and Digital VLSI Design, Operating System Principles, and Probability and Random Signals, along with Senior Design Project I. In the final semester, students complete Computer Networking Fundamentals and Senior Design Project II, where they apply their knowledge to a comprehensive engineering project. Students also select technical electives from areas such as VLSI design, robotics, digital signal processing, computer security, database systems, graphics programming, and operating systems. This structured curriculum equips students with strong technical and analytical skills required for careers in computer engineering and related technological fields.