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Computer Engineering
Overview
Computer Engineering combines electronic design, computer architecture, programming of computing systems, computer networks, and applied mathematics. Students in the program are prepared in the theory and application of hardware and software design, computer networks, embedded systems, and very large scale integrated (VLSI) circuit design and applications. Students can take electives in advanced topics, such as optical networks, broadband wireless networks, and technologies for the next generation of information systems.
Educational Objectives
- To teach the students how to analyze and implement complex
interdisciplinary engineering projects;
- To give students a strong foundation for graduate studies in the field
of Computer Engineering;
- To prepare the students for competitive and challenging industrial
applications;
- To teach students how to use state-of-the-art computer tools for solving
computer engineering problems;
- To expose students to hands-on engineering experience through laboratory
courses;
- To cultivate the ability of the students to communicate and work
effectively in teams;
- To help students develop an understanding of the ethical issues and
global perspectives arising in the practice of the engineering profession.
Curriculum Sheets
2008-2009 Curriculum
2007-2008 Curriculum
2006-2007 Curriculum
Old Curricula
Secondary Field of Study in Computer Engineering
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Biomedical Engineering
Overview
The Biomedical Engineering Program is designed to ensure that each student develops a strong educational foundation in the basic sciences, as well as in the theory and practice of biomedical engineering. Our goal is that each graduate of our program has sufficient breadth and depth of experience in biomedical engineering, which is reflected by the capacity to work in industry or a federal laboratory, or pursue post-baccalaureate education in engineering, medicine, or other professions. There are several defined tracks in the Biomedical Engineering Program including bioinformatics, telemedicine, instrumentation, biomechanics, and premed. Other courses of study can also be developed for specific interests. This program also includes paid research experiences for the students during the summers after their sophomore and junior years.
Educational Objectives
- To teach students how to analyze and implement practical solutions for complex interdisciplinary engineering problems derived from medicine and biology;
- To give students a strong motivation and foundation for graduate studies and life-long learning in the field of biomedical engineering, medicine, or related disciplines;
- To prepare the students for competitive and challenging industrial applications;
- To teach students how to use state-of-the-art computer tools to solve biomedical and electrical engineering problems;
- To provide students with hands-on engineering experience through laboratory courses, design and research projects, and opportunities in industry and government laboratories;
- To cultivate the ability of the students to communicate and work effectively in teams;
- To help students develop an understanding of the multifaceted ethical issues and global perspectives arising in the practice of biomedical engineering;
Curriculum Sheets
Biomedical Engineering 2008-2009
Biomedical Engineering 2007-2008
Biomedical Engineering-Bioinformatics 2006-2007
Biomedical Engineering-Biomechanics 2006-2007
Biomedical Engineering-Instrumentation 2006-2007
Biomedical Engineering-Premedicine 2006-2007
Biomedical Engineering-Telemedicine 2006-2007
Old Curricula
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