MATH 366 - 001

Applied Dynamical Systems
Session
Regular Academic Session
Class Number
5749
Career
Undergraduate
Units
3 units
Grading
Graded Alpha
Description
Modeling, analysis, and prediction of short-term and asymptotic behavior of dynamical systems is studied. Continuous-time and discrete-time dynamical systems are considered, and modeled by differential and difference equations, respectively. Motivation comes from biological, chemical, mechanical, and engineering systems.

Prerequisites: MATH 266 Linear Algebra and Differential Equations or (MATH 264 Ordinary Differential Equations and MATH 212 Linear Algebra).

Students will learn how to model dynamical systems and predict their behavior.
Enrollment Requirements
Prerequisites: MATH 266 Linear Algebra and Differential Equations or (MATH 264 Ordinary Differential Equations and MATH 212 Linear Algebra), C- or higher for each course.
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Class Details
Instructor(s)
Rafal Goebel
Meets
MoWeFr 11:30AM - 12:20PM
Dates
08/25/2025 - 12/06/2025
Room
Mundelein Center - Room 303
Instruction Mode
In person
Campus
Lake Shore Campus
Location
Lake Shore Campus
Components
Lecture Required
Class Availability
Status
Open
Seats Taken
6
Seats Open
29
Combined Section Capacity
35
Wait List Total
0
Wait List Capacity
0
Combined Section
Applied Dynamical Systems
MATH 366 - 001 (5749)
Status: Open - Enrl
Seats Taken: 3
Wait List Total: 0
Special Topics in Mathematics:
MATH 488 - 001 (6356)
Status: Open - Enrl
Seats Taken: 3
Wait List Total: 0