2015-2016 SIUE Undergraduate Catalog

Page 261

A cumulative grade point average of 2.0 or higher is required for courses taught in the School of Engineering; a cumulative grade point average of 2.0 or higher is required for civil engineering courses numbered above 299; and students must complete a senior assignment included as part of CE 493 Engineering Design. In addition to fulfilling department requirements, students must complete all University requirements for graduation.

Computer Science Engineering Building, Room 2054 cs.siue.edu

Professors Weinberg, Jerry B., Ph.D., 1996, Vanderbilt University White, William W., Ph.D., 1989, Ohio State University

Associate Professors Bouvier, Dennis J., Chair, Ph.D., 1994, University of Louisiana Lafayette Fujinoki, Hiroshi, Ph.D., 2001, University of Southern Florida Yu, Xudong W., Ph.D., 1992, Vanderbilt University

Assistant Professors Crk, Igor, Ph. D., 2010, University of Arizona Ercal, Gunes, Ph.D., 2008, University of California - Los Angeles Gamage, Thoshitha, Ph.D., 2011, Missouri University of Science and Technology Mayer, Gary R., Ph.D., 2009, Arizona State University McKenney, Mark, Ph. D., 2008, University of Florida

Instructors Klein, Steven, MS, 1999, Southern Illinois University Edwardsville Tornaritis, Socratis, MS, 1996, Southern Illinois University Edwardsville

Program Description The Department of Computer Science offers two undergraduate degree programs to facilitate entry into this vibrant discipline. The Bachelor of Science curriculum includes a solid core of software engineering, computer architecture, algorithms, data structures,

2015-2016 Undergraduate Catalog

user-interface design, and operating systems courses, culminating in a two-semester software development project. In addition, this degree program contains a broad spectrum of mathematics, laboratory science, and elective computer science courses to fortify the core’s foundation. The Bachelor of Arts curriculum affords students more flexibility by supplementing the same core computing curriculum with a minor in another discipline or a second major as an alternative for some of the technical courses required in the Bachelor of Science program.

Career Opportunities Computer Science is the study of information and the processing, storage, retrieval and use of information. As such, a degree in Computer Science offers career opportunities in industries as varied as computer game development to medicine and healthcare. Contrary to the stereotype of a “computer programmer,” a career in computer science usually involves extensive interaction with software development teams, as well as close collaboration with clients and colleagues from every conceivable discipline. The demand for graduates with an undergraduate degree in Computer Science remains high, with urgent needs for software engineers to keep pace with both hardware advances and the needs of business and consumers. In addition to various opportunities to participate in software development teams within the undergraduate curriculum in Computer Science, students may apply for internships and cooperative education programs with industry to accumulate some real-world experience.

Degree Programs Bachelor of Arts, Computer Science Bachelor of Science, Computer Science

Program Overview and General Department Information Admission To be admitted to the Bachelor of Science or Bachelor of Arts program, students must:  complete all Academic Development courses required by the University.  complete any courses required to address high school deficiencies.  complete MATH 120, College Algebra (or high 261

School of Engineering

Graduation Requirements


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