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Educational Foundations (Graduate) All 4000-level courses may be applied toward master’s degree requirements except the following, subject to limits established by the department and approval of the graduate adviser
Classified graduate standing is required for admission, except that postbaccalaureate students may enroll in 5000-level courses that are required in a credential program
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• EDFN 5520 - Seminar in Policy and Politics in Education
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• EDFN 5930 - Survey Research: Introduction to Survey Research and Design
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• EDFN 5940 - Selected Studies in Educational Foundations
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• EDFN 5950 - Field Experience in Evaluation (Practicum)
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• EDFN 5960 - Comprehensive Examination
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• EDFN 5970 - Graduate Research
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• EDFN 5980 - Graduate Directed Study
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• EDFN 5990A - Thesis Planning
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• EDFN 5990B - Thesis
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• EDFN 5995A - Project Planning
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• EDFN 5995B - Project
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Educational Foundations (Doctoral) |
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• EDFN 6020 - Research Methodologies for Urban Educational Leadership
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• EDFN 6030 - Introduction to Doctoral Research
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• EDFN 6051 - Laboratories of Practice: Research Lab
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• EDFN 6052 - Laboratories of Practice: Community Research Lab
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• EDFN 6140 - Evaluation Methods for Urban Educational Leadership
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• EDFN 6410 - Using Quantitative Methods to Analyze Inequitable Schooling Outcomes and to Target Improvement
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• EDFN 6411 - Using Qualitative Research to Explore Teaching and Learning for Diverse Urban Settings
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• EDFN 6412 - Practitioner Research Embedded in School Communities
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• EDFN 6420 - Statistical Analysis for Doctoral Students
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• EDFN 6430 - Survey Research for Doctoral Students
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• EDFN 6500 - Research Seminar: Special Topics on Research Methods for Education
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• EDFN 6520 - Academic Writing and Publication for Doctoral Students
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• EDFN 6702 - Leadership for Student Development and Academic Success in Colleges and Universities
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• EDFN 6980 - Graduate Directed Study
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• EDFN 6990 - Doctoral Dissertation
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Electrical and Computer Engineering (Undergraduate) In addition to prerequisites listed for individual courses, ENGL 1020*, COMM 1500, and EE 2900 are prerequisite to all upper division EE courses.
*Students subject to catalogs prior to 1997-1999 satisfy this prerequisite with ENGL 1010 or 1900.
All 4000-level courses may be applied toward master’s degree requirements subject to limits established by the department and approval of the graduate adviser.
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• EE 1540 - Special Topics in Electrical Engineering
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• EE 2040 - Circuit Analysis I
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• EE 2049 - Electrical Measurements and Circuits Laboratory
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• EE 2440 - Digital Engineering
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• EE 2449 - Digital Logic Laboratory
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• EE 2450 - Embedded System Programming I
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• EE 2540 - Special Topics in Electrical Engineering
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• EE 2801 - Introduction to Biomedical Engineering
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• EE 3000 - Economics for Engineers
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• EE 3001 - Numerical Analysis and Modeling Using MATLAB
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• EE 3020 - Signals and Systems
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• EE 3030 - Circuit Analysis II
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• EE 3040 - Probability, Random Variable, and Random Processes
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• EE 3050 - Electric and Magnetic Fields
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• EE 3200 - Analog Communication Systems
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• EE 3209 - Communications Laboratory
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• EE 3300 - Electric Machines
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• EE 3309 - Electromagnetic Energy Conversion Laboratory
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• EE 3310 - Energy and The Environment
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• EE 3445 - Computer Organization
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• EE 3450 - Embedded System Programming II
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• EE 3540 - Special Topics in Electrical Engineering
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• EE 3600 - Control Systems I
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• EE 3700 - Electronics I
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• EE 3709 - Electronics Laboratory
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• EE 3710 - Electronics II
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• EE 3720 - Digital Electronics
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• EE 3810 - Sensors, Data Acquisition, and Instrumentation with Applications in Biomedical Engineering
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• EE 4009 - Professional Engineering Practice
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• EE 4130 - Systems Engineering
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• EE 4200 - Digital Communication Systems
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• EE 4210 - Coding for Communications
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• EE 4220 - Digital Signal Processing
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• EE 4229 - Digital Signal Processing Laboratory
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• EE 4230 - Antennas
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• EE 4240 - Fiber Optics
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• EE 4250 - Digital Image Processing
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• EE 4260 - Introduction to Fourier Analysis and Applications
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• EE 4261 - Basic Principles of Radar
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• EE 4262 - Radar Measurement, Modeling and Target Tracking
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• EE 4300 - Introduction to Power Systems Engineering
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• EE 4310 - Power Systems Analysis
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• EE 4320 - Electric Power Distribution
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• EE 4330 - Power Electronics
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• EE 4340 - Electromagnetic Energy Conversion
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• EE 4400 - Data Communications and Networking
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• EE 4420 - Multimedia Networking
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• EE 4440 - Computer Organization
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• EE 4450 - Embedded Architectures
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• EE 4480 - Advanced Digital Design
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• EE 4540 - Special Topics in Electrical Engineering
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• EE 4600 - Control Systems II
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• EE 4610 - Digital Control Systems
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• EE 4620 - Modern Control Systems
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• EE 4630 - Machine Learning Principles and Application
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• EE 4689 - Control Systems Laboratory
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• EE 4710 - Analog Integrated Circuits
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• EE 4720 - CMOS VLSI Design
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• EE 4730 - Optoelectronics
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• EE 4810 - Biomedical Devices
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• EE 4820 - Biomedical Signal Processing
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• EE 4961 - Senior Design I
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• EE 4962 - Senior Design II
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• EE 4990 - Undergraduate Directed Study
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Electrical and Computer Engineering (Graduate) All 4000-level courses may be applied toward master’s degree requirements subject to limits established by the department and approval of the graduate adviser.
Classified graduate standing is required for admission to all 5000 level courses
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• EE 5130 - System Analysis and Design
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• EE 5140 - Systems Risk Analysis
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• EE 5150 - Systems Performance Analysis
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• EE 5160 - Systems Architecture
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• EE 5200 - Advanced Digital Communications I
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• EE 5210 - Advanced Digital Communications II
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• EE 5220 - Principles of Signal Compression
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• EE 5230 - Wireless Communications
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• EE 5240 - Computer Aided Design of Communication Systems
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• EE 5250 - Optical Communications
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