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Current Offered Courses
Current Offered Courses
EE 304 — Probability and Random Processes
EE 304 — Probability and Random Processes
Spring 2017 - Present
EE 311 — Signals and Systems
EE 311 — Signals and Systems
Fall 2016 - Present
EE 413 — Communication Systems II
EE 413 — Communication Systems II
Fall 2016 - Present
Syllabi for the Current Offered Courses
Syllabi for the Current Offered Courses
Useful Links
Useful Links
You may access the necessary information on the currently offered courses (e.g., textbooks, lecture notes, videos, assignments, exams, announcements, etc.) using TEDU Moodle.
Dr. Adam Panagos has an excellent YouTube channel including videos on signals & systems and communication systems courses.
GaussianWaves is a technical blog that elaborates on signal processing for communication systems.
Past Offered Courses
Past Offered Courses
EE 205 — Software Tools for Electrical Engineering
EE 205 — Software Tools for Electrical Engineering
Fall 2016
EE 312 — Communication Systems I
EE 312 — Communication Systems I
Spring 2017, Spring 2018
EE 462 — Power System Analysis
EE 462 — Power System Analysis
Spring 2017
Letter of Recommendation Policy
Letter of Recommendation Policy
I generally prefer to write recommendations for students who earned at least a "BB" in the courses that I have offered.
Please make sure that you have a CGPA of at least 3.50 out of 4.00.
Please provide a detailed CV and a description of the program to which you are applying before you ask for a letter of recommendation.
EE 491/492 - Senior Project Policy
EE 491/492 - Senior Project Policy
The senior project's topic should be in any field of communication systems.
It is expected that you come up with an innovative senior project idea of a real and substantial problem instead of well-known approaches available on the internet.
The senior project should be a software-based project instead of a hardware-based project.
Any programming language can be used; however, MATLAB or Python is preferred.
Projects should be conducted with a team of 2-3 students.
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