/Institutions/Catholic-University-of-America/json/2023-2024/Graduate-Announcements-local.json

/Institutions/Catholic-University-of-America/json/2023-2024/Graduate-Announcements.json

Graduate Announcements » Courses » EE - Electrical Engineering

EE - Electrical Engineering

• EE 502 Optical Systems and Devices
• EE 504 Introduction to Fourier Optics
• EE 505 Embedded Systems
• EE 514 Introduction to Hardware Accelerated Computing
• EE 515 Advanced Digital Signal Processing
• EE 516 Power Systems
• EE 517 Fundamentals of Radar Signal Processing
• EE 518 Guided Wave Optics
• EE 519 Digital System Design
• EE 521 Programmable Logic Devices and HDL Design
• EE 522 Linear System Analysis
• EE 523 Electromagnetic Compatibility
• EE 524 Secure Programming
• EE 525 High Power Electromagnetic Effects on Electronic Systems
• EE 526 Computer and Network Security
• EE 527 Fundamentals of Neural Networks
• EE 530 Parallel and Heterogeneous Computing
• EE 531 Data Communications Networks
• EE 534 Communication and Computer Network Simulation
• EE 536 Distributed Computing and Networking
• EE 540 Introduction to Antenna Systems
• EE 541 Electromagnetic Theory
• EE 542 Antennas and Propagation for Wireless Communications
• EE 543 Introduction to Remote Sensing and Imaging Applications
• EE 544 RF and Microwave Circuits
• EE 545 Basics of Computational Electromagnetics
• EE 547 Artificial Intelligence
• EE 548 Optical Signal and Image Processing
• EE 550 Semiconductor Optoelectronics - Materials and Devices
• EE 551 Method of Moments in Electromagnetics
• EE 552 Mathematical Analysis for Electromagnetics
• EE 558 Energy Harvesting Technologies
• EE 560 Shipboard Electrical Power Systems
• EE 561 Random Signal Theory
• EE 562 Introduction to Electric Power
• EE 562A Intro to Electric Power Lab
• EE 564 Control and Dynamics in Power Systems and Microgrids
• EE 565 Introduction to Information Privacy and Security
• EE 566 Introduction to Electric Machines and Drives
• EE 566A Electric Machine Laboratory
• EE 567 Industrial Controls Cybersecurity, Architectures, and Interfaces
• EE 568 Introduction to Power Electronics
• EE 569 Computer Security and Privacy
• EE 572 Basics of Information Coding and Transmission
• EE 576 Introduction to Robotics
• EE 581 Cryptography and Steganography
• EE 584 Introduction to Machine Learning
• EE 617 Adaptive Signal Processing
• EE 618 Optimum Signal Processing
• EE 620 Drone-Based Distributed RF Systems
• EE 621 Fundamentals of Kalman Filtering and Smoothing
• EE 625 System Optimization
• EE 627 Neural Networks and Bioinformatics
• EE 628 Computational and Molecular Imaging
• EE 631 Broadband Integrated Services Digital Networks
• EE 634 Digital Image Processing
• EE 642 Electo-Optics and Photonics
• EE 643 Photonic Communication Network Devices
• EE 644 Optical Communications
• EE 645 Optical Communication Networks
• EE 646 Optical Internet
• EE 647 Intelligent Broadband Multimedia Networks
• EE 652 Wireless Communications
• EE 656 Digital Communications
• EE 657 Spread Spectrum Communications
• EE 659 Satellite Communications
• EE 660 Electromagnetic Radiation and Scattering
• EE 662 Advanced Power Systems
• EE 666 Electric Machine Design
• EE 668 Advanced Power Electronics
• EE 669 High Voltage Technology Related to Power Systems
• EE 670 Power Generation Operation and Control
• EE 671 Statistical Signal Processing
• EE 672 Error Control Coding
• EE 673 Vector Control of Drives
• EE 674 Power System Protection
• EE 710 Wavelet Theory and Applications
• EE 712 Communication Theory
• EE 717 Advances in Adaptive Signal Processing
• EE 725 Information Theory and Source Coding
• EE 731 Computer Communication Networks
• EE 740 Numerical Methods in Electromagnetics
• EE 741 Advanced Electromagnetic Scattering Phenomena
• EE 771 Detection and Estimation Theory
• EE 772 Detection and Estimation Theory II