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Undergraduate Computer Engineering and Computer Science Course Syllabi

The following is a listing of course syllabi for courses in the Computer Engineering and Computer Science undergraduate curriculum. Each syllabus provides guidelines for course content, but may be subject to limited modification by the individual instructor.

The following files are in pdf format.

1. CAP 4028 Game Programming
2. CAP 4034 Computer Animation
3. CAP 4401 Digital Image Processing
4. CAP 4630 Artificial Intelligence
5. CAP 4770 Introdution Data Mining and Machine Intelligence
6. CDA 3201C Introduction to Logic Design
7. CDA 3331C Introduction to Microprocessor System
8. CDA 4102 Structured Computer Architecture
9. CDA 4204 CAD-Based Computer Design
10. CDA 4210 Introduction to VLSI Design
11. CDA 4630 Introduction to Embedded Systems
12. CEN 4010 Principles of Software Engineering
13. CEN 4214 Software Hardware Co-Design
14. CEN 4400 Introduction to Computer Systems Performance Evaluation
15. CGS 1570 Computer Applications 1
16. CGS 1571 Computer Applications 2
17. CNT 4104 Introduction to Data Communications
18. CNT 4403 Introduction to Data and Network Security
19. COP 2220 Introduction to Programming in C
20. COP 3014 Foundations of Computer Science
21. COP 3014L Foundation of Computer Science Lab
22. COP 3530 Data Structures and Algorithm Analysis
23. COP 3540 Introduction to Database Structures
24. COP 3813 Introduction to Internet Computing
25. COP 4020 Programming Languages
26. COP 4045 Python Programming
27. COP 4331 Object Oriented Design and Programming
28. COP 4367 Graphical Application Development
29. COP 4593 Component Programming with .NET
30. COP 4610 Computer Operating Systems
31. COP 4703 Applied Database Systems
32. COP 4814 Web Services
33. COP 4854 Cutting-Edge Web Technologies
34. COT 4400 Design and Analysis of Algorithms
35. COT 4420 Formal Languages and Automata Theory
36. COT 4930 Applied Cryptography
37. COT 4930 Cryptographic Engineering
38. COT 4930 Introduction to Security and Cryptography
39. COT 4930 Randomized Algorithms
40. COT 4935 Senior Seminar
41. EGN 4410C Engineering Design I
42. EGN 4411C Engineering Design II
43. MAP 4260 Introduction to Queueing Theory
44. STA 4821 Stochastic Models for Computer Science

Graduate Electrical Engineering Course Syllabi

The following is a listing of course syllabi for courses in the Electrical Engineering graduate curriculum. Each syllabus provides guidelines for course content, but may be subject to limited modification by the individual instructor.

The following files are in pdf format.

1. BME 5000 Introduction to Bioengineering
2. BME 5742 Bio-systems Modeling and Control
3. BME 6324 Stem Cell Engineering
4. BME 6334 Tissue Engineering
5. BME 6762 Bioinformatics: Bioengineering Perspectives
6. CGS 5937 Graduate Seminar
7. EEE 5286 Biosignal Processing
8. EEE 5321 CMOS Amplifiers
9. EEE 5324 Silicon Integrated Circuit Fabrication
10. EEE 5371 High Frequency Amplifier Design
11. EEE 5425 Nanobiotechnology
12. EEE 5502 Digital Processing of Signals
13. EEE 5557 Introduction to Radar Systems
14. EEE 6374 RF Devices and Circuits
15. EEE 6508 Advanced Signal Processing
16. EEE 6585 Digital Processing of Speech Signals
17. EEL 5437 Microwave Engineering
18. EEL 5500 Digital Communications Systems
19. EEL 5613 Modern Control
20. EEL 5654 Control Systems 2
21. EEL 5661 Robotic Applications
22. EEL 5934 Cryptographic Engineering
23. EEL 6297 Smart Grid
24. EEL 6468 Smart Antennas
25. EEL 6482 Electromagnetic Theory 1
26. EEL 6532 Information Theory
27. EEL 6537 Detection Theory
28. EEL 6563 Fiber Optic Communications
29. EEL 6591 Wireless Networks
30. EEL 6593 Mobile Communication
31. EEL 6597 Wireless Personal Communication Systems
32. EEL 6682 Intelligent Control
33. EEL 6819 Neural Complex and Artificial Neural Networks
34. EEL 6935/COT 6930 Automatic Biometric Systems
35. EEL 6935 Medical Imaging
36. EEL 6935 Multimedia Systems
37. TCN 6122 Local Access and Internet Telecommunication Engineering