Principles of Feedback Control

Lecture, four hours; discussion, one hour; outside study, seven hours. Enforced requisite: course 102. Mathematical modeling of physical control systems in form of differential equations and transfer functions. Design problems, system performance indices of feedback control systems via classical techniques, root-locus and frequency-domain methods. Computer-aided solution of design problems from real world. Letter grading.

Review Summary

Clarity
8.3 / 10
Organization
8.3 / 10
Time
5-10 hrs/week
Overall
8.3 / 10

Enrollment Progress

Dec 2, 3 PM PST
LEC 1: 70/70 seats taken (Full)
First passPriority passSecond pass1 day4 days7 days10 days13 days16 days19 days22 days25 days020406080

Section List

  • LEC 1

    Open (5 seats)

    MW 12pm-1:50pm

    Renee and David Kaplan Hall 169

    Review

Reviews

    Quarter Taken: Spring 2023 In-Person
    Grade: A+

    The class itself is not difficult to do well in; the homeworks were reasonable after attending discussion sections and the exams were fair too. The lectures were extremely dense and very conceptual, but the professor clearly cares about his students very much.

    Quarter Taken: Spring 2023 In-Person
    Grade: A

    Great class, amazing professor, very reasonable exams

Course

Instructor
Bahman Gharesi Fard
Previously taught
24W 23S 22W
Formerly offered as
EL ENGR 141

Grading Information

  • No group projects

  • Attendance not required

  • 1 midterm

  • Finals week final

  • 0% recommend the textbook

Previous Grades

Grade distributions not available.