Student ID:__________________________ Student Name:_______________________ Adviser Name:_______________________ | Catalog: University General Course Catalog 2015-2016 Program: Computer Science and Engineering, M.S. Minimum Credits Required:__________________ | |||
Computer Science and Engineering, M.S. |
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I. Contact InformationMircea Nicolesu, Ph.D., Graduate Program Director Mailing Address: University of Nevada, Reno http://cse.unr.edu | ||||
II. Brief IntroductionThe Department of Computer Science and Engineering at the University of Nevada, Reno offers an integrated course of study covering the theory, implementation and design of information, computing, communication hardware and embedded systems for those seeking the degree of Master of Science in Computer Science and Engineering. Graduate students seeking the degree of Master of Science are given the opportunity to focus on a specific area in computer science and engineering and perform preliminary research through the “thesis” option (Plan A) or to study several different subjects in computer science and engineering without necessarily specializing on any of them through the “courses-only” option (Plan B). Specifically, students choosing the “thesis” option are given the opportunity to become involved in one or more of the following four research areas:
Specific research directions within these areas, with strong faculty expertise in each of them, include:
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III. Program Objectives/Student Learning Outcomes
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IV. Admission RequirementsApplications for admission to the Computer Science and Engineering graduate programs are handled by the University of Nevada, Reno Graduate School. Please do not write for, or send any application materials to, the Department of Computer Science and Engineering. Applicants must meet the following minimum requirements to be considered for admission to the Computer Science and Engineering graduate programs:
Applicants seeking financial support must submit the Graduate Assistantship and Fellowship Application (GAFA) in addition to the admission application. International students should visit the Office of International Students and Scholars for more information regarding admissions and requirements. | ||||
V. Program RequirementsMasters level students may choose Plan A (thesis) or Plan B (courses only). Each option requires that the students complete a theory course and that their courses span several areas of specialization within the department. There are two ways to obtain a Master of Science degree in Computer Science and Engineering:
While it is not necessary for students to immediately decide which path to take, it is important that they meet frequently with their graduate advisor to focus their endeavors. In terms of specific coursework, students from each option must complete one of the following theory courses, if they have not already done so as undergraduates: | ||||
A. Core CoursesIn terms of specific coursework, students from each option must complete one of the following theory courses, if they have not already done so as undergraduates: | ||||
Course Name | Units(s) | Term Taken | Grade | Where Taken |
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CS 656 - Automata and formal Languages | (3 units) | |||
CS 677 - Analysis of Algorithms | (3 units) | |||
CS 763 - Computability and formal Languages | (3 units) | |||
B. Specialization Areas RequirementBesides the theory course requirement, graduate students pursuing the “thesis” option must complete one credit of CS 792 - Graduate Seminar and one course from at least two of the four specialization areas listed below. Graduate students pursuing the “courses-only” option must complete one course from at least three of the four specialization areas listed below. There is no Graduate Seminar requirement for the “courses only” option. | ||||
i. Computer and Network Systems | ||||
Course Name | Units(s) | Term Taken | Grade | Where Taken |
CPE 600 - Computer Communication Networks | (3 units) | |||
CPE 601 - Computer Network Systems | (3 units) | |||
CPE 606 - Real Time Computing Systems | (3 units) | |||
CPE 611 - Digital Computer Architecture and Design | (3 units) | |||
CPE 701 - Internet Protocol Design | (3 units) | |||
CS 646 - Principles of Operating Systems | (3 units) | |||
CS 647 - Computer Systems Administration | (3 units) | |||
CS 650 - Fundamentals of Integrated Computer Security | (3 units) | |||
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CS 694 - Internship in Computer Science | (1 to 3 units S/U Only) | |||
CS 746A - Advanced Operating Systems | (3 units) | |||
CS 746B - Advanced Operating Systems | (3 units) | |||
CS 790BR - Seminar: Architecture | (1 to 3 units) | |||
CS 790GR - Seminar: Computer Networks | (1 to 3 units) | |||
CS 790U - Seminar | (1 to 3 units) | |||
ii. Software Systems | ||||
Course Name | Units(s) | Term Taken | Grade | Where Taken |
CS 615 - Parallel Computing | (3 units) | |||
CS 620 - Human-Computer Interaction | (3 units) | |||
CS 625 - Software Engineering | (3 units) | |||
CS 657 - Database Management Systems | (3 units) | |||
CS 660 - Compiler Construction | (3 units) | |||
CS 680 - Computer Graphics | (3 units) | |||
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iii. Intelligent Systems | ||||
Course Name | Units(s) | Term Taken | Grade | Where Taken |
CPE 670 - Autonomous Mobile Robots | (3 units) | |||
CS 666 - Numerical Methods I | (3 units) | |||
CS 667 - Numerical Methods II | (3 units) | |||
CS 674 - Image Processing and Interpretation | (3 units) | |||
CS 679 - Pattern Recognition | (3 units) | |||
CS 682 - Artificial Intelligence | (3 units) | |||
CS 683 - Artificial Intelligence Programming | (3 units) | |||
CS 685 - Computer Vision | (3 units) | |||
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CS 694 - Internship in Computer Science | (1 to 3 units S/U Only) | |||
CS 773A - Machine Intelligence | (3 units) | |||
CS 773B - Machine Intelligence | (3 units) | |||
CS 773C - Machine Intelligence | (3 units) | |||
CS 776 - Evolutionary Computing | (3 units) | |||
CS 786 - Advanced Computer Vision | (3 units) | |||
CS 790CR - Seminar: Biomedical Computing | (1 to 3 units) | |||
CS 790ER - Seminar: Computational Science | (1 to 3 units) | |||
CS 790JR - Seminar: Fuzzy Logic | (1 to 3 units) | |||
CS 790KR - Seminar: Genetic Algorithms | (1 to 3 units) | |||
CS 790QR - Seminar: Machine Learning | (1 to 3 units) | |||
CS 790S - Seminar | (1 to 3 units) | |||
CS 790X - Seminar: Robotics | (1 to 3 units) | |||
iv. Games and Simulations | ||||
Course Name | Units(s) | Term Taken | Grade | Where Taken |
CPE 681 - Embedded Games Development | (3 units) | |||
CS 681 - Advanced Computer Game Design | (3 units) | |||
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CS 694 - Internship in Computer Science | (1 to 3 units S/U Only) | |||
CS 709C - Topic Adv Cs Discrete Sys | (3 units) | |||
CS 790RR - Seminar | (1 to 3 units) | |||
Note(s):One independent study is allowed for the “thesis” option and no independent studies are allowed for the “courses only” option. Students pursuing the “courses only” option are not eligible for teaching or research assistantships. The consent of the student’s advisor and the graduate director are required for assigning the following courses in the appropriate categories above: CPE 691, CPE 693, CPE 694, CS 792. | ||||
VI. Program Total Hours (31-36 units)Master level student may choose Plan A (thesis) or Plan B (courses only). Plan A requires 31 credits (24 course credits, 1 credit of Graduate Seminar, and 6 thesis credits) while Plan B requires 36 credits (all course credits). For Plan B, one of the 700 level courses taken by the student must include a graduate level capstone project experience that integrates across previous course work and demonstrates general mastery. Many of the 700 level CS and CPE courses offered by the CSE department have a capstone, integrative project that would satisfy this requirement | ||||
VII. Undergraduate RequirementsStudents who are accepted into the graduate program are expected to meet requirements for a bachelor’s degree in engineering, mathematics, or science, and have minimum experience that includes the equivalent of the Computer Science minor. The department will consider applications from students lacking this background if they show exceptional promise. The GRE is required for all applications and the TOEFL is required for international students. | ||||
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