GRADUATE PROGRAMS
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Master of Science in Computer Engineering ( MSCE ) |
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| Undergraduate Preparation | |
| Students who do not have a Bachelor's degree in Computer Engineering will be required to demonstrate competency in the following areas: | |
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Mathematics: |
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| Math 200 Calculus | 4 Credit Hours |
| Math 206 Discrete Mathematics | 4 Credit Hours |
| Math 210 Probability & Statistics | 4 Credit Hours |
| Math 214 Differential Equations | 4 Credit Hours |
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Computer Science: |
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| CS 200 Introducation to Computer Science | 4 Credit Hours |
| CS 202 Introduction to C Language | 4 Credit Hours |
| CS 206 Introduction to Unix or CS 208 Introduction to Windows & Windows NT | 4 Credit Hours |
| CS 414 Programming in C++ or CS 416 Programming in Java | 4 Credit Hours |
| CS 300 Data Structures | 4 Credit Hours |
| CE 352 Introduction to Logic Design | 4 Credit Hours |
| CS 400 Operating Systems | 4 Credit Hours |
| CS 426 Computer Networks I | 4 Credit Hours |
| CE 454 Computer Architecture I | 4 Credit Hours |
| Graduate Level Curriculum | |
| All MSCE students must complete coursework in the following areas with a minimum of 36 credit hours in total: | |
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Computer Engineering Graduate Core (12 credits) |
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| CS 400 Operating System | 3 Credit Hours |
| CS 526 Computer Networks II | 3 Credit Hours |
| CE 551 IC Layout | 3 Credit Hours |
| CE 554 Computer Architecture II | 3 Credit Hours |
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Electives ( mininum 24 Credits ) |
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| Students in the MSCE program may take any 400 level or above Computer Engineering or Computer Science undergraduate as electives to meet the elective requirement. However, no more than four 400 level undergrad
are allowed to count towards graduate credits to meet the minimum 36 graduate credits for graduation. The 400 level undergraduate are credited and charged as 3 credits at the graduate tuition rate when elected as graduate credits.
Students in the MSCE program should select at least one concentration area among the following:
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