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The Computer Engineering program covers diverse subjects such as operating systems, computer architecture, networking, robotics, AI, and CAD. This curriculum prepares students to address the growing need for skilled design engineers. Key focus areas consist of real-time computing systems, communication networks, and VLSI design/fabrication. Students develop expertise in digital logic design, computer architecture, software engineering, compiler construction, operating systems, and algorithms. The program builds a robust foundation in both computer science and electrical engineering, covering hardware/software integration while teaching circuit theory and electronic systems.
Graduates emerge with comprehensive knowledge of both software and hardware components in computing systems. The curriculum equips students to analyze, create, and assess system software, utilities, and software-hardware architectures. Foundational studies in math, science, and engineering enable students to develop solutions across various application domains. Practical lab sessions complement theoretical coursework, with design skills cultivated from the first year onward. Advanced design experience continues through junior/senior years in software engineering and specialized electives, culminating in a Senior Design Project.
This 126-credit program awards a Bachelor of Science in Engineering (BSE) degree. For additional details, consult the ABET Computer Science and Engineering Program Objectives, Student Outcomes & Population Data.