Electrical, Electronics, and Communications Engineering at Texas A&M University
0 faculty and 83 courses in Electrical, Electronics, and Communications Engineering at Texas A&M University.
0faculty listed
83courses
Courses
- Introduction to Computer Programming and Algorithms ECEN 209
- Computer Programming and Algorithms ECEN 210
- Electrical Circuit Theory ECEN 214
- Principles of Electrical Engineering ECEN 215
- Discrete Structures for Computing ECEN 222
- Introduction to Digital Systems Design ECEN 248
- Machine Learning for Electrical Engineering ECEN 250
- Directed Studies ECEN 285
- Special Topics in Electrical Engineering ECEN 289
- Research ECEN 291
- Random Signals and Systems ECEN 303
- Signals and Systems ECEN 314
- Electric and Magnetic Fields ECEN 322
- Electronics ECEN 325
- Electronic Circuits ECEN 326
- At the Interface of Engineering and Life Sciences ECEN 333
- Electromechanical Energy Conversion ECEN 338
- Electric Energy Conversion ECEN 340
- Computer Architecture and Design ECEN 350
- Computational Data Science ECEN 360
- Electronic Properties of Materials ECEN 370
- High Impact Professional Development ECEN 399
- Electrical Design Laboratory I ECEN 403
- Electrical Design Laboratory II ECEN 404
- Medical Imaging ECEN 410
- Introduction to Magnetic Resonance Imaging and Spectroscopy ECEN 411
- Ultrasound Imaging ECEN 412
- Biosensors ECEN 414
- Physical and Economical Operations of Sustainable Energy Systems ECEN 415
- Hardware Design Verification ECEN 416
- Genomic Signal Processing ECEN 419
- Linear Control Systems ECEN 420
- Computer and Wireless Networks ECEN 423
- Fundamentals of Networking ECEN 424
- Radio Frequency and Microwave Engineering ECEN 425
- Security of Embedded Systems ECEN 426
- Machine Learning ECEN 427
- Field Programmable Gate Arrays Information Processing Systems ECEN 428
- Machine Learning for Signal Processing ECEN 429
- Automotive Electronics ECEN 430
- RF Circuits for Wireless Communications ECEN 431
- Data Conversion Systems and Circuits ECEN 432
- Advanced Micromachining Technologies for the Informational Era ECEN 433
- Optimization for Electrical and Computer Engineering Applications ECEN 434
- Audio Engineering ECEN 435
- Power Electronics ECEN 438
- Thin Film Science and Technology ECEN 440
- Electronic Motor Drives ECEN 441
- DSP Based Electromechanical Motion Control ECEN 442
- Digital Signal Processing ECEN 444
- Applied Electromagnetic Theory ECEN 445
- Information Theory, Inference and Learning Algorithms ECEN 446
- Digital Image Processing ECEN 447
- Microprocessor Systems Design ECEN 449
- Antenna Engineering ECEN 451
- Microwave Solid-State Circuits and Systems ECEN 453
- Digital Integrated Circuit Design ECEN 454
- Digital Communications ECEN 455
- Operational Amplifiers ECEN 457
- Power System Fault Analysis and Protection ECEN 459
- Power System Operation and Control ECEN 460
- Electronic Noise ECEN 461
- Optical Communication Systems ECEN 462
- Magnetic Resonance Engineering ECEN 463
- Optical Engineering ECEN 464
- Experimental Optics ECEN 465
- Unconditionally Secure Electronics ECEN 466
- Harnessing Solar Energy: Optics, Photovoltaics and Thermal Systems ECEN 467
- Advanced Digital System Design ECEN 468
- Advanced Computer Architecture ECEN 469
- Laser Principles and Applications ECEN 470
- Power Management Circuits and Systems ECEN 471
- Microelectronic Circuit Fabrication ECEN 472
- Microelectronic Device Design ECEN 473
- VLSI Circuit Design ECEN 474
- Introduction to VLSI Systems Design ECEN 475
- Photonics: Fiber and Integrated Optics ECEN 477
- Wireless Communications ECEN 478
- RF and Microwave Wireless Systems ECEN 480
- Professional Internship ECEN 484
- + 3 more courses
Faculty counts are directory headcounts; the named list may be a subset. h-index shown only for ORCID-backed or high-confidence OpenAlex matches. Data as of 2026-07-02.